Belarus to Qatar: 409ms and Then Silence
Based on real RIPE Atlas measurements from GeoCables monitoring infrastructure, March 2026
Most traceroutes tell a story: a sequence of hops, each one revealing a city, a carrier, a step in the journey. The Belarus–Qatar route tells a very different story. After hop 8 — a router in Rembertów, Poland — there is complete silence.
247 consecutive timeouts, all the way to hop 255. No cities, no carriers, no RTT values. Just a final destination that appears out of nowhere at 409ms.
This is the most opaque route in our entire measurement database.
The Traceroute
| Hop | Location | Network | RTT |
|---|
| 1–2 | Minsk, BY | A1 Belarus (AS42772) | 9ms |
| 3–6 | Minsk, BY | Business Network / NTEC (AS60280) | 2ms |
| 7 | Warsaw, PL | Exatel S.A. (AS20804) | 10ms |
| 8 | Rembertów, PL | (unknown) | 409ms |
| 9–254 | (247 timeouts) | — | — |
| 255 | (no response) | — | — |
The RTT jumps from 10ms in Warsaw to
409ms in Rembertów — a small town 15km east of Warsaw. Then nothing. The destination never responds with a traceable path.
What Is Rembertów?
Rembertów is a district on the eastern outskirts of Warsaw with an unusual characteristic: it hosts significant
military and government infrastructure. The area contains Polish Army facilities and is known for communications installations dating back to the Cold War era.
The fact that our traceroute terminates at an unidentified router in Rembertów before jumping 399ms in a single hop strongly suggests the traffic is entering a
private or government network that blocks ICMP traceroute packets entirely.
The 399ms Jump: Where Did the Packet Go?
From Rembertów (10ms) to the final destination (409ms) is a
399ms gap — the longest single-hop RTT gap in our database after Oman→Chile. At the speed of light in fiber (~200,000 km/s), 399ms represents approximately
40,000km of fiber distance.
This is physically impossible for a direct Rembertów→Qatar route (~4,000km, theoretical ~20ms). The only explanations are:
1.
Severe routing overhead: The traffic is traversing multiple private networks with high processing delays
2.
Circuitous geographic routing: The packet travels far out of the way before reaching Qatar
3.
Rate limiting: Qatar's network deliberately throttles or deprioritizes ICMP traffic, adding artificial delay
4.
Network congestion: Sustained congestion on the Poland→Qatar link
Qatar's Internet Infrastructure
Qatar presents a unique case study in national internet architecture. The country's internet is dominated by two carriers:
Ooredoo Qatar (formerly Qtel) and
Vodafone Qatar. Both operate under regulatory oversight that includes traffic monitoring capabilities.
Qatar's main international submarine cable connections include:
-
FALCON: UAE → Kuwait → Qatar → Bahrain → Oman → Yemen → India
-
Gulf Bridge International (GBI): Qatar → Saudi Arabia → Egypt → Europe
-
SEAMEWE-5/6: via UAE connections
The routing from Poland to Qatar most likely uses the
GBI cable through Egypt, or enters the Gulf via UAE on FALCON — neither of which explains the 399ms gap without additional routing overhead.
Why ICMP Goes Dark
Qatar's network operators — like many in the Gulf region — configure their infrastructure to block ICMP Time Exceeded packets. This is the packet type that traceroute relies on to map each hop. When routers don't respond to these probes, they appear as timeouts (*) in the traceroute output.
The result: the packet actually reaches Qatar, as confirmed by the 409ms round-trip time. But the entire path between Poland and Doha is deliberately invisible.
Monitoring Status
-
Current RTT: 409ms |
Visible hops: 8 of 255
-
Path: Minsk → Warsaw (Exatel) → Rembertów →
(247 invisible hops) → Qatar
-
Key anomaly: 399ms jump in a single hop — the path after Poland is completely opaque
-
Likely route: Poland → Egypt (GBI cable) → UAE → Qatar (FALCON/GBI)