JAWD
Bergen, Norway

Making every signal stronger

We developed HADRON — a universal signal processing technology that dramatically improves signal quality across GPS, 5G, WiFi, radar, and medical imaging. One technology. Every signal domain.

Signal processing from first principles

2016
Established
30+ dB
Signal improvement
7+
Application domains
IP
International protection

JAWD is a Norwegian deep technology company headquartered in Bergen. We have developed HADRON — a signal processing technology that makes signals stronger and clearer, universally, across any frequency and any domain.

HADRON sits between the antenna and the receiver. It enhances signal quality before existing systems process the data. The result: existing hardware performs measurably better, without any modification. Measured improvements of 10 to over 30 decibels, validated across multiple domains.

The approach is fundamentally new. Not incremental tuning, not bigger antennas, not more power. A single technology that improves every signal it processes. Protected by international patent filings.

How HADRON works

Real hardware. Real signal. Real results.

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.

2.3×
More data through the
same channel
7 dB
Signal margin where
standard has none
17,679 kbps
HADRON throughput vs
7,836 kbps standard

Same power · Same bandwidth · Same antenna · Only the receiver processing differs

A new layer in the signal chain

Our technology adds one new stage between the antenna and the receiver. It separates genuine signal from noise in real time and strengthens what matters. The existing system then receives a cleaner, stronger input — and performs better because of it. No modifications needed. Measured, validated, and repeatable.

Signal In
Antenna / Sensor
HADRON
Signal enhancement
Stronger Signal
10–30+ dB improvement
System
Existing receiver

Works everywhere

One technology that works across the entire signal spectrum. GPS, WiFi, 5G, radar, acoustic, medical — any system that receives a signal benefits.

Validated results

10 to over 30 dB signal improvement, demonstrated across multiple real-world signal types. Independently measurable, repeatable results.

Drop-in deployment

Can be implemented as a software upgrade for digital systems or as a compact hardware module. No changes to existing infrastructure required.

One technology, many domains

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.

GPS & Navigation

Stronger positioning signals in challenging environments. More reliable navigation for autonomous vehicles, drones, and critical infrastructure.

WiFi & 5G

Better coverage, longer range, and higher capacity from existing wireless infrastructure. One upgrade that improves every connected device.

Critical Communications

Enhanced communications resilience and improved detection capabilities. Stronger signals in the most demanding operational environments.

Radar Systems

Detect targets at greater range with existing radar equipment. Improved sensitivity across commercial and industrial applications.

Medical Imaging

Clearer diagnostic images from existing ultrasound and imaging equipment. Better results without replacing hardware.

Subsea & Energy

Improved underwater sensing, subsea surveying, and seismic monitoring. Stronger signal recovery in the most challenging environments.

Let's talk

We welcome enquiries from potential technology partners, investors, and organisations interested in evaluating our technology for their domain.

jawdas@jawdas.com
JAWD AS
Sten Daniel Hammenfors, CEO
Bergen, Norway
Org.nr: 917 155 658

Core Method Patent

Fundamental signal processing architecture and method. Internationally protected.

International Coverage

Patent filings providing protection across global markets.

Continuation Applications

Domain-specific implementations and hardware embodiments.