What ProxyMesh is: named HTTP endpoints
ProxyMesh has been running since 2011, which makes it one of the older rotating proxy services still operating under the same model. That model is deliberately narrow: you get a list of named proxy hostnames, each one a server in a particular location, and you point your HTTP client at whichever hostname matches the geography you need. The server picks an outgoing IP for you. There is no session syntax to learn, no SDK, and no per-request parameters — the endpoint is the entire interface.
Most of those endpoints are backed by datacenter address space, with a separate US ISP endpoint carrying residential and mobile ISP addresses, and a broader world endpoint drawing on a larger mixed pool. The outgoing addresses behind each endpoint are a small, fixed set that the service cycles on a schedule rather than a large pool assembled per request. ProxyMesh is honest about this design and it is a real strength for the workloads it fits.
The parts that engineers tend to like are practical: IP allowlisting as a first-class authentication method, elite-level anonymity with identifying headers stripped, sub-accounts for separating clients or projects, custom header support, and a monthly bill that does not move. Support has a good reputation. If your scrapers are working today, none of this is a reason to leave.
- Named HTTP endpoints per location rather than one gateway with targeting parameters
- Predominantly datacenter IPs, with separate US ISP and world endpoints
- HTTP proxy protocol, with HTTPS tunnelled via CONNECT — no SOCKS5
- IP allowlisting or a Proxy-Authorization header for authentication
- Monthly subscription with bandwidth allocated to the plan
- Sub-accounts, custom headers and invoicing options aimed at teams
Limits of ProxyMesh's endpoint model
The constraints follow directly from the design rather than from anything going wrong. Because each endpoint sits on a small set of outgoing addresses, a target that fingerprints or rate-limits by IP sees the same handful of addresses repeatedly. On news sites, price comparison pages, public APIs and most ordinary web content that is fine. On sites running mature bot management, a datacenter address is usually classified before your request logic ever matters.
Targeting granularity is the second constraint. An endpoint is a location, so you can reach a country and some US states, but you cannot ask for a specific city or a specific network operator, because there is no request-level parameter to carry that intent. The third is protocol: ProxyMesh states plainly that it supports HTTP only, so tooling that speaks SOCKS5 — many desktop clients, Go and Python network libraries, and anything expecting UDP-adjacent behaviour — needs a shim or a different provider.
There is also no user-controlled session duration. Rotation happens on the service's schedule, not on yours, so a multi-step flow that must hold one IP through a login, a cart and a checkout is difficult to guarantee.
How Nefo differs from ProxyMesh
Nefo inverts the model. Instead of choosing a hostname, you generate a credential and encode your intent into it: country, US state or city, or a specific ASN or ISP paired with a country. That credential then behaves the way you configured it for as long as you use it. Generating credentials is free, so it costs nothing to keep separate credentials per target, per project or per team member — only traffic consumes bandwidth.
The addresses behind those credentials are residential rather than datacenter, in 227 countries and territories. That is a different sourcing story from a fixed rack of servers, and it is the main reason the two services fail in different places. Residential addresses are not automatically better — they are slower per request and cost more per gigabyte — but they are not classified as infrastructure on sight.
Sessions are explicit. Rotating credentials give a new IP on each request, which suits wide distributed collection. Sticky credentials hold one IP from one minute up to twenty-four hours, configurable per credential, which is what multi-step flows need. Every credential can be issued for HTTP, HTTPS or SOCKS5.
- 227 countries and territories; US targeting down to state and city level
- ASN and ISP targeting to pin traffic to a named network operator
- Rotating (new IP per request) or sticky (1 minute to 24 hours) per credential
- HTTP, HTTPS and SOCKS5 on the same account
- Unlimited free credential generation — bandwidth is the only meter
- Separate 4G/5G mobile product on carrier-modem ports, rented by duration
Pay per gigabyte instead of per month
ProxyMesh bills as a subscription with bandwidth attached to the tier. That is a good structure when your volume is steady and predictable, because the bill never surprises you and you can plan against it. It is a poor structure when volume is lumpy: an unused allocation at the end of the month is money spent on nothing, and a spike means moving to a larger tier you then carry through quieter months.
Nefo is prepaid. Plans start at 5GB ($4.50), the per-gigabyte rate falls as volume rises, and flexible plans are non-expiring — bandwidth stays in the account until it is consumed, with no monthly reset to race. For seasonal work, one-off research projects, or a pipeline whose volume you cannot forecast yet, that removes the guessing. For a scraper that reliably consumes its allocation every month on targets where datacenter IPs still pass, a subscription is likely the cheaper structure and you should keep it.
How to switch from ProxyMesh to Nefo
The work is small but not zero, and it is worth knowing which part will bite. The straightforward half is that your code still talks to an HTTP proxy: hostname, port, request, response. Authentication carries over. ProxyMesh supports IP allowlisting, so many deployments have no credentials in the client at all. Nefo accepts a username and password or an IP allowlist, so deployments that rely on allowlisting can keep that approach.
After that, geography moves from the hostname into the credential. Where you previously maintained a mapping from country to endpoint hostname, you generate one credential per target and keep your existing selection logic pointed at credentials instead. Anything that previously fought rotation timing by retrying can usually be replaced with a sticky credential of the appropriate duration.
Run both providers side by side for a week before cutting over. Bandwidth is prepaid and non-expiring, so a small top-up is enough to compare block rates and latency on your own targets, and nothing expires if the test tells you to stay where you are.
- Keep IP allowlisting, or add a username and password to your HTTP client
- Replace the endpoint-hostname lookup table with generated credentials
- Set sticky durations for any flow that must hold one IP
- Confirm SOCKS5 is worth adopting where your tooling prefers it
- Track usage per credential in the dashboard or by CSV export
- Keep the ProxyMesh subscription running until block rates are compared
ProxyMesh or Nefo: which suits you
Stay with ProxyMesh if your targets accept datacenter addresses, your volume is steady enough that a monthly allocation is efficient, or your team relies on the sub-account and invoicing structure. Simplicity has real value: an endpoint hostname with no session parameters is less to get wrong, and a service running the same model since 2011 is a known quantity. Switching to residential bandwidth to solve a problem you do not have will cost you more per gigabyte for no gain.
Move to Nefo if your targets respond to the type of IP rather than to request behaviour, if you need a city or a specific ISP rather than a country, if you need sticky sessions you control, if your tooling wants SOCKS5, or if your volume is irregular enough that a fixed monthly allocation is the wrong shape. The mobile product is a separate case again: 4G/5G ports on real carrier modems with a live carrier IP you can keep or change, which is a different animal from any rotating endpoint.
Plenty of teams end up running both — datacenter endpoints for the cheap high-volume targets, residential credentials for the handful that refuse them. That is usually the honest answer rather than a clean replacement.
Frequently asked questions
Yes. Nefo authenticates with a username and password or an IP allowlist, so deployments that carry no credentials in the client can keep working that way. That removes the biggest integration difference people expect when leaving ProxyMesh. Nefo adds targeting through username tokens such as -country-us and -session-<id>.
Yes. Residential and datacenter proxies on Nefo work over HTTP, HTTPS and SOCKS5, with UDP over SOCKS5 on Pool 1. ProxyMesh states that it supports the HTTP protocol only, tunnelling HTTPS through CONNECT. For SOCKS5-only tooling that can decide the question. See SOCKS5 proxies.
Yes. Sticky sessions hold one IP from 1 minute up to 24 hours. ProxyMesh rotates the outgoing address on its own schedule and does not expose a user-controlled session duration, so multi-step flows are the clearest structural reason to move. See sticky session proxies.
It depends how even your usage is. Nefo starts at 5 GB for $4.50 and the bandwidth never expires, so nothing resets monthly, which suits irregular work. If you reliably use a monthly allocation on targets where datacenter IPs pass, a ProxyMesh subscription is likely cheaper per request.
Yes. Nefo targets 227 countries and territories, 22,417 cities and 14,252 ISPs/ASNs; see US city-targeted proxies. ProxyMesh targets at endpoint granularity: you choose a server location, covering countries and some US states but not cities or named operators.
Yes. Datacenter proxies start at $0.66 for 1 GB and fall to $0.29/GB at 10 TB, across 75 countries, with HTTP(S), SOCKS5 and UDP. That is the closer match if your ProxyMesh targets accept datacenter addresses and cost is your main concern.