VETTORE // CRYPTOGRAPHIC TRANSPORT
CINETICA / DETERMINISTIC
BARE-METAL / 20HZ
Bare-Metal Security on Bare-Metal Silicon.
Security belongs on the silicon, not bolted on as an afterthought. Vettore embeds its cryptographic transport layer directly into ArduPilot’s native C++ codebase, running deterministically on the STM32 flight controller.
LIVE LINK / 20HZ
PACKET LOSS
0.00%
RATCHET STATE
HEALED
01 / THE MOAT
The protocol is the security boundary.
By decoupling the cryptographic barrier from the physical radio, Vettore turns commercial RF hardware into zero-trust tactical datalinks.
Ephemeral cryptographic ratchet
An embedded Double Ratchet adaptation continuously derives keys using X25519 Diffie-Hellman exchanges and BLAKE2b hash chains over active 20Hz MAVLink telemetry.
Post-compromise resilience
Every payload frame operates under forward secrecy. Captured wreckage or an extracted session key cannot unlock prior telemetry, and future communications self-heal.
Determinism under load
Optimized Monocypher primitives execute within microsecond cycles while preserving flight-critical PID loops, sensor fusion, and navigation processing.
02 / TECHNICAL ARCHITECTURE
Security belongs on the silicon.
The physical radio is replaceable. The cryptographic barrier is not.
VETTORE / NATIVE
Zero-trust transport
Bare-metal serial integration places the security boundary inside the flight controller instead of inside a proprietary accessory.
LEGACY / BOLTED-ON
Commodity RF hardware
Commercial radios become tactical datalinks when every frame is authenticated, ratcheted, and treated as untrusted in transit.
A / 01
Ephemeral ratchet
Dynamic X25519 exchanges and BLAKE2b chains continuously refresh the keys protecting active telemetry.
A / 02
Forward secrecy
A compromised session does not expose prior frames or permanently poison the next one.
A / 03
Microsecond primitives
Monocypher stays out of the way of flight-critical PID timing, sensor fusion, and navigation.
ARM64 / LINUX
A / 04
Compute proxy
A high-efficiency Pi 5 ground proxy and airborne payload brain extend the secure transport layer through aerospace-grade Tefzel CAN-bus harnesses.
03 / THE CINETICA AIRFRAMES
Two missions. One hardened core.
Commercial velocity and military endurance share the same zero-trust transport layer.
CINETICA / COMMERCIAL
Commercial validation variant
A rapid-iteration, twin-boom pusher VTOL utilized for relentless software stress-testing and aerodynamic validation.
CINETICA / MILITARY
NDAA-compliant military variant
A fully ally-sourced, composite VTOL built for the DoD procurement gauntlet, featuring proprietary American-made molds and in-house carbon fiber layup.
04 / ABOUT THE EXECUTION
Proof lives in the loop.
The Vettore stack is engineered at the boundary between protocol determinism and flight hardware. No theater—just repeatable behavior under load.
REQUEST ACCESS / BRIEFING
Architecture packages, airframe specifications, and secure transport review available on request.