Virtual Carding 🌐 Getting the Cleanest Possible IPs for Carding (METHOD) 🌐

[John John]

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[godchild7]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

ty

 

[libjawidewar]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

nice

 

[carder2025]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

thx

 

[MazeR]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

TYYY

 

[ICEBABYY]

Th

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   • Launch your antidetect browser (GoLogin or Linken Sphere)
   • Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   • Visit ipleak.net to confirm youre using the proxy IP
   • Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

The Biggest !

 

[darckxplit]

great

 

[LeBronMask]

men goood

 

[JCARDER]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   • Launch your antidetect browser (GoLogin or Linken Sphere)
   • Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   • Visit ipleak.net to confirm youre using the proxy IP
   • Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

Very informative ty

 

[Bossking68]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Kiểm tra thiết lập của bạn :
   - Khởi chạy hồ sơ trình duyệt
   - Truy cập ipleak.net để xác nhận bạn đang sử dụng IP proxy
   - Thử truy cập api.stripe.com

Khi bạn truy cập vào api.stripe.com , bạn sẽ thấy phản hồi JSON trông như thế này:
* Văn bản ẩn: không thể trích dẫn. *


Phản hồi này chính xác là những gì chúng tôi muốn thấy. Điều đó có nghĩa là bạn đã kết nối thành công đến máy chủ API Stripes mặc dù nhà cung cấp proxy đã chặn nó. Thông báo lỗi không liên quan - chúng tôi không cố gắng thực hiện lệnh gọi API hợp lệ. Điều quan trọng là bạn đã nhận được phản hồi từ Stripe .

Nếu bạn thấy thông báo này, congratu-fucking-lations . Bạn vừa bỏ qua lệnh chặn DNS của nhà cung cấp proxy . Bây giờ bạn đang kết nối với Stripe thông qua một IP mà theo mọi lý do, không thể truy cập được.

Nếu bạn không thấy thông báo này mà thay vào đó nhận được lỗi kết nối hoặc thời gian chờ, có gì đó không ổn. Kiểm tra lại cài đặt DNS và cấu hình proxy của bạn . Đảm bảo rằng 'Sử dụng proxy DNS' đã bị vô hiệu hóa và bạn đang sử dụng proxy SOCKS5 , không phải HTTP .

Từ đây trở đi, bạn có khả năng có một địa chỉ IP sạch cho các hoạt động thanh toán bằng thẻ của mình . Tuy nhiên, đừng vội tự mãn. Mặc dù phương pháp này đảm bảo IP của bạn không bị sử dụng cho mục đích gian lận tài chính , nhưng nó không đảm bảo tính sạch sẽ tổng thể.

Kiểm tra lại IP của bạn bằng các dịch vụ như IPQS và Scamalytics . Chỉ vì nó sạch với bộ xử lý thanh toán không có nghĩa là nó sạch trên mọi phương diện. Những IP này vẫn có thể được sử dụng cho những thứ vớ vẩn khác như botnet hoặc chiến dịch spam .

Suy nghĩ kết thúc

Chúng tôi vừa trang bị cho bạn một phương pháp để truy cập vào các IP sạch hơn, nhưng đây không phải là giải pháp hoàn hảo. Đây là một công cụ đòi hỏi kỹ năng và sự cảnh giác.

Nhớ:

• Xoay vòng IP thường xuyên
• Đừng lạm dụng thủ thuật này
• Duy trì OPSEC nghiêm ngặt

Phát hiện gian lận liên tục phát triển. Hãy luôn nhạy bén, thích nghi và đừng bao giờ tự mãn. Kiến thức là sức mạnh, nhưng ứng dụng là chìa khóa.

Hãy sử dụng điều này một cách khôn ngoan và hy vọng nỗ lực đánh bài của bạn sẽ thành công. Giờ thì hãy kiếm tiền đi.

d0ctrine ra.

Tốt

 

[audilamborghini2442]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

good

 

[JCARDER]

I have smart proxy residential and the new Linken sphere 2 that just came out. I’m trying to change DNS configuration to cloudflare 1.1.1.1/1.0.0.1 I tick DNS and disable it then input 1.1.1.1 1.0.0.1 then I save and load the profile when I go to a site that has stripe it doesn’t load. What am I doing wrong? Do I need an older version of Linken sphere? Thanks guys

 

[JCARDER]

Trying oxylab now see if that works with DNS custom

 

[thesmileyfaces]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

ty

 

[Ingvaeonic]

Solid

 

[luxeee]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

ty

 

[1.jabal]

Great

 

[xxmmrr]

yep

 

[garysmallz]

nice

 

[vazsan]

Strategic Carding: Getting the Cleanest Possible IPs

Welcome to another carding knowledge you didnt know you needed. Today were diving into the dirty world of proxy providers and how to get every last drop of value out of their so called “clean” IPs.

You see most of you noobs think youve hit the jackpot when you find a residential proxy provider that hasnt been used to death by every script kiddie with a stolen credit card. But heres the truth: even the cleanest pools get dirtier and unusable after awhile.

The secret? Its not about finding virgin IPs. Its about understanding how these proxy providers work and exploiting their weaknesses. Were talking DNS manipulation sneaky little tricks that let you get past their blocks and restrictions.

View attachment 5971​

This isnt some ‘5 Easy Steps to Card Amazon crap. Were going deep into the technical weeds exploring how to bypass URL blocks on financial sites like Stripe and PayPal. By the end of this guide youll be seeing residential proxies in a whole new light.

So put on your thinking cap and leave your preconceptions at the door. Its time to learn how to turn those ‘clean IPs into your personal playground. This is advanced stuff but if youve got more than two brain cells to rub together youll manage. Lets fucking go!



How IPs Get Dirty

So why are your clean proxies failing? We need to look at how proxy providers manage their IP pools. They have huge lists of IP addresses they sell to their customers as proxies.

When a provider gets a new batch of IPs, they are clean and unused. But that doesnt last long. As soon as those IPs become available, they get used by various customers, including carders doing fraudulent transactions.

View attachment 5972​

The problem is the sheer number of users all hitting the same websites with fraudulent activity. Each failed attempt, chargeback or suspicious transaction on an IP address leaves a mark. Those marks add up fast and degrade the IP.

The IP you just connected to has likely been used by numerous other carders before you. They may have attempted to card various e-commerce sites or used payment processors like Stripe for shady transactions. All of these activities leave digital footprints that raise flags in security systems.

This is why you can run an IP through IPQS or Scamalytics, get a clean result and still have your orders declined. Those surface level checks dont show the full history of suspicious activity on that IP across different platforms.

An IP can go bad fast. An IP that was clean in the morning can be compromised by the afternoon due to other users. This cycle of use and abuse makes it harder to find truly clean IPs. When a proxy provider gets a reputation for having a clean pool, more users come in and the IP quality decreases faster.

So when your order gets flagged despite using a supposedly 'clean' proxy, remember that youre not just up against fraud detection systems. Youre also contending with the cumulative impact of every failed carding attempt that preceded yours on that IP.

The Solution

The solution to this IP quality issue is simple: use proxy providers that block financial sites. These providers, that cater to more legitimate use cases, block payment processors and financial institutions. This limitation, while inconvenient, is a goldmine for us.

Why? Because these restrictions create a shield, preventing other carders from tainting the IP pool. If the proxy doesnt allow connections to Stripe, PayPal or Adyen, it means no one has used these IPs for fraudulent transactions on these platforms. The result? IP addresses that remain clean in the eyes of payment providers and fraud detection systems.

View attachment 5973​

This approach gives us a significant advantage. Were no longer playing Russian roulette with IPs that have been abused by every Tom Dick and Harry trying to card their way to a new PlayStation. Instead were working with IPs that have a clean slate when it comes to financial transactions.

But d0ctrine if these proxy providers dont allow access to Stripe, PayPal, Adyen etc how can we use them? Good question. The answer is in some DNS magic.

By using specific DNS tricks we can bypass these restrictions while still benefiting from the clean reputation of these IPs. This method allows us to access the sites we need while maintaining the pristine status of our proxy IPs.

DNS

To understand how we can get around these financial site blocks we need to understand DNS (Domain Name System) and how it interacts with different proxy types.

DNS is the internets phonebook, it translates human readable domain names into IP addresses that computers use. Most proxy providers implement their URL blocks at the DNS level. They’re not blocking financial sites IP addresses directly, but blocking their DNS resolvers from translating certain domain names.

For example when a proxy tries to access api.stripe.com the providers DNS resolver returns a blank instead of Stripes actual IP address. That’s why you can’t access these sites through these ‘clean’ proxies under normal circumstances.

​

View attachment 5976

Here’s where proxy types come in. With HTTP proxies DNS resolution happens on the proxy server side, making it hard to get around their blocks. But with SOCKS5 proxies we have a golden opportunity.

SOCKS5 proxies operate at a lower network level, we have more flexibility in how traffic is handled. By default you’re using the proxy’s DNS resolver. But - and this is the key - with SOCKS5 we can change that. We can configure our system to use a different DNS resolver, one that doesn’t have these blocks in place.

So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. We’re basically bypassing the proxy’s phonebook and using our own.

The Process

Now that we covered the theory let’s get into the nitty gritty of actually implementing this bypass. You’ll need three things:

• An antidetect browser with DNS changing capabilities
• A proxy provider that blocks financial sites
• A reliable external DNS resolver

For antidetect browsers GoLogin and Linken Sphere are good options. Both have DNS configuration options for our method.

For proxy providers look for ones that block financial sites. Oxylabs and IPRoyal are good examples. Their restrictions which are usually a pain in the ass become our advantage in this scenario.

View attachment 5974​

For our external DNS we’ll use Cloudflare’s resolver (1.1.1.1). It’s fast, reliable and most importantly not associated with any proxy services.

Here’s the step-by-step process:

1. Set up your antidetect profile:
   - Launch your antidetect browser (GoLogin or Linken Sphere)
   - Create a new browser profile
   • In the network settings find the DNS configuration option
   • Enter Cloudflares DNS: 1.1.1.1 and 1.0.0.1 as primary and secondary
2. Configure your SOCKS5 proxy:
   • In the same profile settings locate the proxy configuration
   • Select SOCKS5 as the proxy type
   • Enter the details provided by your proxy service (Oxylabs or IPRoyal)
   - Ensure 'Use proxy DNS' is disabled - this is crucial
3. Test your setup:
   - Launch the browser profile
   - Visit ipleak.net to confirm youre using the proxy IP
   - Try accessing api.stripe.com

When you hit api.stripe.com, you should see a JSON response that looks like this:
* Hidden text: cannot be quoted. *


This response is exactly what we want to see. It means youve successfully connected to Stripes API server despite the proxy provider blocking it. The error message is irrelevant - were not trying to make a valid API call. Whats important is that you received a response from Stripe at all.

If you see this message, congratu-fucking-lations. Youve just bypassed the proxy providers DNS block. Youre now connecting to Stripe through an IP that should, by all accounts, be unable to reach it.

If you dont see this message and instead get a connection error or timeout, somethings off. Double-check your DNS settings and proxy configuration. Make sure 'Use proxy DNS' is disabled and that youre using a SOCKS5 proxy, not HTTP.

From here on out, you potentially have a clean IP address for your carding operations. However, dont get cocky just yet. While this method ensures your IP hasnt been used for financial fraud, it doesnt guarantee overall cleanliness.

Double-check your IP with services like IPQS and Scamalytics. Just because its clean with payment processors doesnt mean its clean across the board. These IPs could still have been used for other shit like botnets or spam campaigns.

Closing Thoughts

We just armed you with a method to access cleaner IPs, but this aint no silver bullet. Its a tool that demands skill and vigilance.

Remember:

• Rotate IPs regularly
• Dont overuse this trick
• Maintain strict OPSEC

Fraud detection evolves constantly. Stay sharp, adapt and never get complacent. Knowledge is power, but application is key.

Use this wisely and may your carding endeavors prosper. Now go make some fucking money.

d0ctrine out.

Thank you!