Hunting undiscovered vulnerabilities
Zero-days exist in every major product. We find them first.
Most testing stops at known vulnerabilities. Zero-days are not rare exceptions: they exist in every significant software product. The difference is whether your team finds them first or an attacker does. Our researchers specialise in deep binary analysis, fuzzing, and reverse engineering.
Full exploit chains. Responsible disclosure policy.
High-impact targets.
We target software and systems where undiscovered vulnerabilities have the greatest consequences.
- 01
Operating systems
Windows, Linux, and macOS kernel and userland components. Driver interfaces, system services, and IPC mechanisms.
- 02
Cloud platforms
Hypervisors, container runtimes, orchestration platforms, and cloud-native services. Isolation boundaries and escape paths.
- 03
Network protocols
TLS implementations, authentication protocols, VPN stacks, and proprietary network services. Parsing and state machine flaws.
- 04
Security products
EDR, XDR, SIEM, and endpoint protection platforms. Bypass chains, detection gaps, and privilege escalation in security tools themselves.
- 05
Embedded & IoT
Firmware analysis, UART/JTAG debugging, custom protocol reverse engineering. Medical devices, industrial controllers, and smart infrastructure.
- 06
Enterprise software
ERP systems, CRM platforms, collaboration tools, and SaaS applications. Authentication bypasses, logic flaws, and data exposure chains.
Vulnerability scanning vs. zero-day research.
| Vulnerability scanning | Zero-day research |
|---|---|
| Known CVEs only | Unknown, undiscovered flaws |
| Automated tools | Manual reverse engineering and fuzzing |
| Generic signatures | Custom exploitation chains |
| No vendor coordination | Responsible disclosure process |
| Compliance-driven | Threat-driven research |
From target selection to responsible disclosure.
Target selection
We select targets based on your threat landscape and our threat intelligence. High-impact software and protocols where an undiscovered flaw would have the greatest consequence.
Static & dynamic analysis
Reverse engineering, binary analysis, fuzzing, and code auditing. We map the attack surface and look for the edge cases developers never tested for.
Exploitation & proof
When we find a vulnerability, we prove it. A working exploit chain that demonstrates real-world impact, not a theoretical finding.
Responsible disclosure
Findings are reported to the vendor with a full technical write-up and remediation guidance. We coordinate disclosure timelines and help you understand your exposure window.
What you receive.
- Working proof
- When we find a vulnerability, we prove it with an exploit chain that demonstrates real-world impact.
- Technical write-up
- A full write-up and remediation guidance, reported to the vendor.
- Coordinated disclosure
- We coordinate the timelines and help you understand your exposure window.
What changes.
Find the flaw first
Before the vendor, and before an attacker.
See the real impact
A working proof of concept, not a theoretical finding.
Disclose responsibly
Coordinated with the vendor, on a timeline you understand.
Know the vulnerabilities before the attackers do.
Zero-day research is not just bug hunting. It is understanding an attack surface well enough to find what nobody else has found yet. Talk to us about scoping a research engagement.
Talk to an operator