Core Entity Brief
| Entity | Ooredoo Qatar |
|---|---|
| Public role | Ooredoo Qatar is a single point of dependency for almost three million customers and numerous enterprises. Its control over last-mile networks, data centers, AI cloud, and the Doha IX exchange means that any operational failure, regulatory change, or misconfiguration can cascade across Qatar's digital economy. Monitoring the company's registry records, IX participation, and regulatory posture provides early warning of shifts in national internet resilience. |
| Region | Qatar |
| Category | Digital infrastructure institution |
| Primary domain | Infrastructure |
| Signal focus | Institution Type |
| Time horizon | Quarter (30-120d) |
| Impact | Medium |
| Confidence | 0.95 |
| Evidence coverage | 12 public source references |
| Related coverage | 1 linked article |
| Website | Public evidence pending |
| Last update | Jun 02, 2026 |
Ooredoo Qatar is Qatar’s leading telecommunications and digital infrastructure operator, with material control over mobile, fibre, enterprise connectivity, data-centre, cloud and interconnection surfaces.
What It Does
- Consumer connectivity subscriptions: Residential and mobile users pay for connectivity, SIM, broadband, fibre, voice, device, account, entertainment and app-linked services. Ooredoo’s public pages describe the company as serving consumers, residences, businesses and organisations through its Supernet, mobile and fibre surface.
- Enterprise and wholesale connectivity: Businesses, public institutions and other operators depend on Ooredoo for business broadband, IP VPN, Global Ethernet, business fibre, IoT, private 5G, unified communications, wholesale interconnection and infrastructure access products.
- Data centre and managed ICT services: Ooredoo sells hosting, co-location, cloud, managed storage, backup, disaster recovery, network connectivity and security services through Qatar Data Centre offerings. Public materials state that five facilities cover about 60,000 square feet.
- Interconnection and cloud access services: Doha IX and related services such as IP Transit, Multi-Cloud Connect, Hosting, Co-location, Business Internet, Precision Timing and International Connectivity place Ooredoo in the paid interconnection and enterprise-networking layer.
- Local compute and AI cloud: Ooredoo’s July 2025 announcement describes sovereign AI cloud services hosted in local data centres using NVIDIA Hopper GPUs, positioning compute as an extension of its connectivity and data-centre business.
Operating Snapshot
- Qatar operating scale: Ooredoo’s 2025 annual report lists Qatar with 2.979 million customers, QR 7.239 billion revenue, QR 3.755 billion EBITDA, a 52 percent EBITDA margin and 1,047 employees for 2025; Qatar contributed 29 percent of group revenue and 36 percent of group EBITDA.
- Domestic telecom role: Ooredoo Qatar says it serves consumers, businesses, residences and organisations, and describes its Supernet as covering 4G+, home entertainment, fibre and everyday voice services.
- Regulated service provider: The company’s regulatory page says Ooredoo provides public telecommunications services governed by fixed and mobile licenses under Qatar’s Telecommunications Law and applicable regulatory framework.
- Data-centre platform: Ooredoo’s public data-centre page says its five Qatar Data Centre facilities cover about 60,000 square feet and provide hosting, co-location, managed storage, cloud, backup, disaster recovery, network connectivity and security services.
- Interconnection expansion: Ooredoo launched Doha IX with DE-CIX in September 2025 and connected it to DE-CIX Marseille in April 2026, adding a regional interconnection route to Marseille and remotely to Frankfurt-connected networks.
- Routing and registry context: PeeringDB links AS211942 to Doha IX Route Servers under Ooredoo Qatar, while RIPE-derived sources show Ooredoo Q.S.C. and abuse-c OQAA1-RIPE in the related registry context.
Control Surface
- Licensed access network and spectrum: Ooredoo’s fixed and mobile public telecommunications services are licensed under Qatar’s telecommunications framework, and CRA decisions can alter spectrum use, service obligations and customer-facing performance requirements.
- Fixed, mobile and enterprise network access: Ooredoo’s consumer and business access networks, including mobile, fibre, broadband, IP VPN and Ethernet services, give it direct control over last-mile and enterprise connectivity for a large Qatar customer base.
- Data-centre and compute footprint: Ooredoo’s Qatar Data Centre and sovereign cloud offerings concentrate hosting, cloud, managed security, backup and disaster-recovery dependencies for enterprises and public-sector customers that need local infrastructure.
- Internet exchange and route-server fabric: Doha IX gives Ooredoo and DE-CIX an interconnection surface where ISPs, clouds, CDNs, hyperscalers and enterprises exchange traffic, reducing latency and changing regional traffic paths.
- Registry and abuse-response records: RIPE-derived records tie Ooredoo Q.S.C. to ORG-QT1-RIPE, AS211942 and abuse-c OQAA1-RIPE. These registry objects support incident routing and accountability.
Watchpoints
- Object boundary: The supplied title is a role-contact label with a misspelling, not an institution. Public copy should profile Ooredoo Qatar and keep OQAA1-RIPE, AS211942 and RDAP rows as supporting evidence.
- Registry and route-server drift: Changes to AS211942, PeeringDB entries, route-server visibility, RIR records or abuse-contact handles would change the routing-context assessment without necessarily changing the company identity.
- Regulatory exposure: CRA licensing, spectrum and tariff decisions can reshape Ooredoo’s obligations, access terms and customer-facing network performance.
- IX maturity and dependency: Doha IX’s value depends on connected networks, cloud reach, resilience, route-server governance and whether partners keep traffic local or remote through DE-CIX ecosystems.
- Critical digital infrastructure concentration: Ooredoo’s local data-centre, AI cloud and sovereign compute services increase relevance for data-residency and critical-infrastructure analysis; public sources do not disclose all tenant, workload or contract dependencies.