By Ricardo Dias, CEO, United Teleports
What’s at Stake:
- The March 9 missile strike on SES’s Ha’Ela teleport is the first deliberate targeting of a commercial satellite ground facility in a major conflict. Teleports are now strategic infrastructure, not just technical infrastructure.
- Single-site architectures are indefensible for mission-critical services. The industry needs geographic redundancy, automated traffic rerouting, and cross-operator mutual aid agreements.
- The $54 billion ground segment market has invested heavily in cyber resilience but barely addressed kinetic threats. That calculus must change.
The missile strike that damaged SES’s Ha’Ela teleport facility in central Israel on March 9 should serve as a wake-up call for the satellite communications industry. Teleports have long been viewed as reliable, almost invisible components of the global connectivity ecosystem. They quietly link satellites in orbit to terrestrial networks that power broadcasting, enterprise communications, government services, and internet access.
But the events in Israel highlight a difficult reality: teleports are not just technical infrastructure. They are strategic infrastructure.
In a world where communications networks underpin national security, media distribution, and economic activity, ground-based satellite facilities are increasingly visible, and potentially vulnerable, nodes in the global digital backbone.
For teleport operators, the implications are significant.
The Ground Segment Is the Exposed Flank
The satellite industry often focuses its resilience discussions on space: orbital congestion, satellite redundancy, and anti-satellite threats. Yet the ground segment has always been the most physically exposed part of the system.
Unlike satellites, teleports cannot maneuver. They are fixed installations, often with large antenna farms that are easily identifiable in satellite imagery or open-source mapping platforms. Their role as gateways for international communications makes them strategically important. SES alone operates 45 teleports worldwide serving its GEO and MEO constellations. Each one is a node that, if disrupted, ripples through the services it supports.
Whether the strike on the Ha’Ela facility was a deliberate targeting decision or collateral damage in a broader attack, the lesson is the same: teleports must now be considered potential targets in conflict environments.
That changes how the industry should think about resilience.
Single-Site Architectures Are No Longer Defensible
The first and most important takeaway is that single-site architectures are no longer sufficient for mission-critical services.
Many satellite services still rely on primary uplink locations with limited redundancy beyond backup power systems or spare equipment. Those measures protect against equipment failures or weather events. They are not enough if an entire facility becomes unavailable.
Teleport operators should be designing their networks around geographic redundancy. That means maintaining multiple teleport locations capable of handling traffic if another site goes offline. These facilities should not merely be passive backups. They should be integrated operational nodes capable of carrying full service loads when required.
Equally important is automation. Network orchestration systems should allow traffic to be rerouted rapidly between teleports without lengthy manual intervention. Virtualized gateway technologies and cloud-based network management platforms are making this increasingly feasible.
In essence, teleport networks must evolve toward the same resilience principles used by global internet backbones and hyperscale data center operators.
Diversify the Entire Signal Path
True resilience also requires diversity beyond the teleport itself.
Satellite operators and service providers should maintain access to multiple satellites and orbital resources, ensuring that services can be rerouted through alternative gateways if necessary.
Similarly, terrestrial connectivity into and out of teleport facilities must be diversified. Multiple fiber routes, independent carriers, and geographically diverse network interconnection points can prevent disruptions from cascading through the system.
A teleport that survives an incident but loses all fiber connectivity is effectively offline. Ground infrastructure resilience must extend across the entire network path.
Harden What You Can
While redundancy ensures service continuity, teleport operators should also evaluate physical infrastructure protection.
Historically, teleports have been designed primarily for RF performance, efficiency, and cost. The World Teleport Association’s security assessments have focused predominantly on cyber threats: IP-enabled systems, denial-of-service attacks, and signal interference. The Ha’Ela strike introduces a different category of risk that most facility planners have simply never had to think about.
Measures might include reinforced equipment buildings, protected or underground technical rooms, distributed antenna layouts, and enhanced monitoring and perimeter security systems. These steps do not eliminate risk, but they can reduce the likelihood that a single strike or localized incident will disable critical operations.
The Mutual Aid Model
Another important resilience strategy is interconnection between teleport operators.
Shared infrastructure agreements and partnerships allow traffic to be rerouted through partner facilities in other regions if necessary. In many cases, teleport operators already support each other during satellite relocations, maintenance windows, or temporary capacity demands.
Extending these cooperative models to emergency scenarios can significantly strengthen the resilience of the global satellite ecosystem. Connectivity is increasingly global in nature. Teleport networks should reflect that reality.
Not Every Teleport Is in a War Zone
That’s true. The Ha’Ela facility sits in an active conflict zone, and most of the world’s teleport sites will never face a precision missile. Full geographic redundancy is expensive, margins are thin, and maintaining a backup site for an event that may never happen is a hard sell to a board.
But the argument isn’t that every teleport needs a bunker. It’s that the industry’s resilience planning has assumed a threat model that the Ha’Ela strike just expanded. Even operators in stable regions should be asking whether their plans account for facility-level loss, from any cause, not just equipment failure or weather.
What Decision-Makers Should Do Now
The satellite industry prides itself on reliability. For decades, teleports have quietly operated with impressive uptime, supporting services that millions of people rely on every day.
But the Ha’Ela incident underscores that the risk landscape is changing. As satellite communications continue to play a central role in broadcasting, government communications, and broadband connectivity, ground infrastructure is becoming more visible in geopolitical and strategic contexts.
Teleport operators should be asking a specific question: if our primary facility became unavailable tomorrow morning, how long before services restore? Do we actually know the answer?
If services can automatically shift to another site with minimal disruption, the system is resilient. If the answer is “we’d figure it out,” the industry still has work to do.
Ricardo Dias is CEO and co-founder of United Teleports, a Miami-based teleport operator specializing in television content distribution and data services across the Americas.
