Bonding routers merge a few SIMs. ARC Edge builds a bonded internet connection from every path you have — multiple carriers, satellite, Wi-Fi-as-WAN, wired — steering traffic per second so live sessions ride through carrier failures, not around them.
Single-carrier failover has a built-in flaw: it only acts after the loss is felt. The primary link degrades, sessions stall, the router notices, the backup spins up — and the live shot, the VoIP call, the command feed have already dropped. Carrier networks congest exactly when everyone needs them, and a second SIM on the same logic just fails over a moment later. The fix isn't a better backup. It's refusing to have a primary at all.
ARC Edge doesn't hold links in reserve. Multiple carriers, satellite, Wi-Fi-as-WAN, and wired uplink all carry traffic simultaneously, and per-second path steering moves each flow to the links serving it best — so a carrier failure is a routing event, not an outage.
5+ paths — multiple cellular carriers, satellite, Wi-Fi-as-WAN, wired uplink — bonded into one connection with no single point of failure. Not primary-and-backup: every link is live and carrying.
Bandwidth adds up. Risk doesn't.
Application-aware steering measures every path continuously and converges around a degraded link in under 50 milliseconds — before the application, or the audience, feels it.
Failover reacts to loss. Steering moves before it.
99.97% session uptime: VoIP calls, live video, and data sessions persist across carrier failures because no session ever depends on one carrier to begin with.
The stream stays up. Nobody asks which network it's on.
Cellular bonding combines multiple cellular connections — typically SIMs from different carriers — into one bonded internet connection with more bandwidth and more resilience than any single carrier can offer. ARC Edge goes further: it bonds multiple carriers plus satellite, Wi-Fi-as-WAN, and wired uplink into one connection with no single point of failure.
Failover keeps one link active and switches to a backup after the primary fails — the loss is felt first, and live sessions usually drop. Bonding uses all paths at once: every link carries traffic simultaneously, and when one degrades, flows converge onto the remaining paths in under 50 milliseconds. Sessions ride through the failure instead of restarting after it.
Cellular from multiple carriers, satellite, Wi-Fi-as-WAN, and wired uplink — 5+ paths aggregated into one connection. ARC Edge is transport-agnostic: any mix of available links becomes one resilient pipe, steered per second by what each application needs.
Yes. ARC Edge bonds the carriers and data plans you already have — no proprietary SIMs, no single-carrier lock-in. Adding a path is additive: each new SIM, satellite terminal, or circuit simply joins the same bonded connection.
Tell us what you're running today — carriers, satellite, wired — and what can't afford to drop. We'll show you what a true bonded connection looks like on your traffic, including a live demo.
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Orb exists to accelerate human flourishing in peacetime, re-establish
critical infrastructure and protect the most vulnerable in times of crisis.
