FOR NAVAL DEFENSE PROGRAMS AND THEIR INTEGRATORS

Find the exploitable flaws in your naval systems

FuzzForge runs naval cybersecurity testing on the third-party software you integrate, without its source code, fully on-prem.

Ship icon for naval defense programs
Ship icon for naval defense programs

WHAT MAKES NAVAL CYBERSECURITY HARD

And how FuzzForge changes that

01

Naval systems run on binaries you did not write.

→Test the binaries you ship, without their source.

FuzzForge writes the fuzzing harness itself, then fuzzes, emulates and reverses the third-party code.

02

The manual work is the bottleneck.

→Your agents run the campaigns, you stay in control.

Long campaigns run overnight on your own capacity. Your researchers keep their usual tools.

03

Nothing can leave your perimeter.

→On-prem, isolated per program.

Each program gets its own deployment. A French vendor, with an air-gapped option.

SOVEREIGNTY

A French vendor, built to run inside your naval program's perimeter

FuzzForge is a French company, and it runs entirely inside your own environment. Nothing you test on a naval defense program has to leave your perimeter.

Your test cases and findings are yours.

You own the test cases, the reports, the configurations and the knowledge graph built on your systems.

On-prem for your most sensitive systems.

In the air-gapped configuration, inference runs on local models with no network egress.

Connected deployments stay contained.

Models are interchangeable, and a European chain is available.

Standard tools, no lock-in.

Your researchers keep the tools they already use, and every campaign stays reproducible and auditable.

PROOF

Our Stats Speak For Us

Selected for the Cyber Defense Factory (DGA).
PWN2OWN
3 Pwn2Own wins.
1,500+ vulnerabilities found.
20+ CVEs published.

WHY FUZZFORGE

Where other approaches stop, FuzzForge starts

On a naval cybersecurity programme you have three usual options: reverse the binaries by hand, run an automated scanner, or bring in an external red team. FuzzForge is a different one: the offensive infrastructure your own team runs, at scale and on-prem. It shows what is exploitable on firmware you did not write.

ON NAVAL EMBEDDED SYSTEMS, CAN IT…
Manual reverse engineering
Automated scanning and SBOM
FuzzForge
Test binaries and firmware without the source

by hand

static

at scale

Prove exploitability with a reproducible finding

if time allows

assessment

validated proof

Run long campaigns without tying up your researchers

shallow

agents run them

Keep your researchers on real analysis

partly

Run fully on-prem, with nothing leaving your perimeter

varies

air-gapped

On firmware you did not write, FuzzForge proves what is exploitable, at scale and on-prem.

FAQ

Questions from naval programs

Neither. FuzzForge works on binaries and firmware, and it generates the fuzzing harnesses itself. You do not have to supply the source of the third-party components you integrate, and your team does not have to write a harness.

Firmware, binaries and embedded systems, including the third-party software inside your naval platforms. That is where naval cybersecurity is hardest, because you hold no source code.

Neither. FuzzForge is an offensive infrastructure that orchestrates fuzzing, emulation and reverse engineering at scale, and validates real exploits.

It runs on-prem, inside your own environment. In the air-gapped configuration, inference runs on local models with no network egress, so nothing you test has to leave your perimeter.

FuzzingLabs is a French company, selected for the Cyber Defense Factory (DGA). Sovereignty is also an engineering property here: each program gets its own isolated deployment, models are interchangeable, and a European chain is available.

Through your integrator or prime contractor, on standard public sector procurement.

Yes. Your researchers keep their standard tools, and every finding comes with reproducible proof of exploitability.

MEET US

Meet our researchers at these upcoming events

3 – 6 November 2026
Paris Nord Villepinte

Book a meeting

16 – 19 November 2026
Rennes

Book a meeting

19 – 20 November 2026
Amsterdam

Book a meeting

9 – 10 December 2026
London

Book a meeting

Bring FuzzForge inside your naval program

A real campaign, on a target close to yours. Findings your engineers can pick up and verify.