We developed HADRON — a new signal processing method that lifts weak signals out of noise. Validated on real hardware across GPS, radar, wireless communications, and network security. Patent pending.
About JAWD
JAWD AS is a Norwegian deep technology company based in Bergen. We have developed HADRON — a proprietary signal processing method that works directly on raw sensor data, before conventional processing takes place.
HADRON gives existing systems cleaner, stronger input — and they perform measurably better because of it. No modifications to existing infrastructure required. Deterministic. No training data. Patent pending.
Technology Overview
Live Measurement
This is a recording of a live over-the-air measurement on the ADALM PlutoPlus software-defined radio at 915 MHz. Nothing is simulated. Nothing is adjusted after the fact. Every number was measured live, over the air.
Same power · Same bandwidth · Same antenna · Only the receiver processing differs
Verified Performance
Key results from real hardware deployments and validated datasets.
Technology
Our technology enhances raw sensor data before the existing receiver processes it. The result: the existing system receives a cleaner, stronger input — and performs measurably better. No modifications needed. Measured, validated, and repeatable.
Demonstrated across GPS, radar, wireless communications, underwater acoustics, and network security. Same technology platform, adapted per domain.
Real hardware results. Measured and repeatable across multiple independent datasets and platforms.
Can be implemented as a software upgrade for digital systems or as a compact hardware module. No changes to existing infrastructure required.
Applications
Because our processing operates at the fundamental signal level, it applies wherever signals propagate through noisy or challenging environments. We are actively developing solutions for the following areas.
Maintains correct position under spoofing attacks. 19/19 scenarios passed on standard test suites (TexBat + TUNI). Single antenna, low-cost hardware.
HADRON Defend: over 1 billion packets evaluated. 99.98% attack detection with near-zero false positives. 4.5 days continuous operation.
32 encrypted users on one frequency. AES-256 + code hopping. 274,200 bits BER=0 over the air.
+11 dB average contrast improvement. No regressions observed across ~20,000 real radar frames. 77 GHz automotive.
6.1× target-to-background contrast improvement on 1,345 military vehicle images (AFRL SAMPLE dataset). Targets emerge clearly from speckle. Single-pass, sub-millisecond.
2-8 dB SNR improvement on Watermark V1 benchmark (FFI Norway). 5 real ocean channels.
Spotlight
GPS spoofing is a growing threat to vehicles, drones, and critical infrastructure. HADRON maintains correct position even when the receiver is under active spoofing attack — using deterministic signal processing.
Contact
We welcome enquiries from potential technology partners, investors, and organisations interested in evaluating our technology for their domain.
jawdas@jawdas.com