Cherry Proxy

Cherry Proxy operates as a large-scale residential proxy service pitched at privacy-conscious users and automation teams who value transparency and uptime guarantees. The headline number is 80 million residential IPs across 195 countries, sourced through what they describe as genuine ISP partnerships rather than consumer device botnets. Every IP is marketed as a real residential connection, meaning traffic routes through actual home internet, which passes most geolocation checks and looks organic to anti-bot systems. That authenticity claim is standard marketing language across the residential proxy industry, but Cherry Proxy's 99.9% uptime guarantee and extensive geographical coverage make it plausible.

The proxy types available are residential rotating, static residential, ISP proxies, and SOCKS5 options. Rotating residential proxies cycle through the IP pool on a schedule you do not control; the exact rotation interval is not documented on their public site, which is a gap. Static residential IPs lock you to a single address for the duration of your session, suitable for account farming or anything requiring long-term consistency from the same location. ISP proxies are a middle ground, routing through internet service providers rather than consumer networks, and they rotate more slowly than residential (hours rather than minutes). The SOCKS5 proxies are the standout for this category, as they allow non-HTTP protocol tunneling. Pricing is listed as $0.045 per IP for SOCKS5, which is among the lowest in the industry, assuming you use each IP only once. The static residential tier costs around $0.17 per IP per day, or about $5 per IP per month.

The pay-as-you-go model means there are no monthly subscriptions, no data expiration, and no surprise overage fees. You load a prepaid balance and consume it as you use bandwidth. That model suits teams with unpredictable traffic patterns or those testing before committing to volume contracts. The pricing bands are wide enough to support everything from small trials to enterprise usage. For small-scale work, spending $5 or $10 per gigabyte of data is reasonable. Scaling up past a terabyte per month would push costs into thousands of dollars, at which point larger providers might offer volume discounts or custom deals.

Session control is where Cherry Proxy becomes less transparent. The rotating residential proxies do rotate, but the documentation does not specify whether rotation is per-request, per-minute, or based on some other schedule. For session-control work, that opacity is a problem. If you need to know that an IP will hold for exactly ten minutes before rotating, or that rotation happens on demand rather than automatically, Cherry Proxy does not publish those details. The static residential tier gives you full control (the IP does not change unless you explicitly release it), but it is not a port-based sticky gateway like some competitors; you are renting the IP outright, which is more expensive. The distinction matters. A sticky port lets you connect thousands of concurrent sessions to different IPs and rotate them as a group on a schedule. A static IP rental requires you to rent each IP individually, and managing thousands of individual rentals is operationally messier.

What Cherry Proxy does document clearly is its filtering and geo-targeting. You can filter by country, city, and ISP. No zip-code targeting, but city-level is usually sufficient. The 195 countries covered is comprehensive; even smaller markets like Albania or Mauritius are included. The ISP filtering means you can request traffic from a specific carrier (e.g., Verizon in the US, Vodafone in Germany), which helps if you need to appear like a particular cellular or broadband provider. That precision is a strength compared to services that offer only country-level targeting.

Authentication is dual-mode: username and password, or IP whitelist. The username mode works from anywhere but requires embedding credentials in your client. The IP whitelist mode is more secure if you control your outbound IPs (e.g., from a data center or a corporate network), as it eliminates the need to store passwords. Neither mode is unique to Cherry Proxy, but both being available is convenient.

Support operates 24/7 through email and live chat, with a stated response time under two hours. Independent reviews report that support responses are accurate and helpful, which distinguishes Cherry from some competitors that automate responses into uselessness. The on-site documentation covers the basics, though some details (like exact rotation intervals) are missing, which forces users to email support to clarify. That is a minor friction point for self-serve teams.

The privacy pitch is that Cherry does not log traffic. No browsing history, no request logs, no IP-to-request pairing stored for inspection. That is credible for a proxy service and appeals to users who distrust cloud infrastructure. Whether it is verifiable is another question; you have to take their word for it, as there is no third-party audit visible. The business model (pay per GB, no subscriptions) does not seem to depend on selling traffic insights, so there is no obvious financial incentive to lie.

One source of concern is pool overlap. With 80 million IPs across 195 countries, the average density is roughly 400,000 per country. That is substantial, but some countries are over-represented (the US and EU combined probably account for half that figure) and others sparse. If your campaign requires a lot of unique IPs from Scandinavia or Southeast Asia, the pool might thin faster than you expect. Testing your specific geography before committing to volume is wise.

The residential IP sourcing model for Cherry is unstated, which is typical in an industry where ISP partnerships are sometimes opaque. Legitimate providers use residential partners, device software SDKs with user consent, or academic research agreements. The worst actors run botnets. Cherry Proxy lands somewhere in the legitimate range, but the exact sourcing is not published, so this is a trust-based assessment.

Cherry Proxy works best as a general-purpose residential proxy service for teams that need good geographic coverage, transparent pricing, uptime guarantees, and 24/7 support. It is less specialized for session control than alternatives that offer fine-grained rotation scheduling or dedicated sticky gateways. The SOCKS5 support is valuable for protocol diversity, and the static IP tier handles long-term sessions, but the lack of detail on rotating session management is a notable gap. You would need to test your specific rotation requirements before going all-in.

The 80 million IP pool and 195-country coverage are strong. SOCKS5 support works and is priced competitively. 99.9% uptime is credible for a business this size. 24/7 support and no traffic expiration are genuine conveniences. However, rotation intervals are undocumented, forcing you to email support for clarity on session control. Static IPs solve long-term session needs but are expensive compared to sticky gateways. Pool density varies by country, potentially creating bottlenecks. The grade B reflects a solid general-purpose service with SOCKS5 capabilities but less transparency and less specialization on session control than the top tier of competitors.