Satellite & LEO Connectivity
Reliable connectivity is no longer optional for modern commercial operations. As organizations become more distributed and uptime expectations increase, satellite and low-earth-orbit (LEO) connectivity has emerged as a critical component of resilient network architecture.
Old Cove Integrators designs and deploys satellite and LEO connectivity solutions that provide redundancy, reach, and operational continuity—supporting organizations where terrestrial connectivity alone is insufficient or unacceptable as a single point of failure.
Connectivity designed for resilience, reach, and continuity
Satellite and LEO connectivity solutions are not replacements for traditional networks—they are strategic layers that strengthen overall infrastructure.
We design satellite connectivity to support:
- Network redundancy and failover
- Remote and hard-to-reach locations
- Temporary or rapidly deployed environments
- Executive and mission-critical uptime requirements
Our approach ensures satellite connectivity integrates cleanly with existing WAN, routing, and security frameworks.
Where satellite and LEO connectivity delivers value
Satellite connectivity plays a critical role in modern commercial infrastructure when traditional services fall short.
Common use cases include:
- Redundant connectivity for business-critical sites
- Remote offices and facilities without reliable terrestrial service
- Disaster recovery and continuity planning
- Construction, temporary, or mobile operations
- Executive and leadership connectivity requirements
We help organizations deploy satellite connectivity intentionally—without introducing unnecessary complexity.
Our approach to satellite and LEO network integration
Old Cove Integrators delivers satellite connectivity as part of a broader infrastructure strategy, not as a standalone service.
- Connectivity assessment and redundancy planning
- Integration with existing WAN and SD-WAN architectures
- Secure routing, failover, and traffic prioritization
- Coordination with on-site network infrastructure
- Performance validation and documentation
- Ongoing support through managed services
Satellite links are designed to activate seamlessly when needed—without disrupting operations.
LEO connectivity as part of modern infrastructure planning
Low-earth-orbit satellite networks represent a significant evolution in satellite communications, offering lower latency and higher performance compared to traditional geostationary systems.
We evaluate LEO connectivity options based on:
- Latency and performance requirements
- Geographic coverage and site conditions
- Integration with enterprise network architecture
- Long-term operational and support considerations
Our role is to help organizations understand where LEO connectivity fits—and where it does not.
Platform-agnostic by design
Satellite and LEO platforms are selected based on availability, performance, and operational goals—not vendor preference. Each deployment is evaluated independently to ensure suitability, longevity, and supportability.
We work with leading satellite and LEO providers where appropriate, integrating them into a cohesive, secure network architecture.
Part of a broader commercial network strategy
Satellite and LEO connectivity is most effective when designed as part of a complete infrastructure ecosystem.
This service is delivered through our Commercial Networks & Infrastructure practice, alongside enterprise Wi-Fi, WAN design, cybersecurity, and redundancy planning—ensuring connectivity supports the full operational lifecycle.
Satellite & LEO Connectivity FAQs
Low-Earth orbit satellite internet uses satellites positioned much closer to Earth than traditional satellite systems. This significantly reduces latency and improves performance, making LEO connectivity suitable for modern internet use, including video conferencing and cloud applications.
Starlink uses a constellation of low-Earth orbit satellites to deliver high-speed internet directly to a ground-based user terminal. The system dynamically connects to the best available satellite to maintain performance and reliability.
Amazon Kuiper (now Leo) is a next-generation low-Earth orbit satellite network designed to deliver high-speed, low-latency internet connectivity. It is intended to support residential, commercial, and enterprise connectivity use cases worldwide.
Traditional satellite internet relies on geostationary satellites with high latency. LEO satellite systems operate much closer to Earth, offering significantly lower latency, higher speeds, and a more responsive internet experience.
Satellite internet is not a direct replacement for fiber in all scenarios. Fiber remains the gold standard for bandwidth and consistency. However, LEO satellite connectivity is an excellent solution for remote locations, redundancy, failover, or areas where fiber is unavailable or unreliable.
Yes. Many residential and commercial clients deploy LEO satellite connectivity as a secondary or failover connection, providing resilience during fiber outages or service disruptions.
LEO satellite internet is ideal for:
– Remote or underserved locations
– Estates or properties without fiber access
– Mission-critical backup connectivity
– Temporary or mobile installations