What are burned proxies? Burned proxies are IP addresses flagged by anti-bot systems from previous botting activity. Once an IP's reputation score drops below a threshold, it fails at the queue stage before your bot logic ever runs, regardless of how clean your tasks are.
Every cook group has the same post-drop thread. Pages of people asking what went wrong. Bot settings were right, tasks fired on time, and they still got nothing. The answer is almost always the same: free sneaker proxies or cheap shared pool IPs that were already dead before the drop started.
This article breaks down exactly why burned proxies fail, how shared pools get entire IP ranges flagged, and what proxy pool quality actually means for your drop day results in 2026.
What Makes a Proxy Burned
An IP address is not just a network identifier. Every IP carries a reputation score with the anti-bot systems that protect Nike SNKRS, Adidas, Footsites, and Shopify drops. That score is built from the IP's history: how many bot-like requests it has sent, how many times it has failed checkout, whether it has been rate-limited or banned on previous drops.
When you buy into a cheap shared proxy pool, you are using IPs with unknown history. The provider bought or sourced those IPs, sold access to dozens or hundreds of customers, and those customers have been running tasks on them across every major drop for months. By the time you run your tasks, the IP's reputation is already degraded. It hits the queue, gets scored, and fails before your bot's logic runs a single line.
Free sneaker proxies are the worst version of this problem. Services offering free or extremely cheap residential proxies are pulling from pools where the IPs have been passed through multiple networks, resold, and hammered by anyone willing to pay next to nothing. The cost of the proxy reflects the condition of the IP's history.
Why IP Reputation Persists Between Drops
Anti-bot systems like Akamai, PerimeterX, and Shopify's fraud detection do not reset IP scores between drops. An IP that failed on the Jordan 1 drop last week carries that failure into your Air Max run this week. Some systems weight recency, but accumulated history compounds. An IP that has been used for botting across 20 drops over six months has a degraded score that no amount of session rotation will fix.
This is why IP freshness matters. Fresh IPs that have never been used for botting start with a clean reputation. They have no prior flags, no failed checkout history, no subnet associations from previous ban events. On drop day, they enter the queue with a baseline score that gives your tasks a real chance.
How Shared Pools Get Everyone Banned at Once
The IP reputation problem applies to individual addresses. The subnet problem affects everyone on a shared pool simultaneously.
When an anti-bot system bans an IP, it frequently extends that ban to the entire /24 subnet, which is 256 consecutive IP addresses. Providers who pack multiple customers onto the same subnet create a situation where one person's failed tasks can wipe out everyone else on that block.
Here is what that looks like in practice. You are running 50 tasks on a Nike SNKRS drop. Your tasks are clean. Your settings are good. But another customer on your provider's shared pool ran aggressive tasks on the same subnet an hour before the drop went live, triggered a subnet ban, and now all 256 IPs on that block are flagged. Your 50 tasks run, hit the flagged subnet, and fail before the queue even loads. You get zero. Not because of anything you did, but because someone else on your provider's network burned the block you were sharing.
Free Proxy Sites and Public Proxy Lists Are Instant Failures
Free sneaker proxies from public lists are sourced from scraped proxy databases, compromised systems, or trial accounts. They have been used by thousands of people before they appear on any public list. By the time you paste them into your bot config, they are already in the blocklists of every major anti-bot system.
Beyond reputation, free proxies often have no sticky session support and inconsistent uptime. They drop mid-checkout, rotate at the wrong moment, and reset your cart. Even if an IP somehow passes the initial reputation check, it will fail the session consistency requirements of Shopify's checkout flow.
What Private Proxy Pools Do Differently
A private proxy pool means the IPs are exclusive to one provider's customer base. They have not been sold to competing networks, passed through reseller chains, or shared with users outside the service. The provider controls the entire lifecycle of those IPs.
The practical result is IP health. When you pull from a private pool, the IPs entering your tasks have not been burned by other botters. The reputation score going into your drop is at its baseline, not eroded by someone else's failed runs.
SerpProxies maintains private residential and ISP pools for this reason. Premium Residential starts from $1.20/GB. Private Residential at $2/GB gives you IPs exclusive to your account — not recycled from public proxy markets or shared across competing botter networks. That distinction is the difference between entering a queue with a clean IP and entering with one already flagged twice this week.
IP Freshness vs IP Count
Most new botters optimize for IP count. More proxies means more tasks means more entries, and that part is true. But IP count multiplied by burned IPs equals a lot of failed tasks.
One fresh IP from a private pool outperforms five burned IPs from a cheap shared service on every drop running Akamai or PerimeterX. For SNKRS, where the raffle system means each task is an entry, sending 50 clean tasks beats sending 200 burned ones. You use less bandwidth and get more actual entries that make it through the queue.
How to Tell If Your Proxies Are Burned
You cannot see an IP's reputation score directly, but there are clear signals.
Your tasks fire and immediately get error responses, CAPTCHAs, or queue bans within seconds of the drop starting. Clean IPs on a competitive drop get into the queue before being challenged. Instant failures at the first request are a burn signal.
Your tasks complete but show no successful checkouts despite correct bot settings. This means IPs entered the queue but failed at the challenge or payment stage due to degraded trust scores.
You get better results on lower-competition drops than high-competition ones. Cheap shared IPs sometimes work on drops with lighter anti-bot stacks. When you hit a drop running Akamai or Datadome, the burn shows up immediately.
If you see these patterns, rotating through more of the same pool does not fix it. You are just cycling through different burned IPs from the same degraded source.
Key Takeaways
Free sneaker proxies are not just low quality. They are actively harmful. Using burned IPs on a competitive drop wastes your bot's compute, your bandwidth, and your drop window.
The source of the IP matters as much as the type. A residential label on a burned, shared-pool IP means nothing once the anti-bot system has already scored that address. Private pool residentials and ISPs from a provider that controls its own IP inventory start clean on every drop.
Do not optimize for the cheapest proxy per GB. Optimize for IP health. On drops where the margin between a cop and a zero is measured in milliseconds and reputation scores, a burned IP is not a discount. It is a guaranteed loss.
FAQ
What does it mean when a proxy is burned?
A burned proxy is an IP address flagged by anti-bot systems from previous botting activity. Its reputation score is degraded, which means it fails at the queue stage before your bot logic runs. Burned proxies come from shared pools where other users have already hammered the same IPs, or from free proxy lists where IPs have been used by thousands of people.
Do free sneaker proxies work?
No. Free sneaker proxies from public lists are sourced from scraped databases and compromised accounts. They have been used by thousands of people before appearing on any free list, which means their reputation is already destroyed. They also lack the session consistency and uptime required for checkout flows on Nike SNKRS, Adidas, and Shopify drops.
How long does an IP stay burned?
It depends on the anti-bot system. Some weight recency and reduce the impact of older flags over weeks or months. Others maintain permanent blocklists for IPs from known botting subnets. There is no reliable way to un-burn an IP. Use IPs that are not burned to begin with.
What is the difference between a shared proxy pool and a private pool?
A shared proxy pool sells access to the same IPs to multiple customers simultaneously. Their botting activity degrades the reputation of IPs everyone shares. A private pool reserves IPs exclusively for one provider's customers, so no external botting activity burns the IPs you are using.
Can I rotate my way out of burned proxies?
No. Rotating through a burned pool just cycles through different burned IPs from the same degraded source. The underlying problem is IP history, not session management. Rotation works correctly only when the underlying IPs have clean reputations.
Why do my tasks fail instantly at the start of a drop?
Instant failures at the first request, within seconds of a drop going live, are a strong signal of burned IPs. Clean IPs get into the queue before being challenged. When an IP's reputation score is below a threshold, the anti-bot system blocks it at the first request before your bot runs any logic.
How much do clean residential proxies cost?
SerpProxies Premium Residential starts from $1.20/GB. For context, burning through 2 to 3 GB on a 50-task SNKRS run with burned shared proxies costs you money and gets you nothing. The bandwidth spend on clean private pool IPs is the same but your tasks actually enter the queue.