Insights
Where do cable network upgrades get stuck?
Our view of the industry comes from two decades of frontline engineering in carrier networks.
The "last meter" problem
Older buildings and existing homes often cannot take new cabling through walls; users resist disruptive installation, so FTTR rollouts stall and churn is high.
Mesh trades bandwidth for coverage
Wireless backhaul degrades at every hop; real throughput drops sharply in multi-room layouts, so gigabit service is hard to deliver.
General LLMs lack context and empathy
General models lack long-term memory and continuity for home scenarios, and cloud inference raises privacy concerns plus recurring cost.
Hardware alone has no service loop
A device shipped without ongoing service stops creating value at power-on; repeat purchase and value-added services do not materialise.
Our answer
Adapt standard technology to the existing medium, and move AI compute into the home — with no destructive installation and no cloud dependency.
Reuse existing wiring
IEEE 802.3 T1 adapted to 75Ω coax: whole-home gigabit in about 30 minutes, roaming handover < 30 ms.
Local inference
50 TOPS on-device compute, models resident locally with zero switching; data never leaves the home.
A service loop
A product + platform combination for operators and hotels that keeps creating value after delivery.
(Figures and wording on this page are subject to the latest version confirmed by both parties.)