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Internet outage in Eswatini on 29 September 2026: MTN Eswatini, Eswatini Post and Telecommunications
The major outage in Eswatini affected MTN Eswatini: signal down 100%, serves 44.4% of the country's users; Eswatini Post and Telecommunications: signal down 100%, serves 10.6% of the country's users. Together they serve about 55% of the country's users (APNIC estimate). Across the country, 69% of address blocks stopped answering our checks.
| When (UTC) | Duration | Severity | Address blocks silent |
|---|---|---|---|
| 29 Sep 2026 10:50-12:30 UTC | 100 min | Major outage | 69% |
How it looked
The country two hours before, at the deepest point of the drop and two hours after. Area colour = how far its signal was below its own normal.
▶ Replay it on the live map: before, during, after
Data: IODA (Georgia Tech); analysis: GeoCables.
Country signal around the event
Each point: share of the country's networks that answered a probe within 10 minutes. Data: IODA (Georgia Tech). Event selection, exact timing and provider breakdown: GeoCables. Red band: the event.
Providers during the event
| Provider | Share of users | Signal drop | |
|---|---|---|---|
| MTN Eswatini AS327765 | 44.4% | 100% | Affected |
| Eswatini Mobile AS328169 | 34.8% | - | No data |
| Eswatini Post and Telecommunications AS19711 | 10.6% | 100% | Affected |
| Jenny Internet AS327750 | 4.6% | - | Global network |
| Starlink AS14593 | 4.5% | - | Global network |
Share of users: APNIC estimate, scaled so that the providers of the country add up to 100%. Drop: how many of the network's address blocks stopped answering our checks. Mobile networks keep many people behind few addresses, so the country-wide share of silent addresses is not the share of people offline. Global networks (Starlink and the like) are measured worldwide by the source, not in this country.
How we know this
Both series come from IODA (Georgia Tech): BGP route visibility and active probing of networks inside the country. GeoCables does the rest: a drop of 20% or more below the usual level of the last 24 hours is a disruption, 50% or more an outage; the exact start and end are taken from the full-resolution series (10-minute steps), not from the moment our detector recorded the event. Provider figures are hourly samples from the same source; a provider counts as affected at a drop of 30% or more. Our own probes on land are a separate layer and are shown here only when they saw the event. If the providers that dropped serve under a quarter of the country's users and the largest provider worked as usual, we call it an outage in part of the networks rather than a major outage.
Confidence: High: the drop is visible in both signals (probing and routes).
Data: Country series for this page (JSON) · Permanent link to this event: geocables.com/outages/sz/2026-09-29 · Page generated 17.10.2026 13:07 UTC