Oman bets on laser ground stations, Iraq reopens satellite teleport

Omani space communications company Durri Space has signed a contract with French ground-systems specialist Cailabs to deploy three optical ground stations across Oman, targeted for operation by 2028. Days later, Iraq opened its first satellite teleport ground station since 2003, a facility run entirely by Ministry of Communications staff to route and store government data inside the country.

The two announcements, made within the same week, extend a broader Middle Eastern push to build domestic space ecosystems rather than rent downlink capacity from foreign operators. In Oman, the stakes are commercial. In Iraq, they are as much about sovereignty and security as bandwidth.

What will Oman's optical network do?

Durri Space, part of the Enjaaz Group, will own the three-station network outright, with Cailabs supplying the optical ground station technology. Cailabs positions itself as a company that builds ground systems making laser communications deployable, and its TILBA-OGS L10 terminal has already been deployed internationally to establish bidirectional space-to-ground optical links.

The stations will be built on a common technical platform and spread across the country as a distributed optical network. According to Cailabs, the TILBA-OGS L10 combines proprietary atmospheric turbulence mitigation with automated operation, and supports high-capacity communications with low-Earth-orbit satellites. Interoperability follows widely adopted Consultative Committee for Space Data Systems (CCSDS) standards and US Space Development Agency specifications, which matters for operators who want their optical terminals to talk to ground infrastructure without bespoke integration work.

The commercial logic rests on demand. Satellite operators flying optical inter-satellite and downlink payloads increasingly need ground terminals in favourable locations, and Oman's geography gives it a claim on that traffic. Durri Space and Cailabs say the network will serve Oman's national space ambitions while opening the infrastructure to international satellite operators with growing data downlink requirements. The companies frame the project as a significant step toward a long-term optical communications capability in the Sultanate, a characterisation that reflects ambition as much as contracted revenue; no operator customers or capacity figures were disclosed at signing.

Beyond the hardware, the partners intend to develop Omani talent and local expertise in optical communications, aiming to give the country the infrastructure to receive high-capacity satellite data and strengthen its position in an emerging optical communications ecosystem.

What does Iraq's new teleport change?

Iraq's ground station answers a different problem. The national facility is designed to provide secure communications for government agencies, aviation services and remote areas, and to keep more data routed and stored inside the country instead of passing through infrastructure abroad.

The station is the first satellite teleport established in Iraq since 2003. Ministry of Communications personnel operate it entirely, and it will carry a mix of civilian and security traffic, including:

• satellite internet;
• television broadcasting;
• communications for security and military agencies;
• air-navigation services;
• VSAT-based connectivity for provinces and remote areas where terrestrial infrastructure is limited.

The teleport is also integrated with the ministry's fibre optic network, allowing satellite and terrestrial communications to run as one system. According to Kurdistan24, primary and backup fibre routes have been established, so traffic can shift to an alternative path if the main route is interrupted — a meaningful detail in a country where physical infrastructure disruption is not hypothetical.

Why the ground segment is suddenly the story

Both projects sit at the unglamorous end of the satellite value chain, yet the ground segment increasingly decides who captures value from orbit. Optical downlink promises far higher capacity than radio-frequency links, but only where turbulence-tolerant ground stations exist in useful places. Iraq's teleport, meanwhile, treats in-country data handling as a national capability rather than a procurement detail.

For Oman, the measure of success will be whether international operators commit to the network as 2028 approaches; for Iraq, whether a single government-run teleport can scale from government traffic to broader national connectivity. Both timelines are now running.