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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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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
z
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.
thxz
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.
![Cerbero](https://img-cc.com/data/avatars/m/65/65705.jpg?1747492520"){kind=avatar}
Cerbero
Newbie
- Joined
- 17.05.25
- Messages
- 25
- Reaction score
- 1
- Points
- 3
I already knew it
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.
kevinnlord
Newbie
- Joined
- 19.05.25
- Messages
- 10
- Reaction score
- 2
- Points
- 3
thnx
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.
hooclub123
Newbie
- Joined
- 14.10.24
- Messages
- 9
- Reaction score
- 1
- Points
- 3
very good Thanks.
![luathieng1029](https://img-cc.com/data/avatars/m/65/65307.jpg?1748536147"){kind=avatar}
luathieng1029
Newbie
- Joined
- 11.05.25
- Messages
- 49
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- 0
- Points
- 8
thanks you
homeratwood
Newbie
- Joined
- 29.05.25
- Messages
- 19
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- 0
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Thanks so much
miaohaha2333
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- 25.05.25
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great
HumblePride
Newbie
- Joined
- 03.06.25
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- 0
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Help
helpful AF
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.
helpful AF
hassanrajput40
Newbie
- Joined
- 05.06.25
- Messages
- 3
- Reaction score
- 0
- Points
- 1
thhnkx
11111111
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
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- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
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ChĂ o mᝍng Äáşżn váťi máťt kiáşżn thᝊc váť tháşť khĂĄc mĂ bấn khĂ´ng biáşżt lĂ mĂŹnh cần. HĂ´m nay chĂşng ta sáş˝ Äi sâu vĂ o tháşż giáťi bẊn tháťu cᝧa cĂĄc nhĂ cung cẼp proxy vĂ cĂĄch táşn d᝼ng tᝍng giáťt giĂĄ tráť cuáťi cĂšng tᝍ cĂĄi gáťi lĂ IP "sấch" cᝧa háť.
Bấn thẼy ÄẼy, hầu háşżt nhᝯng ngĆ°áťi máťi vĂ o ngháť Äáťu nghÄŠ ráşąng mĂŹnh ÄĂŁ trĂşng sáť Äáťc Äắc khi tĂŹm Äưᝣc máťt nhĂ cung cẼp proxy dân d᝼ng chĆ°a tᝍng Äưᝣc sáť d᝼ng báťi bẼt káťł Äᝊa tráşť nĂ o cĂł tháşť tĂn d᝼ng báť ÄĂĄnh cắp. NhĆ°ng sáťą tháşt lĂ : ngay cả nhᝯng háť bĆĄi sấch nhẼt cĹŠng tráť nĂŞn bẊn hĆĄn vĂ khĂ´ng sáť d᝼ng Äưᝣc sau máťt tháťi gian.
BĂ máşt? KhĂ´ng phải lĂ tĂŹm IP còn nguyĂŞn váşšn. MĂ lĂ hiáťu cĂĄch cĂĄc nhĂ cung cẼp proxy nĂ y hoất Äáťng vĂ khai thĂĄc Äiáťm yáşżu cᝧa háť. ChĂşng ta Äang nĂłi Äáşżn nhᝯng mĂĄnh khĂłe nháť lĂŠn lĂşt thao tĂşng DNS cho phĂŠp bấn vưᝣt qua cĂĄc kháťi vĂ hấn cháşż cᝧa háť.
Äây khĂ´ng phải lĂ '5 bĆ°áťc dáť dĂ ng Äáť thanh toĂĄn báşąng tháşť Amazon. ChĂşng ta sáş˝ Äi sâu vĂ o cĂĄc vẼn Äáť káťš thuáşt Äáť khĂĄm phĂĄ cĂĄch báť qua cĂĄc kháťi URL trĂŞn cĂĄc trang web tĂ i chĂnh nhĆ° Stripe vĂ PayPal . Äáşżn cuáťi hĆ°áťng dẍn nĂ y, bấn sáş˝ thẼy proxy dân d᝼ng dĆ°áťi máťt gĂłc nhĂŹn hoĂ n toĂ n máťi.
Váşy nĂŞn hĂŁy Äáťi mĹŠ suy nghÄŠ cᝧa bấn lĂŞn vĂ báť lấi nhᝯng Äáťnh kiáşżn cᝧa bấn áť ngoĂ i cáťa. ÄĂŁ Äáşżn lĂşc háťc cĂĄch biáşżn nhᝯng 'IP sấch' ÄĂł thĂ nh sân chĆĄi cĂĄ nhân cᝧa bấn. Äây lĂ thᝊ nâng cao nhĆ°ng náşżu bấn cĂł nhiáťu hĆĄn hai táşż bĂ o nĂŁo Äáť cáť xĂĄt váťi nhau, bấn sáş˝ quản lĂ˝ Äưᝣc. Bắt Äầu thĂ´i!
IP bᝠbẊn như thế nà o
Váşy tấi sao proxy sấch cᝧa bấn lấi khĂ´ng hoất Äáťng? ChĂşng ta cần xem cĂĄch cĂĄc nhĂ cung cẼp proxy quản lĂ˝ nhĂłm IP cᝧa háť. Háť cĂł danh sĂĄch láťn cĂĄc Äáťa cháť IP mĂ háť bĂĄn cho khĂĄch hĂ ng cᝧa mĂŹnh dĆ°áťi dấng proxy.
Khi nhĂ cung cẼp nháşn Äưᝣc máťt loất IP máťi, chĂşng sáş˝ sấch vĂ khĂ´ng Äưᝣc sáť d᝼ng. NhĆ°ng Äiáťu ÄĂł khĂ´ng kĂŠo dĂ i lâu. Ngay khi nhᝯng IP ÄĂł khả d᝼ng, chĂşng sáş˝ Äưᝣc nhiáťu khĂĄch hĂ ng khĂĄc nhau sáť d᝼ng, bao gáťm cả nhᝯng ngĆ°áťi lĂ m tháşť tháťąc hiáťn giao dáťch gian láşn.
VẼn Äáť lĂ sáť lưᝣng láťn ngĆ°áťi dĂšng truy cáşp vĂ o cĂšng máťt trang web cĂł hoất Äáťng gian láşn . Máťi lần tháť khĂ´ng thĂ nh cĂ´ng, khiáşżu nấi hoạc giao dáťch ÄĂĄng ngáť trĂŞn máťt Äáťa cháť IP Äáťu Äáť lấi dẼu váşżt. Nhᝯng dẼu váşżt ÄĂł tÄng nhanh vĂ lĂ m giảm IP.
IP mĂ bấn vᝍa káşżt náťi cĂł tháť ÄĂŁ Äưᝣc nhiáťu ngĆ°áťi khĂĄc sáť d᝼ng trĆ°áťc bấn. Háť cĂł tháť ÄĂŁ cáť gắng tháşť nhiáťu trang thĆ°ĆĄng mấi Äiáťn táť khĂĄc nhau hoạc sáť d᝼ng báť xáť lĂ˝ thanh toĂĄn nhĆ° Stripe cho cĂĄc giao dáťch máť ĂĄm. TẼt cả cĂĄc hoất Äáťng nĂ y Äáťu Äáť lấi dẼu váşżt káťš thuáşt sáť gây ra cảnh bĂĄo trong háť tháťng bảo máşt .
Äây lĂ lĂ˝ do tấi sao bấn cĂł tháť chấy IP thĂ´ng qua IPQS hoạc Scamalytics , nháşn Äưᝣc káşżt quả sấch vĂ vẍn cĂł ÄĆĄn hĂ ng báť tᝍ cháťi. Nhᝯng kiáťm tra áť mᝊc báť mạt ÄĂł khĂ´ng hiáťn tháť toĂ n báť láťch sáť hoất Äáťng ÄĂĄng ngáť trĂŞn IP ÄĂł trĂŞn cĂĄc náťn tảng khĂĄc nhau.
Máťt IP cĂł tháť nhanh chĂłng báť háťng. Máťt IP sấch vĂ o buáťi sĂĄng cĂł tháť báť xâm phấm vĂ o buáťi chiáťu do nhᝯng ngĆ°áťi dĂšng khĂĄc. Chu káťł sáť d᝼ng vĂ lấm d᝼ng nĂ y khiáşżn viáťc tĂŹm ra cĂĄc IP tháťąc sáťą sấch tráť nĂŞn khĂł khÄn hĆĄn. Khi máťt nhĂ cung cẼp proxy cĂł danh tiáşżng lĂ cĂł máťt nhĂłm sấch, nhiáťu ngĆ°áťi dĂšng hĆĄn sáş˝ Äáşżn vĂ chẼt lưᝣng IP giảm nhanh hĆĄn.
VĂŹ váşy, khi ÄĆĄn hĂ ng cᝧa bấn báť ÄĂĄnh dẼu mạc dĂš sáť d᝼ng proxy Äưᝣc cho lĂ 'sấch', hĂŁy nháť ráşąng bấn khĂ´ng cháť phải Äáťi mạt váťi cĂĄc háť tháťng phĂĄt hiáťn gian láşn . Bấn cĹŠng phải Äáťi mạt váťi tĂĄc Äáťng tĂch lĹŠy cᝧa máťi lần tháť thanh toĂĄn tháşť khĂ´ng thĂ nh cĂ´ng trĆ°áťc ÄĂł trĂŞn IP ÄĂł.
Giải phåp
Giải phĂĄp cho vẼn Äáť chẼt lưᝣng IP nĂ y rẼt ÄĆĄn giản: sáť d᝼ng cĂĄc nhĂ cung cẼp proxy chạn cĂĄc trang web tĂ i chĂnh . CĂĄc nhĂ cung cẼp nĂ y, ph᝼c v᝼ cho cĂĄc trĆ°áťng hᝣp sáť d᝼ng hᝣp phĂĄp hĆĄn, chạn cĂĄc báť xáť lĂ˝ thanh toĂĄn vĂ cĂĄc táť chᝊc tĂ i chĂnh . Hấn cháşż nĂ y, mạc dĂš bẼt tiáťn, nhĆ°ng lấi lĂ máťt máť vĂ ng Äáťi váťi chĂşng tĂ´i.
Tấi sao? Báťi vĂŹ nhᝯng hấn cháşż nĂ y tấo ra máťt lĂĄ chắn, ngÄn chạn nhᝯng ngĆ°áťi chĆĄi khĂĄc lĂ m Ă´ nhiáť m nhĂłm IP. Náşżu proxy khĂ´ng cho phĂŠp káşżt náťi Äáşżn Stripe , PayPal hoạc Adyen , Äiáťu ÄĂł cĂł nghÄŠa lĂ khĂ´ng ai sáť d᝼ng cĂĄc IP nĂ y cho cĂĄc giao dáťch gian láşn trĂŞn cĂĄc náťn tảng nĂ y. Káşżt quả lĂ ? Äáťa cháť IP vẍn sấch trong mắt cĂĄc nhĂ cung cẼp dáťch v᝼ thanh toĂĄn vĂ háť tháťng phĂĄt hiáťn gian láşn .
CĂĄch tiáşżp cáşn nĂ y mang lấi cho chĂşng ta máťt lᝣi tháşż ÄĂĄng káť. ChĂşng ta khĂ´ng còn chĆĄi trò roulette Nga váťi cĂĄc IP ÄĂŁ báť máťi Tom Dick vĂ Harry lấm d᝼ng khi cáť gắng kiáşżm tiáťn báşąng tháşť Äáť cĂł Äưᝣc máťt chiáşżc PlayStation máťi . Thay vĂ o ÄĂł, chĂşng ta lĂ m viáťc váťi cĂĄc IP cĂł bảng trắng khi nĂłi Äáşżn cĂĄc giao dáťch tĂ i chĂnh .
NhĆ°ng d0ctrine náşżu cĂĄc nhĂ cung cẼp proxy nĂ y khĂ´ng cho phĂŠp truy cáşp vĂ o Stripe , PayPal , Adyen, v.v. thĂŹ lĂ m sao chĂşng ta cĂł tháť sáť d᝼ng chĂşng? Câu háťi hay. Câu trả láťi náşąm áť máťt sáť phĂŠp thuáşt DNS .
Báşąng cĂĄch sáť d᝼ng cĂĄc thᝧ thuáşt DNS c᝼ tháť , chĂşng ta cĂł tháť báť qua nhᝯng hấn cháşż nĂ y trong khi vẍn Äưᝣc hĆ°áťng lᝣi tᝍ danh tiáşżng trong sấch cᝧa cĂĄc IP nĂ y. PhĆ°ĆĄng phĂĄp nĂ y cho phĂŠp chĂşng ta truy cáşp cĂĄc trang web cần thiáşżt trong khi vẍn duy trĂŹ trấng thĂĄi nguyĂŞn sĆĄ cᝧa cĂĄc IP proxy cᝧa chĂşng ta .
DNS
Äáť hiáťu cĂĄch chĂşng ta cĂł tháť vưᝣt qua nhᝯng rĂ o cản cᝧa trang web tĂ i chĂnh nĂ y , chĂşng ta cần hiáťu váť DNS ( Háť tháťng tĂŞn miáťn ) vĂ cĂĄch nĂł tĆ°ĆĄng tĂĄc váťi cĂĄc loấi proxy khĂĄc nhau .
DNS lĂ danh bấ Äiáťn thoấi cᝧa internet, nĂł dáťch tĂŞn miáťn mĂ con ngĆ°áťi cĂł tháť Äáťc Äưᝣc thĂ nh Äáťa cháť IP mĂ mĂĄy tĂnh sáť d᝼ng. Hầu háşżt cĂĄc nhĂ cung cẼp proxy triáťn khai cĂĄc kháťi URL cᝧa háť áť cẼp Äáť DNS . Háť khĂ´ng chạn tráťąc tiáşżp Äáťa cháť IP cᝧa cĂĄc trang web tĂ i chĂnh , mĂ chạn trĂŹnh phân giải DNS cᝧa háť kháťi viáťc dáťch máťt sáť tĂŞn miáťn nhẼt Äáťnh .
VĂ d᝼, khi máťt proxy cáť gắng truy cáşp api.stripe.com, trĂŹnh phân giải DNS cᝧa nhĂ cung cẼp trả váť máťt giĂĄ tráť tráťng thay vĂŹ Äáťa cháť IP tháťąc táşż cᝧa Stripe . ÄĂł lĂ lĂ˝ do tấi sao bấn khĂ´ng tháť truy cáşp cĂĄc trang web nĂ y thĂ´ng qua cĂĄc proxy 'sấch' nĂ y trong nhᝯng trĆ°áťng hᝣp bĂŹnh thĆ°áťng.
View attachment 5976
Äây lĂ nĆĄi cĂĄc loấi proxy xuẼt hiáťn. Váťi proxy HTTP, viáťc phân giải DNS diáť n ra áť phĂa mĂĄy chᝧ proxy , khiáşżn viáťc vưᝣt qua cĂĄc rĂ o cản cᝧa chĂşng tráť nĂŞn khĂł khÄn. NhĆ°ng váťi proxy SOCKS5 , chĂşng ta cĂł máťt cĆĄ háťi vĂ ng.
Proxy SOCKS5 hoất Äáťng áť cẼp Äáť mấng thẼp hĆĄn , chĂşng ta cĂł nhiáťu sáťą linh hoất hĆĄn trong cĂĄch xáť lĂ˝ lĆ°u lưᝣng . Theo mạc Äáťnh, bấn Äang sáť d᝼ng trĂŹnh phân giải DNS cᝧa proxy . NhĆ°ng - vĂ Äây lĂ chĂŹa khĂła - váťi SOCKS5 , chĂşng ta cĂł tháť thay Äáťi Äiáťu ÄĂł. ChĂşng ta cĂł tháť cẼu hĂŹnh háť tháťng cᝧa mĂŹnh Äáť sáť d᝼ng trĂŹnh phân giải DNS khĂĄc , trĂŹnh phân giải khĂ´ng cĂł cĂĄc kháťi nĂ y.
VĂŹ váşy, chĂşng ta cĂł tháť sáť d᝼ng cĂĄc proxy SOCKS5 sấch, khĂ´ng báť Ă´ nhiáť m nĂ y vĂ vẍn cĂł tháť truy cáşp vĂ o cĂĄc trang web tĂ i chĂnh mĂ chĂşng ta cần. Váť cĆĄ bản, chĂşng ta Äang báť qua danh bấ Äiáťn thoấi cᝧa proxy vĂ sáť d᝼ng danh bấ cᝧa riĂŞng chĂşng ta.
QuĂĄ trĂŹnh
Bây giáť chĂşng ta ÄĂŁ tĂŹm hiáťu lĂ˝ thuyáşżt, hĂŁy cĂšng Äi sâu vĂ o tháťąc táşż Äáť tháťąc hiáťn viáťc báť qua nĂ y. Bấn sáş˝ cần ba thᝊ:
- TrĂŹnh duyáťt cháťng phĂĄt hiáťn váťi khả nÄng thay Äáťi DNS
- NhĂ cung cẼp proxy chạn cĂĄc trang web tĂ i chĂnh
- Máťt trĂŹnh phân giải DNS bĂŞn ngoĂ i ÄĂĄng tin cáşy
Äáťi váťi trĂŹnh duyáťt cháťng phĂĄt hiáťn, GoLogin vĂ Linken Sphere lĂ nhᝯng láťąa cháťn táťt. Cả hai Äáťu cĂł tĂšy cháťn cẼu hĂŹnh DNS cho phĆ°ĆĄng phĂĄp cᝧa chĂşng tĂ´i.
Äáťi váťi cĂĄc nhĂ cung cẼp proxy, hĂŁy tĂŹm nhᝯng nhĂ cung cẼp chạn cĂĄc trang web tĂ i chĂnh. Oxylabs vĂ IPProyal lĂ nhᝯng vĂ d᝼ Äiáťn hĂŹnh. Nhᝯng hấn cháşż cᝧa háť thĆ°áťng gây phiáťn toĂĄi nhĆ°ng lấi tráť thĂ nh lᝣi tháşż cᝧa chĂşng ta trong trĆ°áťng hᝣp nĂ y.
Äáťi váťi DNS bĂŞn ngoĂ i, chĂşng tĂ´i sáş˝ sáť d᝼ng trĂŹnh phân giải cᝧa Cloudflare (1.1.1.1). NĂł nhanh, ÄĂĄng tin cáşy vĂ quan tráťng nhẼt lĂ khĂ´ng liĂŞn káşżt váťi bẼt káťł dáťch v᝼ proxy nĂ o .
Sau Äây lĂ quy trĂŹnh tᝍng bĆ°áťc:
Khi bấn truy cáşp vĂ o api.stripe.com , bấn sáş˝ thẼy phản háťi JSON trĂ´ng nhĆ° tháşż nĂ y:
- Thiáşżt láşp háť sĆĄ cháťng phĂĄt hiáťn cᝧa bấn :
- Kháťi chấy trĂŹnh duyáťt cháťng phĂĄt hiáťn cᝧa bấn ( GoLogin hoạc Linken Sphere )
- Tấo háť sĆĄ trĂŹnh duyáťt máťi
- Trong cĂ i Äạt mấng, hĂŁy tĂŹm tĂšy cháťn cẼu hĂŹnh DNS
- Nháşp Cloudflares DNS : 1.1.1.1 vĂ 1.0.0.1 lĂ m chĂnh vĂ ph᝼
- CẼu hÏnh proxy SOCKS5 cᝧa bấn :
- Trong cĂšng máťt cĂ i Äạt cẼu hĂŹnh xĂĄc Äáťnh váť trĂ cẼu hĂŹnh proxy
- Cháťn SOCKS5 lĂ m loấi proxy
- Nháşp thĂ´ng tin chi tiáşżt Äưᝣc cung cẼp báťi dáťch v᝼ proxy cᝧa bấn ( Oxylabs hoạc IPProyal )
- - Äảm bảo ráşąng 'Sáť d᝼ng proxy DNS' ÄĂŁ báť vĂ´ hiáťu hĂła - Äiáťu nĂ y rẼt quan tráťng
- Kiáťm tra thiáşżt láşp cᝧa bấn :
- Kháťi chấy háť sĆĄ trĂŹnh duyáťt
- Truy cáşp ipleak.net Äáť xĂĄc nháşn bấn Äang sáť d᝼ng IP proxy
- Tháť truy cáşp api.stripe.com
* VÄn bản Ẋn: khĂ´ng tháť trĂch dẍn. *
Phản háťi nĂ y chĂnh xĂĄc lĂ nhᝯng gĂŹ chĂşng tĂ´i muáťn thẼy. Äiáťu ÄĂł cĂł nghÄŠa lĂ bấn ÄĂŁ káşżt náťi thĂ nh cĂ´ng Äáşżn mĂĄy chᝧ API Stripes mạc dĂš nhĂ cung cẼp proxy ÄĂŁ chạn nĂł. ThĂ´ng bĂĄo láťi khĂ´ng liĂŞn quan - chĂşng tĂ´i khĂ´ng cáť gắng tháťąc hiáťn láťnh gáťi API hᝣp láť. Äiáťu quan tráťng lĂ bấn ÄĂŁ nháşn Äưᝣc phản háťi tᝍ Stripe .
Náşżu bấn thẼy thĂ´ng bĂĄo nĂ y, congratu-fucking-lations . Bấn vᝍa báť qua láťnh chạn DNS cᝧa nhĂ cung cẼp proxy . Bây giáť bấn Äang káşżt náťi váťi Stripe thĂ´ng qua máťt IP mĂ theo máťi lĂ˝ do, khĂ´ng tháť truy cáşp Äưᝣc.
Náşżu bấn khĂ´ng thẼy thĂ´ng bĂĄo nĂ y mĂ thay vĂ o ÄĂł nháşn Äưᝣc láťi káşżt náťi hoạc tháťi gian cháť, cĂł gĂŹ ÄĂł khĂ´ng áťn. Kiáťm tra lấi cĂ i Äạt DNS vĂ cẼu hĂŹnh proxy cᝧa bấn . Äảm bảo ráşąng 'Sáť d᝼ng proxy DNS' ÄĂŁ báť vĂ´ hiáťu hĂła vĂ bấn Äang sáť d᝼ng proxy SOCKS5 , khĂ´ng phải HTTP .
Tᝍ Äây tráť Äi, bấn cĂł khả nÄng cĂł máťt Äáťa cháť IP sấch cho cĂĄc hoất Äáťng thanh toĂĄn báşąng tháşť cᝧa mĂŹnh . Tuy nhiĂŞn, Äᝍng váťi táťą mĂŁn. Mạc dĂš phĆ°ĆĄng phĂĄp nĂ y Äảm bảo IP cᝧa bấn khĂ´ng báť sáť d᝼ng cho m᝼c ÄĂch gian láşn tĂ i chĂnh , nhĆ°ng nĂł khĂ´ng Äảm bảo tĂnh sấch sáş˝ táťng tháť.
Kiáťm tra lấi IP cᝧa bấn báşąng cĂĄc dáťch v᝼ nhĆ° IPQS vĂ Scamalytics . Cháť vĂŹ nĂł sấch váťi báť xáť lĂ˝ thanh toĂĄn khĂ´ng cĂł nghÄŠa lĂ nĂł sấch trĂŞn máťi phĆ°ĆĄng diáťn. Nhᝯng IP nĂ y vẍn cĂł tháť Äưᝣc sáť d᝼ng cho nhᝯng thᝊ váť vẊn khĂĄc nhĆ° botnet hoạc chiáşżn dáťch spam .
Suy nghÄŠ káşżt thĂşc
ChĂşng tĂ´i vᝍa trang báť cho bấn máťt phĆ°ĆĄng phĂĄp Äáť truy cáşp vĂ o cĂĄc IP sấch hĆĄn, nhĆ°ng Äây khĂ´ng phải lĂ giải phĂĄp hoĂ n hảo. Äây lĂ máťt cĂ´ng c᝼ Äòi háťi káťš nÄng vĂ sáťą cảnh giĂĄc.
Nháť:
- Xoay vòng IP thĆ°áťng xuyĂŞn
- Äᝍng lấm d᝼ng thᝧ thuáşt nĂ y
- Duy trÏ OPSEC nghiêm ngạt
PhĂĄt hiáťn gian láşn liĂŞn t᝼c phĂĄt triáťn. HĂŁy luĂ´n nhấy bĂŠn, thĂch nghi vĂ Äᝍng bao giáť táťą mĂŁn. Kiáşżn thᝊc lĂ sᝊc mấnh, nhĆ°ng ᝊng d᝼ng lĂ chĂŹa khĂła.
HĂŁy sáť d᝼ng Äiáťu nĂ y máťt cĂĄch khĂ´n ngoan vĂ hy váťng náť láťąc ÄĂĄnh bĂ i cᝧa bấn sáş˝ thĂ nh cĂ´ng. Giáť thĂŹ hĂŁy kiáşżm tiáťn Äi.
d0ctrine ra.
thks
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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 thank you thank you!!
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 âcleanâ 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.
This isnt some â5 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 âclean 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.
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.
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. Theyâre 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. Thatâs why you canât access these sites through these âcleanâ proxies under normal circumstances.
View attachment 5976
Hereâs 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 youâre using the proxyâs 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 doesnât have these blocks in place.
So we can use these clean, untainted SOCKS5 proxies and still access the financial sites we need. Weâre basically bypassing the proxyâs phonebook and using our own.
The Process
Now that we covered the theory letâs get into the nitty gritty of actually implementing this bypass. Youâll 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.
For our external DNS weâll use Cloudflareâs resolver (1.1.1.1). Itâs fast, reliable and most importantly not associated with any proxy services.
Hereâs the step-by-step process:
When you hit api.stripe.com, you should see a JSON response that looks like this:
- 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
- Configure your SOCKS5 proxy:
- Ensure 'Use proxy DNS' is disabled - this is crucial
- 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)
- Test your setup:
- Launch the browser profile
- Visit ipleak.net to confirm youre using the proxy IP
- Try accessing api.stripe.com
* 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.