Why the Cheapest Residential Proxy Scored Highest in My Benchmark
Why the Cheapest Residential Proxy Scored Highest in My Benchmark
The cheapest residential proxy in my continuous benchmark, at $0.30/GB, also holds the highest composite score: 82.9 out of 100. The two priciest providers cost $6.00 and $6.50 per gigabyte, roughly 20 times more, and score 74.7 and 64.4. "You get what you pay for" is the default assumption when buying proxies. On this data it is simply false. Price and quality in the residential proxy market are largely decoupled, and this post shows the numbers and explains why.
Key takeaways
- The cheapest provider scored highest. $0.30/GB → 82.9/100. The $6.50/GB provider → 64.4/100.
- Sorted by price, the score falls at every step. Across all four providers I test, each step up in price is a step down in composite score. The most expensive option is the lowest-scoring.
- Cheapest is not fastest. The top-scoring provider has the slowest median latency of the four (755ms); the most expensive provider is actually the fastest (519ms), yet still scores lowest. The composite rewards success rate, session reliability and target reachability, not raw speed.
- Cost per usable gigabyte is the metric that matters. Adjusted for success rate, the price gap widens, not narrows.
- Cheap can also signal risk. Decoupled does not mean "always buy the cheapest." It means measure, don't assume.
The assumption that breaks here
In most infrastructure you buy, price tracks quality with some reliability. Faster servers cost more. More storage costs more. The mental model carries over to proxies: a $6/GB residential plan should beat a $0.30/GB one, because the expensive one must be paying for something better.
In residential proxies that model falls apart, because the thing you are paying for is not infrastructure. It is access to a pool of real residential IP addresses, and the cost of sourcing those IPs has almost nothing to do with the sticker price a reseller sets. Two providers can resell overlapping pools at $0.30 and $6.00. The price difference is margin, branding and sales strategy, not network quality.
So the only way to know which provider actually performs is to measure all of them the same way and compare. That is what the benchmark does.
The data
Every provider runs through the identical probe schedule from two vantage points, scored on the same v2.1 composite (core network 35%, session reliability 30%, neutral reachability 15%, target reachability 20%). Here is the standing as of June 2026, sorted by price:
| Tier | Price/GB | Composite score | Google success rate |
|---|---|---|---|
| Cheapest | $0.30 | 82.9 | 97% |
| Mid-low | $2.65 | 77.5 | — * |
| Mid-high | $6.00 | 74.7 | 83% |
| Most expensive | $6.50 | 64.4 | 78% |
* The $2.65 provider was added recently; its target-site success sampling is still ramping, so its composite is built from latency, session reliability and reachability only. Numbers are a snapshot — check the live dashboard for today's figures.
Read the table top to bottom. As price rises from $0.30 to $6.50, the composite score falls at every single step: 82.9 → 77.5 → 74.7 → 64.4. The cheapest provider outscores the most expensive by more than 18 points while costing about a twentieth as much. If price predicted quality, this table would be upside down.
Why price doesn't predict quality here
Three things keep cost and performance apart in this market:
IP sourcing is the real cost, and it's opaque. Residential IPs come from SDK partnerships, peer-to-peer apps and other supply deals. A provider with a good supply relationship can offer a strong pool cheaply; a provider with a weak one can charge a premium and still deliver a worse pool. You cannot see the supply chain from the pricing page.
Resellers sit on top of wholesalers. Much of the market resells the same underlying networks. A high price often buys a brand and a support desk, not a better IP than the budget reseller two clicks away is selling from the same source.
Marketing fills the information vacuum. Buyers can't measure pool quality before purchase, so providers compete on claims: pool size, "99.9% uptime", country counts. None of those are performance. A confident pricing page is not evidence.
The metric that actually matters: cost per usable gigabyte
Sticker price per GB is misleading because you pay for every gigabyte, including the ones spent on failed requests. The honest unit is cost per successful gigabyte: price divided by success rate.
- Cheapest: $0.30 ÷ 0.97 = $0.31 per usable GB
- Most expensive: $6.50 ÷ 0.78 = $8.33 per usable GB
Adjusted for the work that actually completes, the gap goes from 20x to roughly 27x. Paying more bought a lower success rate here, so every failed request made the expensive option more expensive still.
The honest catch
This is not "always buy the cheapest." Two caveats keep the story straight.
Cheapest is not fastest. The top-scoring provider posts a median latency of 755ms, the slowest of the four. The most expensive provider is actually the fastest at 519ms, yet it scores lowest overall. The cheapest wins the composite on session reliability, success rate and target reachability, not on raw speed. If your workload is latency-critical above all else, the headline score is not your only input.
Cheap can signal problems too. A low price decoupled from quality cuts both ways: some cheap providers are cheap because the pool is thin, recycled, or sourced in ways you would not want associated with your traffic. The point is not that low price means high quality. It is that price tells you almost nothing either way, so you have to measure.
In this benchmark, the cheapest provider happens to be the best on the composite. That is a fact about these four providers on current data, not a law. Add more providers and the cheapest one might not stay on top. The durable lesson is the decoupling itself.
How to judge value yourself
- Start from cost per usable GB, not sticker price. Divide price by the success rate for your target sites.
- Match the score to your workload. Stateful work (logins, carts) lives or dies on session reliability; stateless scraping cares about success rate and latency. The composite is a general-purpose blend; re-weight it for your case.
- Ignore pool-size and uptime claims. They are unmeasurable from the outside and don't predict performance.
- Trust measurement over price, in both directions. Don't assume expensive is better; don't assume cheap is worse. Check the live numbers.
The current scores, prices and per-dimension breakdowns are on the dashboard, and the full ranking with the methodology behind it is on the best residential proxy page. No affiliate links, no sponsored order.
FAQ
What is the cheapest residential proxy?
In my benchmark the cheapest residential proxy is priced at $0.30/GB, and it also holds the highest composite score (82.9/100), ahead of providers charging $2.65, $6.00 and $6.50. Cheapest and best are the same provider here, which is unusual enough to be worth checking against the live dashboard before you buy.
Are cheap residential proxies any good?
They can be excellent or poor, and price won't tell you which. In this benchmark the cheapest provider scores highest, but a low price can also reflect a thin or recycled pool. The only reliable signal is measured performance: success rate, session reliability and latency against your targets.
Why are some residential proxies so much more expensive?
The cost of a residential proxy is mostly the cost of sourcing IPs, which is opaque, plus reseller margin, branding and support. A high price often buys a brand rather than a better IP pool. Across the providers I test, the most expensive one scores the lowest.
How do I calculate the real cost of a residential proxy?
Use cost per usable gigabyte: divide the price per GB by the success rate for your target sites. A $6.50/GB provider at 78% success costs about $8.33 per usable GB; a $0.30/GB provider at 97% costs about $0.31. Failed requests are paid bandwidth, so success rate belongs in the price.
Is the cheapest proxy also the fastest?
No. The cheapest, highest-scoring provider in this benchmark has the slowest median latency of the four (755ms). The most expensive provider is the fastest (519ms) yet scores lowest overall. The cheapest wins on the composite through session reliability and success rate, not raw speed. If latency dominates your workload, weigh that dimension separately.