Uplink Anywhere.
No Coverage Required.
TunnelWeave AI bonds multiple unstable links (SIM, Wi-Fi, and Satellite) into a stable, secure burst-pipe. Send 4K imagery in seconds from the most remote research sites using only the devices in your pocket.
Zero-Coverage Throughput
Aggregate unstable 5G, intermittent SAT, and local mesh into a single, high-burst data tunnel.
Aggregated Uplink
TunnelWeave Bonded vs Standard Single Carrier (Mbps)
Interface Utilization
Active Weave-Links per Provider
Extreme Engineering
Where Traditional Comms Fail.
Engineered for the 1% of scenarios that matter most.
Optimized Burst Transmission
Engineered for high-speed file transfer in low-coverage windows. Send 50MB+ in under a second on aggregated edge links.
Multi-SAT Bonding
Don't rely on a single clear sky. Bond weak satellite links with cellular to maintain a rock-solid data pipe in deep field sites.
Zero-Footprint Self-Hosting
Run your receiver on a secure, air-gapped server at your home base. No third-party relays, no cloud vulnerabilities.
Pocket-Scale Deployment
The entire bonding stack runs on your existing phone and a battery-powered micro-router. Leave the heavy gear behind.
Adaptive Data Shredding
Data is fragmented across interfaces. Even if one link is intercepted, the information remains an encrypted enigma.
Research-Grade Stability
Used by remote observatories to sync telemetry data through extreme weather and signal-starved environments.
Stability in
Unstable Places.
Standard bonding tech is built for stadiums. TunnelWeave is built for the wilderness. By prioritizing secure burst transmission, we enable photographers to ship RAW files in <1s and researchers to sync mission data where cell towers don't reach.
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Universal Mesh Bonding
Merge local Bluetooth/WiFi mesh with remote SAT and weak LTE signals.
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Pocket Form Factor
Software logic optimized for mobile chipsets—no external cooling or power needed.
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Predictive Link Weaving
AI calculates link 'exhaustion' to shift bits before a provider signal drops.
Consult the Field Architect
Discuss remote site deployment, burst-mode protocols, and extreme environment scaling.