As a comBOX partner, you can deliver enterprise-grade satellite connectivity using comBOX Virtual Leased Line by bonding multiple satellite links and hybrid paths. By aggregating LEO, GEO, and terrestrial connections, your customers achieve reliable, high-performance WAN access even in the most isolated locations on the planet.
Deliver comBOX under your brand with reseller pricing, enablement materials, and a plug-and-play onboarding path.
Global WAN coverage for remote, offshore, desert, maritime, and disaster recovery sites
Carrier-independent satellite connectivity using Starlink, VSAT, or mixed satellite providers
Stable performance over high-latency links with packet-level distribution and acceleration
Enhanced reliability by bonding multiple satellite terminals and hybrid paths
Static public IPv4 addressing for remote and mobile satellite sites
Real-time network compression to reduce satellite data consumption and OPEX
End-to-end bi-directional QoS ensuring critical traffic priority per packet
99.95% SLA comparable to terrestrial leased-line services
Satellite link bonding transforms satellite Internet from best-effort access into a
professional WAN service, enabling cloud access, VPNs, VoIP, and real-time applications in locations where no fixed infrastructure exists.
| Feature / Outcome | comBOX Virtual Leased Line | Typical Satellite or SD-WAN |
|---|---|---|
| Link aggregation | ✅ Aggregates bandwidth from multiple satellite links and hybrid WANs simultaneously | ❌ Uses a single satellite link per flow, no true bonding |
| Performance on high-latency / unstable links | ✅ Maintains performance through per-packet distribution, TCP acceleration, and FEC | ⚠️ Performance degrades under latency, packet loss, and jitter |
| Latency optimization | ✅ Optimized routing via private backbone with satellite-aware acceleration | ⚠️ Public Internet routing only, no latency mitigation |
| Failover | ✅ Seamless failover with no session drops for VPNs, VoIP, and apps | ❌ Session interruption during satellite failover events |
| Symmetrical speed | ✅ Achievable through uplink bonding across multiple satellite terminals | ⚠️ Uplink constrained by single satellite path |
| Data-capped links (Starlink / VSAT) | ✅ Selective bonding only for business-critical traffic | ❌ Limited control over data consumption |
| SLA | ✅ 99.95% SLA comparable to leased-line services | ⚠️ Best-effort availability based on satellite ISP |
| Infrastructure needed | Fully managed service, partner resells | Often requires customer or partner-managed SD-WAN infrastructure |
| Use case focus | Remote, offshore, maritime, energy, disaster recovery, mission-critical | Backup connectivity or best-effort remote access |
An international energy operator required reliable WAN connectivity for exploration and production sites located far beyond the reach of fiber or cellular infrastructure. All connectivity depended on satellite access, with strict requirements for uptime, security, and application performance.
Using comBOX Satellite Link Bonding, each site now operates a bonded WAN delivering consistent throughput and uninterrupted access to corporate systems and cloud platforms.
The organization achieved a globally scalable, carrier-agnostic satellite WAN with enterprise-grade reliability, enabling secure, high-speed communication across all remote sites without dependence on local infrastructure.
Deliver carrier-independent, high-performance connectivity anywhere on Earth with comBOX.
Get onboard to learn more about satellite bonding deployments for distributed and mission-critical networks.
