FOR PRODUCT SECURITY TEAMS AND PSIRTs
Security testing for embedded and connected products
FuzzForge runs the fuzzing, emulation and reverse engineering campaigns your team never has the capacity to launch.
THE PROBLEM
What do your current tools leave untested?
01
Your SBOM only covers other people's code
Nobody has ever audited your drivers or your protocol parsing.
02
Deeper tools need source code and a harness
On a packed firmware or a stripped binary, you have neither.
03
The long campaigns never get launched
They run for days, and product releases come first.
HOW IT WORKS
How does a firmware fuzzing campaign run?
- 01
Hand it a binary, a full image or the source code
- 02
It maps the target and builds the SBOM
- 03
It emulates the code, with no hardware or harness needed
- 04
Fuzzing, emulation and reverse engineering run all night
- 05
You get triaged crashes, each with a test case you can replay
ARCHITECTURE
How is FuzzForge built to run at scale?
01
The execution layer does the work
Scheduled on available compute, so long campaigns actually finish.
02
The agents drive, your engineers take over
They use the industry tools your team already knows.
03
The graph keeps what each campaign learned
So the sixth month is worth more than the first.
04
You can audit what the platform did
Every model request and reasoning chain is logged.
PROOF
Our Stats Speak For Us
PWN2OWN
3 Pwn2Own wins.
1,500+ vulnerabilities found.
20+ CVEs published.
Selected for the Cyber Defense Factory (DGA).
DEPLOYMENT
Where does it run, and what leaves your network?
- ✓A hosted instance
- ✓For teams that want to start without infrastructure work
- ✓A dedicated instance inside your own cloud tenancy
- ✓A Kubernetes deployment inside your perimeter
- ✓Isolated per project
- ✓Local open-weight models only
- ✓No router and no network egress
- ✓Priced above the standard on-premise licence
WHO IT IS FOR
Which of these is your situation?
By industry
Civil
- Maritime and equipment manufacturers
- Drones and autonomous systems
- Energy and EV charging
- Medical devices
- Rail
- Telecom and network equipment
Defense
- Naval
- Aerospace and defense
- Space
By profile
- Embedded product vendors and OEMs
- Government and defense
- MSSPs, MSPs and integrators
- Consulting and audit firms
- Certification bodies
By regulation
- CRA
- IACS UR E26 and E27
- NIS2
- RED, EN 18031
- FDA 524B and MDR
- DO-326A
- TS 50701
- UN R155
- NESAS and SCAS
By use case
- Testing a binary, with or without its source
- Auditing third-party firmware
- Running long fuzzing campaigns
- Comparing versions and patches
FAQ
The questions we get most
Do I need the source code?
No. FuzzForge works on binaries and firmware images. It writes the fuzzing harness itself, which is usually the part that requires the source.
Is it a scanner or a pentest tool?
Neither. It is an offensive infrastructure that runs fuzzing, emulation and reverse engineering, with agents driving the campaigns.
What can it test?
Firmware images and stripped binaries, including third-party components you ship without their sources.
What do we get at the end of a campaign?
A validated finding with a test case your developers can replay, and crashes already deduplicated and triaged. You also get an SBOM built from the binary itself. You keep the test cases, the reports, the configurations and your own knowledge graph. FuzzingLabs keeps the platform itself.
What does FuzzForge not do?
It does not replace your researchers, and it is not a source-code scanner. It runs on the compiled artifact, on the code nobody has audited, and it takes the campaigns your team has no time for. A useful campaign runs for days, not minutes.
Ready to test the code you cannot open?
A real campaign, on a target close to yours. Findings your engineers can pick up and verify.
MEET US
