OneWeb vs Starlink: What C-Suite Buyers Should Really Compare
Both OneWeb and Starlink deliver LEO connectivity, but they are built and operated differently. This guide frames the decision for executives: what to measure, how to compare, and where each option fits — with LCS integrating, deploying and supporting whichever you choose.
Executive Summary
LEO services compress latency and extend reach. The biggest differences for enterprise buyers are assurance (e.g., CIR and SLAs), network integration (static IPs, private routing, SD-WAN/MPLS interconnects), operations (support model, MTTR, monitoring), and lifecycle (install, spares, global field service). Price per Mbps matters, but total risk and productivity impact matter more.
What C-Suite Buyers Should Really Compare
- Assured performance: availability SLAs, Committed Information Rate (CIR) vs best-effort tiers, congestion handling.
- Enterprise networking: static public IPs, routing policies, private paths (IPsec/GRE), cloud/DC on-ramps, SD-WAN support.
- Security & compliance: traffic separation, logging/telemetry, change control, data residency considerations.
- Coverage fit: your geographies (including high latitudes, oceans, and mobility corridors).
- Terminals & install: form factor, power, mounting, certification for land/maritime/vehicular, sparing.
- Operations: NOC model, monitoring APIs, escalation/MTTR, RMA logistics, field services.
- Commercials: contract term, caps/fair use, upgrade/downgrade flexibility, multi-site pooling, TCO.
OneWeb vs Starlink
Quick Comparison
| Dimension | OneWeb LEO | Starlink LEO |
|---|---|---|
| Performance Assurance | CIR options and enterprise SLAs available on many plans. | Primarily best-effort tiers; priority options exist but are not CIR. |
| Static IP & Routing | Static IP and private routing options for WAN/DC/cloud integration. | Static/public IP availability varies by plan and region. |
| Private Interconnect | Enterprise-grade integration paths for MPLS/SD-WAN and cloud. | Third-party SD-WAN overlays possible; native private interconnect varies. |
| Latency | Sub-100 ms typical. | Sub-100 ms typical. |
| Coverage | Designed for global service including high latitudes. | Extensive footprint; availability varies by country/plan. |
| Mobility & Maritime | Carrier-approved terminals for land, mobility and maritime. | Maritime/aviation solutions available; plan types and hardware differ. |
| Terminals | Flat-panel ESAs (e.g., Intellian/Kymeta) with enterprise certifications. | Starlink proprietary terminals; business and mobility variants. |
| Ops & Support | Traditional carrier model with enterprise support constructs. | Self-serve first; enterprise support options vary by plan. |
| Commercial Flex | Contracted services; poolable CIR and multi-site designs are common. | Monthly plans common; usage allowances and prioritisation tiers apply. |
Notes: features and availability vary by country, plan and hardware. LCS validates each site profile during design.
Integration Patterns LCS Delivers
- Primary LEO, GEO failover: LEO as the workhorse, GEO/4G as business-continuity paths.
- Diverse dual-LEO: OneWeb + Starlink for carrier diversity, policy-based path selection via SD-WAN.
- Private routed LEO: Static IPs with IPsec/GRE to your DC or cloud; per-app segmentation and QoS.
- Maritime & mobility: Stabilised or ESA terminals with fleetwide policy control and remote telemetry.
Risk, Security & Compliance
- Traffic separation: carve out guest/OT/IT lanes; enforce QoS for voice/collaboration/SCADA.
- Identity & access: role-based change control, MFA to management planes, audit trails.
- Monitoring: SNMP/API telemetry into your SIEM/NMS; site-level health and SLA reports.
- Spares & MTTR: RMA stock strategy and certified field engineers to hit SLA targets.
TCO: Look Beyond Price per Mbps
Compare total delivered productivity and risk, not only tariff rates:
- Assurance cost: CIR vs best-effort outcomes during busy hours.
- Downtime cost: MTTR, spares logistics, install geography.
- People cost: remote hands, change windows, monitoring integration.
- Contract cost: term flexibility, data allowances, upgrade/downgrade steps.
Buyer Checklist
- Target latency, throughput and CIR per site/application?
- Need static IPs and private routes to WAN/DC/cloud?
- Which geographies (incl. polar/ocean) and mobility profiles?
- Required SLAs, MTTR, and change control model?
- Preferred terminal form factors and power/space constraints?
- How will we monitor, log and secure the service?
- Commercial: term, pooling, allowances, growth steps, exit path.
FAQ
Which is faster?
Both are LEO and can feel “fibre-like”. The meaningful difference is assurance during peak periods and the ability to reserve bandwidth (CIR) when needed.
Can we keep traffic off the public internet?
Yes. LCS designs private, encrypted routes (IPsec/GRE) with static IPs and policy segmentation to your WAN, DC or cloud.
Can we deploy both for resilience?
Yes. Many enterprises run dual-LEO with SD-WAN for diversity, plus GEO/LTE as tertiary paths.
What about maritime or remote industrial sites?
We supply and support carrier-approved ESA and stabilised maritime terminals, with spares and global field service.
Next steps: Request a quote, or talk to LCS about a design workshop and pilot.