Article 01 · 5 min
Assume the computer is compromised
The desktop holds no keys; the phone signs; only a signature crosses back.
Articles
How AirNox works: the series
Twelve short reads, three to five minutes each.
The whole series
Article 02 · 5 min
Mass Adoption Security: the signer is a phone you already own
The signer is a phone you already own: no supply chain, no customer list, nothing to buy.
Article 03 · 4 min
Three ways across the gap: QR codes, Bluetooth LE and NFC
QR codes, Bluetooth LE and NFC, chosen by situation.
Article 04 · 4 min
Invisible on the air: a signer nobody can scan for
Nothing on the air unless the app is in front; a nameless, rotating identity only your desktop can compute.
Article 05 · 4 min
The transport is never trusted
Pair once, then an end-to-end encrypted, mutually authenticated session over any carrier.
Article 06 · 5 min
What the phone shows you: transaction analysis on the signer
Decoded from the bytes; look-alikes and risky parameters become findings you must acknowledge.
Article 07 · 4 min
The phone keeps its own record
A durable, encrypted journal written before every signature, never leaving the phone.
Article 08 · 4 min
The vault on your desktop: Argon2id and a profile that resists guessing
Memory-hard Argon2id calibrated to your machine, growing delays, auto-lock, locked memory.
Article 09 · 4 min
dApps without a browser wallet
An extension with no keys; permissions per origin and per chain on the desktop.
Article 10 · 4 min
An MCP server with rules: AI agents under limits
AI agents under a default-deny policy with fiat limits and an audit log.
Article 11 · 5 min
One protected wallet for all of it
Networks, wallets, swaps, bridges, orders, your own nodes, on-chain prices.
Article 12 · 3 min
Small and native: C++, no JavaScript runtime, from a workstation to a Raspberry Pi
C++ and Qt, no JavaScript runtime, no telemetry; Windows, Linux, macOS, Raspberry Pi.
Join the waitlist
Leave your email and we will send release news. Nothing else.