The short version
Datacenter IPs (AWS / DigitalOcean / Linode / Vultr) are publicly known, centrally allocated, and blocklisted at scale by anti-bot and fraud-detection services. A VPN that exits from a datacenter IP is trivially detected — the IP range is in every commercial blocklist. Residential IPs are assigned by ISPs (Orange, Free, Comcast, Deutsche Telekom, BT) to home subscribers. They’re in dynamic ranges that rotate across thousands of households. Blocking them at scale would lock out real customers, so anti-bot services don’t. AvocadoVPN routes your requests through real residential ISP connections — the same IP ranges your ISP would assign to a home fiber subscriber. Destination sites see a normal home user, because it is one.What this gets you
| Workload | Datacenter IP | AvocadoVPN residential IP |
|---|---|---|
| Streaming geo-unblocking (Netflix, HBO, TF1) | Blocked ~90% of the time | Works |
| Banking / fraud-protected APIs | Flagged / soft-blocked | Works |
| Price scraping (Amazon, booking sites) | Throttled after 10s of requests | Sustained throughput |
| Ad verification (same ad from multiple countries) | Works for some networks | Works for all |
| Social-media automation | Account flagged within minutes | Survives typical bot-detection |
| SaaS competitive intelligence | Blocked by bot protection | Works unless JS-heavy target requires browser automation |
Residential IP caveats
Shared bandwidth
A home fiber connection isn’t a datacenter. Realistic speeds:| Country | Typical symmetric fiber (upstream) | Bursts |
|---|---|---|
| FR (Orange, Free, Bouygues) | 500-1000 Mbps | 1-2 Gbps peak |
| DE (Deutsche Telekom, Vodafone) | 200-500 Mbps | 1 Gbps peak |
| ES (Movistar, Vodafone) | 200-500 Mbps | 1 Gbps peak |
| NL (Ziggo, KPN) | 200-500 Mbps | 1 Gbps peak |
| UK (BT, Virgin, Sky) | 100-300 Mbps (asymmetric typical) | 500 Mbps peak |
Latency
Residential IPs exit through residential routers — an extra hop vs. a bare-metal datacenter. Expect 50-150 ms extra latency vs. a direct request. Still well under TCP/TLS handshake overhead for most workloads.Node liveness
Home nodes can reboot, move, or lose connectivity — unlike datacenter-hosted proxies that stay on 24/7. We track this: thegetVpnNodes API returns only nodes that have heartbeat within the last 90 seconds. Beta-scale pool typically has 1-10 nodes per country. If you see 502 “no nodes available,” it usually resolves within seconds as nodes reconnect.
When NOT to use residential IPs
- You’re scraping at >1 Gbps sustained for hours. Residential bandwidth won’t hold. Use a datacenter proxy for volume or a residential+datacenter hybrid.
- You need static dedicated IPs (e.g. some B2B APIs whitelist by IP). Residential IPs rotate — not suitable for IP allowlists. Contact
support@atlasvpn.liveabout dedicated node rental (preview feature, ~$0.50/hr). - Pure low-latency protocol testing (WebRTC, DNS, edge compute). Residential routing adds hops; use datacenter for that.
Country breakdown at launch
| Country | Status at beta launch (2026-05-25) | Expected pool depth |
|---|---|---|
| FR | ✅ Launch | 5-15 nodes |
| DE | ✅ Launch | 3-10 nodes |
| ES | ✅ Launch | 2-8 nodes |
| NL | ✅ Launch | 2-8 nodes |
| UK | ✅ Launch | 2-8 nodes |
| US | Q3 2026 | — |
| CA, AU | Q4 2026 | — |
| APAC (JP, SG, IN) | 2027 | — |
support@atlasvpn.live which country you need next and we’ll prioritise node-provider recruitment there.