Built around pattern matching
Flaws in app-specific implementations and business logic don't fit a template.
When attackers wield AI,
only AI defense can keep up.
Penetration testing powered by autonomous AI agents. We surface only the risks that can actually be exploited—each one backed by proof.
Aligned frameworksISO/IEC 27001:2022 Annex AOWASP Top 10OWASP Testing GuidePTESNIST SP 800-115CVSS
Attackers are already using AI
Vulnerability discovery, exploit generation, attack automation. The cycle from reconnaissance to intrusion has collapsed, and a few spot assessments a year can no longer keep up.
Facing an AI-powered adversary with human effort alone is an asymmetric fight.
What NeSC Is
Multiple AI agents explore your attack surface in parallel, without pause—delivering coverage and repetition beyond human reach, at a consistent level of precision.
Authenticate, then dig deep
It maintains sessions and inspects even the admin APIs that surface scans can never reach.
Chain weaknesses like a real attacker
It links weaknesses together to verify how far an attacker could actually get.
Prove that it can be exploited
It safely reproduces the exploit and shows what is genuinely dangerous, with evidence.
Traditional scanning alone
leaves blind spots
Traditional web vulnerability scanners (DAST) are a strong security foundation—broad and reproducible. But their approach has structural limits.
No sense of context
It doesn't understand what an endpoint protects, so severity ends up uniform.
Stops at the surface
It can't push past the authentication wall or chain weaknesses into an attack path.
No proof
It can flag what “might exist” but never proves what's “exploitable,” so real risk gets buried in noise.
What Makes NeSC Different
| Dimension | Traditional Scanner (DAST) | NeSC |
|---|---|---|
| Core approach | Match against a checklist | Explore autonomously, like an attacker |
| Detection method | Matching known patterns | Contextual reasoning and real attacks |
| Inside authentication | Limited reach | Maintains auth and sessions to dig deep |
| Chaining weaknesses | One-off findings | Chains weaknesses into an attack path |
| Proof (PoC) | Virtually none | Safely demonstrates exploits with evidence |
| Severity judgment | Uniform, mechanically scored | Prioritized by understanding critical assets |
| False-positive control | Relies on manual triage | An independent verification stage assigns confidence |
If scanners provide breadth of coverage, NeSC provides depth of attack and proof. The two are complementary.
The Technology Behind NeSC
Autonomous multi-agent exploration
An orchestrator directs the whole assessment while multiple Hunter agents, each with a distinct role, explore in parallel. Every agent runs a ReAct loop—like a human tester, it autonomously repeats “try, observe, decide the next move.”
Evidence-based confidence
Each finding is assigned a confidence level from 1 to 10, promoted as more supporting evidence is gathered.
L1 SuspectedL8 Exploit provenL10 Fix verified
Attack chains and critical-asset awareness
It identifies the assets worth protecting first, then surfaces attack paths tied directly to business impact.
Authenticated deep dives
The most serious flaws hide behind the login. NeSC inspects internal endpoints too.
Both breadth and depth
It unifies TLS analysis, port scanning, and network scanning inside an isolated sandbox.
Case Study
On targets a checklist assessment cleared as “no issues,” NeSC has uncovered risks that are genuinely exploitable.
Zero from traditional scans. NeSC found 14+ critical vulnerabilities.
Used by hundreds of companies and tens of thousands of users
0
Critical vulnerabilities found by traditional scans
14+
Critical vulnerabilities found by NeSC
By exploring inside the authentication boundary that scans couldn't reach, NeSC surfaced exploitable risks—each one with proof.
The risks invisible to surface scans were waiting deeper in.
Offensive,
yet fully governed
Findings are automatically mapped to ISO/IEC 27001:2022 Annex A controls, with risk presented in CVSS.
Multi-stage approval gates
No destructive action runs without an operator's explicit approval.
Non-destructive, isolated execution
Testing runs in an isolated sandbox, keeping any impact on availability under control.
Tamper-evident audit trail
Every action is recorded append-only, with a hash chain and Merkle tree to detect tampering.
Locked scope
The assessment scope is fixed by hash, so only authorized targets are tested.
Get ahead of attackers—
prove your real risk.
Start by choosing a single target. NeSC will explore deep into the system and return the results, backed by proof.
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