9 proxy never gave exact date or time frame when they restore, so can anyone have any other alternative so i can use that service too.

When i search in google... 9 proxy sign in page not shown.. i have 500+ daily poxies.. same happened for 911.re.. what is update?

I’ve been using 9proxy for few days now and today it stopped working idk what’s wrong I will like to know if it’s just me or anyone else is having the same issues thank you

Does anyone know a site similar to 9Proxy that provides residential or ISP IPs with port 25 open? I'm looking for a reliable alternative.

Currently, 9 Proxy is inaccessible. This situation feels similar to what happened with IdeaNetwork earlier this year when it was seemingly blocked by Google — users couldn't access the website, couldn't use the app, couldn't reach support, and even support emails received no response.

Could there be any negative outlook or concerning signs for 9 Proxy?

Hi anyone here from 9proxy team who can confirm about 9proxy availability or tell us when it will be live again?

The website is down and also the software we c'ant login.
Someone can tell us what's happen and if the problem gonna be solved or not ?
Thank u

Hello we can’t use 9proxy services website is down

Why I can't use 9proxy please fix it

Please fix this ASAP

Is anything being done about 9proxy not working? I need to use it ASAP

I’ve been lurking here for a while and watching a lot of people burn through thousands of dollars on enterprise proxy pools only to watch their scraping success rates crater mid-session. Usually, they come here asking: "Should I buy residential or datacenter proxies?"

Honestly? That entire framework is dead. If you are still building your scraping pipelines based on those two marketing definitions, you’re trying to solve a hard network engineering problem with a sales pitch.

Modern anti-bot walls (Cloudflare Turnstile, Akamai, PerimeterX) don't just look at a simple "residential" or "datacenter" tag anymore. After routing tens of thousands of requests across aggressive endpoints this past year, here is the raw architectural reality of how WAF trust layers actually evaluate your scraper traffic.

https://preview.redd.it/w2x35xs0ie9h1.png?width=1536&format=png&auto=webp&s=d26301e41be16bfec675b1f94e8138055420782b

1. The Real Game: ASN Reputation Overrides Everything

Target firewalls don’t evaluate your IP in a vacuum. The second your request hits the endpoint, the WAF queries the Autonomous System Number (ASN) to see exactly who owns the network block.

• The Hosting Signal: If your proxy provider sold you a "highly anonymous private proxy" but its IP maps to an ASN registered to AWS, DigitalOcean, or Linode, your baseline trust score is instantly zero. The WAF flags it as a server farm.
• The Consumer Signal: If the IP sits on a consumer ISP block like Comcast or AT&T, the firewall treats it as a standard household connection.

The Trap: Residential traffic isn't inherently "invisible." If a trusted consumer ISP IP starts firing 50 concurrent requests per second with an unoptimized TLS fingerprint, its reputation decays to absolute zero in seconds. A residential tag is just a shield of convenience to prevent the target from causing massive collateral damage to real human users. It's not a magic bypass tool.

2. Datacenter Proxies and the "Subnet Cascading Ban"

Everyone knows datacenter IPs get burned fast, but a lot of beginners completely misunderstand how they fail. It’s rarely because a single IP got flagged for its own bad behavior.

Instead, modern firewalls track reputation at the subnet level. If you run an aggressive script using a handful of IPs inside a single /24 subnet block (a range of 256 IPs), the anti-bot algorithm won't just drop those specific IPs. It dynamically flags or blacklists the entire parent CIDR block.

This is why datacenter scraping feels so fragile. You’ll be running at blistering speeds with a 100% success rate, and then you suddenly hit a brick wall where your entire pool drops to 0% simultaneously. They are great for low-security endpoints or structural discovery, but using them for data extraction payloads on protected sites is a recipe for disaster.

3. The P2P Latency Nightmare

When people switch to rotating residential pools to avoid subnet bans, they usually run straight into a massive stability wall.

Because true residential proxies rely on peer-to-peer (P2P) networks (often sourced via SDK integrations in free consumer apps), your traffic is being routed through someone’s home Wi-Fi. Peers turn off their routers or leave the house constantly. If your pipeline relies on multi-step scraping sessions that require maintaining session state, your proxy will frequently drop or rotate mid-stream, instantly breaking your session. You’re sacrificing speed (averaging 500ms–2000ms latency) and stability, all while paying a premium for unpredictable per-GB bandwidth billing.

4. How to Actually Structure an Enterprise Proxy Stack

If you want to stop guessing and start engineering around these trust signals, you have to look at the middle ground: Static Residential (ISP) Proxies.

These are IPs leased directly from consumer networks (Verizon, AT&T, Charter) so they carry a premium consumer ASN identity, but they are hosted directly inside datacenter server farms.

• You get the 10Gbps+ speeds, 99.9% uptime, and flat-rate/per-IP pricing of a datacenter box.
• You get the high trust score of a residential connection because the target firewall sees a household network provider.

If you are managing sensitive accounts, social logins, or e-commerce sessions that will instantly lock up if they see a hosting provider footprint, this is pretty much the industry sweet spot.

How are you guys setting up your pipelines right now?

Are you still relying purely on rotating residential pools and swallowing the high bandwidth costs, or are you moving to a hybrid setup (e.g., using cheap datacenter IPs for structural map discovery and routing data extraction payloads through static ISP blocks)? Let’s swap notes below.