Zero-password cryptographic security and predictive prefetch speed — licensed to the router makers, running on the routers you already own.
Shared Wi-Fi passwords are the weak link. Edge Wi-Fi replaces them with per-device cryptographic tokens — owner approval, decay and revoke — and pairs that with predictive caching so the content you want is already there when you ask.
Per-device cryptographic tokens instead of a shared password. No password to guess, share, or steal.
Predictive caching prefetches what you are about to need, so pages and streams start instantly.
Licensed to router makers. Founder routers are demo and proof units, not a hardware product line.
Replace pre-shared keys with Soulbound Tokens on a tamper-evident local ledger. Every device gets its own cryptographic identity — nothing to brute-force, nothing to share, nothing to leak. The owner approves each device from a simple dashboard. Tokens decay on timer or disconnect — automatic. Revocation is instant and permanent. It runs on a standard router, no cloud required.
No shared password means there is nothing to guess, nothing to share, and nothing to leak. A device's token belongs to that device alone — it can't be used anywhere else.
New devices see a "please hold" page. You get a push notification, tap approve, and the device gets its own token. When someone leaves, revocation is instant and permanent.
Tokens decay on timer or disconnect — automatic. A token that isn't used doesn't linger. The ledger is local and tamper-evident: what happened is recorded, and it can't be rewritten.
A 4KB learned model watches traffic patterns and prefetches what you'll need before you request it. DNS pre-resolved. Content pre-staged. Latency cut at the edge. It predicts traffic before it arrives — and abstains when uncertain, so there's no wasted bandwidth. Precision over guesswork.
A 4KB model — no FPU needed. It runs on the router you already own, not on a server somewhere.
Joint test passed: 772 of 803 prefetch calls landed. Inference at 52 microseconds — headroom on target hardware.
When the model isn't sure, it holds back. No speculative fetching, no wasted bandwidth — precision over guesswork.
Enterprise and gaming profiles are built in — DNS pre-resolve without speculative content fetching for compliance-safe deployments, and aggressive prefetching for gaming, where packets are staged before you click.
Applications need smart local nodes — somewhere for agents to run, on the user's own hardware, not in a cloud. Our router work is the test case: predictive state routing running on low-power consumer edge hardware — no cloud required. The same primitives — hash-addressed storage, tiny learned agents, energy-proportional compute — scale up to the longer road. Start with the router. Prove the architecture. Scale to the data center.
We're a licensing business. Edge Wi-Fi is licensed to the router makers — the system runs on the routers people already own. The founder router is a demo and proof unit: bought, flashed, verified, and shipped one at a time as each founder funds one — not a hardware product line. Local ISPs first, then wider licensing once Wi-Fi is proven.
Local networks first, then kernel-level 5G optimization once Wi-Fi is proven, then Green AI as the funded future phase.