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Check-Host.net Alternative: Multi-Region HTTP Check

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Check a URL from Moscow, the EU and the US East

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Looking for check-host.net? The tool above checks your URL over HTTP from three places at once: Moscow (our own server), Germany and US East, and splits the Moscow timing into DNS, connect, TLS and time to first byte. The two remote measurements come from check-host.net's nodes through its public API, so for those regions you are seeing check-host results with a side-by-side summary.

Three regions is a deliberate, small set. If you need ping, TCP, UDP or DNS checks from dozens of countries, check-host.net itself is the better tool; the section on where it wins says when.

Enterno.io vs Check-Host.net

Enterno.io compared with Check-Host.net
FeatureEnterno.ioCheck-Host.net
PriceFree on the site · paid plans from $5/moFree
Free planYes, no sign-up; per-minute rate limitFree; API needs no key or registration
APINot for this tool; monitors via REST API v4 with a keyFree JSON API: ping, http, tcp, dns, udp checks
Locations3: Moscow, Germany, US East (last two via check-host)55 nodes in 33 countries (node list, 2026-10-20)
Check typesHTTP(S) here; ping, traceroute, DNS on other pagesPing, HTTP, TCP port, UDP port, DNS, IP info
Timing detailDNS, connect, TLS, TTFB split for the Moscow probeTotal response time per node
Scheduled monitoringYes, after sign-up, with email/Telegram/Slack/webhook alertsNot published

· Sources: check-host.net/, check-host.net/about/api, check-host.net/nodes/hosts, check-host.net/about/faq

Check your host & ports →

How the three-region check works

  1. Moscow. Our server requests the URL directly, following up to five redirects with certificate verification on, and records DNS lookup, TCP connect, TLS handshake, time to first byte and total time.
  2. Germany and US East. The same URL is sent to check-host.net's HTTP check; each node returns a status code and a total response time.
  3. Verdict per region. The results are compared so a pattern like "fine in Moscow, failing in US East" is stated outright instead of left in three numbers.
  4. Network owner. The resolved IP is matched to its ASN, so you can see whether the site sits on a known cloud provider.

The detailed DNS/connect/TLS/TTFB split exists only for the Moscow probe, because check-host's HTTP check reports one total time per node.

Where Check-Host is better

  • Many more locations. Its public node list had 55 nodes in 33 countries on 20 October 2026, from Brazil and Japan to Iran and Kazakhstan. We cover three regions.
  • More check types. Ping, HTTP, TCP port, UDP port and DNS (A, AAAA and PTR with TTL) from those nodes, plus IP geolocation from several databases.
  • A free API with no key. Start a check with /check-http?host=...&max_nodes=..., then read /check-result/<id>. It supports ping, http, tcp, dns and udp.
  • Shareable reports. Every check gets a permanent report link.
  • Extras such as a subnet calculator and a live server terminal.

If your question is "is my site reachable from Singapore, Turkey and Brazil right now", go to check-host.net directly.

When three regions are enough

Many incidents only need three vantage points:

  • Geo-blocking and CDN problems. A site that answers in Moscow but times out from Germany and the US, or the reverse, is usually a firewall, a sanctions-related block or a misconfigured CDN edge.
  • Slow TLS or DNS. The Moscow breakdown shows whether time goes to DNS, the handshake or the application.
  • Continuous checks. A one-off test cannot catch an outage at 3 a.m. Monitors after sign-up run on schedule and alert by email, Telegram, Slack or webhook. The Scout plan checks from Moscow every 5 minutes; plans from Navigator can add more regions.

Reading the timing breakdown

The Moscow probe splits one request into stages, each measured from the start:

  • DNS: resolving the hostname. Values above a few hundred milliseconds usually mean a slow or distant authoritative server, or a long CNAME chain.
  • Connect: the TCP handshake. It tracks network distance to the server or CDN edge.
  • TLS: the handshake on top of TCP. A large gap between connect and TLS points at certificate chain size, OCSP or a slow TLS terminator.
  • TTFB: time until the first byte of the response. What remains after TLS is your application and its backend.

If Moscow is fast but the two remote totals are slow, the problem is on the path to those regions; if all three are slow, start with the server.

Related checks on Enterno

For the other check-host check types, use separate tools: ping, traceroute, a DNS lookup and DNS propagation across public resolvers. Other uptime-checker comparisons are on our Host-Tracker and DNSChecker pages.

ICMP PingHost availability and latency
Port ScannerOpen TCP port detection
LatencyResponse time in milliseconds
Packet LossPercentage of dropped packets

Why teams trust us

ICMP+TCP
check protocols
14
key ports scanned
3,184
checks in 30 days
3
regions

How it works

1

Enter IP or domain

2

ICMP packets sent

3

Latency & packet loss shown

How Do Ping and Port Scanning Work?

Ping sends ICMP packets to a host and measures response time. Port scanning checks which TCP ports are open and accepting connections — helping diagnose serviceavailability issues.

Configurable Ping

Choose packet count (3, 4, 6, 10). Stats: min/avg/max latency and packet loss.

Common Port Scanner

Check 14 key ports: HTTP, HTTPS, SSH, FTP, SMTP, MySQL, PostgreSQL, and more.

Cloud-Based Check

Testing from our server — see site availability from outside, not just your local network.

Uptime Monitoring

Need constant monitoring? Create a monitor — checks every minute with notifications.

Who uses this

DevOps

availability diagnosis

Network engineers

TCP port scanning

Developers

connection debugging

SRE

basic health check

Common Mistakes

ICMP blocked = server is downMany servers block ICMP. Ping fails but site works — check ports instead.
High ping = server problemLatency depends on geography. 150ms between continents is normal, not an error.
Closed ports — cause for alarmClosed ports of unused services are good. Unnecessary open ports are a risk.
One check = sufficientNetworks are unstable. A single timeout ≠ a problem. Check multiple times or set up monitoring.

Best Practices

Combine ping and port checksPing shows host availability, ports show specific service availability. Use both.
Check from different locationsThe problem may be local. A cloud test shows the real picture.
Close unused portsEvery open port is a potential attack vector. Keep only necessary ports open.
Set up monitoringManual checks do not scale. Set up automated monitoring with notifications.

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Ping check history, host availability monitoring and downtime alerts.

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Frequently Asked Questions

Does Enterno use check-host.net?

Yes. On this page the Germany and US East measurements come from check-host.net nodes via its public API. The Moscow measurement comes from our own server, which is why only Moscow has a DNS, connect, TLS and TTFB breakdown.

How many locations does check-host.net have?

Its public node list showed 55 nodes in 33 countries on 20 October 2026. The list changes as sponsors add or remove servers, so check check-host.net/nodes/hosts for the current set.

Does check-host.net have an API?

Yes, and it needs no key. You start a ping, http, tcp, dns or udp check with an HTTP request and fetch results by request ID. Its API page lists third-party client libraries for several languages.

Can I monitor a site from several regions continuously?

Yes, after sign-up. Monitors alert by email, Telegram, Slack or webhook. The free plan checks from Moscow; plans from Navigator ($19/mo) can add other regions. See the pricing page for limits.

Why do my results differ between regions?

Distance, routing, CDN edges and geo-blocking all change what each region sees. A large gap in one region with normal results elsewhere usually points to the network path or a block, not the application.

Try the live tool that powered this guide

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