Satellite buyer's guide
Why this guide matters
Selecting the right satellite connectivity solution is a high-stakes decision, often representing the sole source of communication for remote or mobile operations. Unlike urban environments with multiple terrestrial options, remote mines, offshore platforms, and cargo vessels rely entirely on the chosen vendor. Choosing a laggard can result in technological lock-in to an orbit or frequency that cannot support modern requirements. This guide helps you navigate the complexities of the satellite market and make informed decisions to ensure reliable and cost-effective connectivity.
What to look for
When evaluating satellite connectivity solutions, consider factors beyond just bandwidth and price. Look for vendors offering multi-orbit capabilities, seamless SD-WAN integration, and robust security features. Assess their ability to provide committed information rates (CIR) rather than just "best effort" service. Also, examine their ground station infrastructure and redundancy measures to minimize single points of failure. Prioritize vendors with proven experience in your specific industry and a clear roadmap for future innovation.
Evaluation checklist
- Critical End-to-end latency verification
- Critical SOC 2 Type II compliance
- Important Multi-WAN failover support
- Important Dynamic bandwidth allocation
- Important Weather resilience documentation
- Nice-to-have Direct interconnects to cloud providers
- Nice-to-have "Pause" capability for seasonal sites
- Nice-to-have Integrated edge compute
Red flags to watch for
- "Best effort" only SLAs
- Lack of transparency in sub-processors
- Single point of failure (hardware/software)
- Evasive security posture
- Hidden "infrastructure fees"
- Lack of relevant industry case studies
From contract to go-live
Implementing a satellite network involves a journey of logistics and technical expertise. For a multi-site rollout, the timeline typically spans several months, requiring careful planning and coordination. From initial site surveys to antenna installation and network integration, each phase demands attention to detail to ensure a smooth and successful deployment. Overcoming challenges like regulatory approvals and power considerations is crucial for achieving optimal performance and reliability.
Implementation phases
Consultation & Assessment
2-4 WeeksVerification of coverage and identification of site-specific constraints
Planning & Logistics
4-8 WeeksProcurement of hardware and coordination of international shipping and customs clearance
Site Survey & Preparation
1-2 WeeksEnsuring clear "Line of Sight" and verifying that roof mounts can handle local wind loads
Deployment & Installation
1 Day per SiteProfessional mounting of the antenna, running of weather-sealed cabling, and indoor modem configuration
Validation & "Hypercare"
2-4 WeeksReal-world performance testing, integration with SD-WAN, and training for local staff
The true cost of ownership
The total cost of ownership (TCO) of a satellite link extends far beyond the monthly license fee. Procurement teams must build a budget that accounts for the silent costs that accumulate over a 3-year lifecycle. Overlooking these hidden costs can lead to budget overruns and dissatisfaction with the solution.
Compliance considerations for satellite
In health and financial sectors, the "data path" is critical. If your data is beamed from a mine in Africa to a satellite and then landed at a ground station in a non-compliant country, you may violate GDPR. Ensure your vendor can pin traffic to specific regions. Also, consider the impact of local LAN on overall performance. A 300 Mbps satellite link won't perform well if on-site Wi-Fi uses old 2.4 GHz routers with dead zones.
Your first 90 days
Success after implementing satellite connectivity means transitioning from just having a connection to realizing tangible business value. This involves validating the initial deployment, training the team, and continually optimizing the network for peak performance. By tracking key metrics and proactively addressing any challenges, your organization can maximize the return on investment and unlock the full potential of satellite connectivity.
Success milestones
- All sites have "Signal Lock"
- End-to-end VPN tunnels are stable
- Basic cloud applications load in < 3 seconds
- Latency jitter is < 15ms
- Zero dropped VoIP calls
- Local "on-site" managers have completed basic troubleshooting training
- First billing cycle analysis (Are we over our data caps?)
- Completion of the first "firmware update" cycle without downtime
- ROI validation
- Measurable reduction in "Travel and Expense" (T&E) costs as remote diagnostics replace site visits
Measuring success
Measuring the success of a satellite connectivity deployment requires tracking both operational and business metrics. By monitoring latency, downtime, and user satisfaction, organizations can identify areas for improvement and ensure that the solution is delivering the desired results. Balancing lagging indicators (past results) with leading indicators (predict future performance) provides a holistic view of network performance.