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Zynetra
Orbital sensors scan a fractured obsidian core above a distant planetary horizon

Find the breach.
Before they do.

Your application keeps moving.
Your security testing should too.

Go beyond possible vulnerabilities. Explore, test, and validate real attack paths—with evidence your team can act on.

See how it works
OFFENSIVE INTELLIGENCE. DEFENSIBLE EVIDENCE.Discover a clearer perspective ↓

The findings keep coming.

Your application keeps changing, and security tools keep flagging possible weaknesses. Each finding is a question your team still needs to answer: can it actually be exploited?

Start with permission.

Define the application you authorize, the systems you exclude, and the limits of the engagement. Approved targets, testing windows, and request limits establish the scope before exploration begins.

An entire testing team.
One connected system.

Explore the system. Select a point to see how it works.

Zynetra
GitHubGitLabPostman

Connections

Bring the authorized application, API definitions, and repository context into one engagement.

  • Define the targets and access before testing.
  • Keep source context connected to application behavior.
  • GitHub, GitLab, and Postman illustrate input sources; availability is confirmed during setup.

A clear path.
At every step.

From approved scope to verified fixes.
Select a step to explore.

Illustrative bar and line chart: cobalt bars represent sequential testing and a rising cyan line represents Vector parallel testing across exploration, validation, and reporting. Conceptual comparison, not measured performance.
Illustrative comparison · not a measured speed benchmark

Less waiting.
More testing.

Your release cycle shouldn’t have to wait for a testing queue. Vector puts specialist agents to work together—investigating identity, data, and business logic in parallel.

Shared context. Reproducible findings. A clear next step for your team.

See how Vector works

Every attack path.
One clear picture.

Explore the connections between identities, data, workflows, and infrastructure—all in one view.

Identity & permissions

Test authentication, sessions, and what each user role can access.

Identity badges and a key at an access-permission gate
AuthenticationSessionsAccess control

Data & inputs

Follow unsafe inputs to exposed records and validate the real impact.

A data filter isolates unsafe input before it reaches stored records
Injection pathsExposed data

Business logic

Investigate multi-step journeys, payment assumptions, and race conditions.

A shopping, payment, and receipt journey inspected at a branching transaction path
User journeysPayment flows

APIs & infrastructure

Discover hidden endpoints, server-side requests, and exposed services.

Cloud servers connected to endpoints with an exposed service highlighted
EndpointsServicesServer-side requests
A finding is traced to a code fix, then retested to confirm the weakness is resolved

Find it. Fix it.
Prove it’s resolved.

Give developers clear evidence, a fix to review, and a focused retest.

  • Reproducible evidence
  • Actionable fix guidance
  • Verification after the fix
See the workflow

A clear mission.
A defined perimeter.

Test only what you approve. Keep everything else outside the boundary.

  • Approved targets and clear exclusions
  • Testing windows and request limits
  • Findings ready for your review
Approved servers and an application inside a testing boundary, with an excluded server outside a closed access barrier

Different teams.
The same need for proof.

Keep security close to the release.

Investigate changes, give developers a reproducible starting point, and retest the fix.

Spend less time chasing maybes.

Review validated attack paths with their evidence, context, and coverage in one engagement.

Make the work defensible.

Bring formal scope, traceable testing, and clear exclusions into the client deliverable.

Powerful testing.
Your boundaries.

Scope comes first.

Define authorized targets, excluded systems, permitted techniques, and testing windows. Configure isolation to match the engagement.

Coverage stays visible.

Keep a record of what was checked, what remains open, and what was excluded. A quiet report should still tell a complete story.

Evidence travels with the finding.

Keep reproduction steps, captured traffic, and verification together so your team can review the result and decide what to do next.

Good questions.
Clear answers.

How is Vector different from a vulnerability scanner?

Vector explores application behavior and attempts to validate suspected weaknesses with reproducible evidence. The aim is to give your team a finding it can investigate and fix, with context about the work performed.

What can I test with Vector?

The product approach supports websites, APIs, and code repositories. The appropriate targets, access requirements, and testing depth are established during scoping. Only test systems you own or are authorized to assess.

How do I control what gets tested?

Define a rules-of-engagement document covering allowed targets, exclusions, techniques, request limits, and testing windows. Effective isolation and network controls depend on how the testing environment is configured.

Does a clean report mean my application is secure?

No. A report describes the checks performed and the evidence collected. Vector distinguishes tested areas from open checks and exclusions; no penetration test guarantees exhaustive coverage or the absence of vulnerabilities.

Trade uncertainty
for evidence.

See what a Vector engagement could look like for your team.