Is testing automated or done by people?

People. CREST-accredited researchers run every engagement, and every vulnerability is confirmed, documented, and reproduced by a tester before it reaches you. Tooling maps the surface and tracks regressions so testers spend their time on business logic, chained exploits, and authenticated attack paths.

How fast can an engagement start?

Days, not a procurement cycle. Once scope and rules of engagement are confirmed, testing starts on the agreed date and findings appear live as they are confirmed.

Do I get a report my auditor will accept?

Yes. Export an auditor-ready report and attestation letter, backed by SecureLayer7's CREST accreditation and mapped to SOC 2, ISO 27001, PCI DSS, or HIPAA scope. It is reporting your team can also take to the board.

Web, API, mobile, internal network, and cloud or identity. Engagements follow the attack path across surfaces rather than testing each one in isolation.

Re-test is on demand inside the platform. Submit a fix, the testers verify it, and the report updates. No new statement of work.

Where does our data live?

Engagement data and evidence are held under SecureLayer7's SOC 2 Type II and ISO 27001 controls. Access is scoped per stakeholder and logged.

How is this different from a one-off pentest?

A one-off pentest is a static PDF: accurate the day it is delivered, stale the next time you ship. The platform keeps scope, findings, re-test, and reporting in one place, so the report tracks the code instead of last quarter's.

Penetration testing as a service —

Your last pentest expired the day you shipped.

A pentest is accurate the day it ships and stale the next time you deploy. SecureLayer7's penetration testing platform — BugDazz — puts CREST-accredited testers, live findings, and on-demand re-test behind one login. The report tracks your code, not last quarter's.

See findings as testers confirm them

Vulnerabilities surface the moment a researcher confirms them, ranked by severity. No 400-page export weeks after the code changed.

Verify fixes without a new SOW

Submit a fix, schedule verification, and the report updates. No re-scoping, no second procurement cycle.

Real researchers, not tool operators

CREST-accredited testers who publish CVEs run the engagement. The platform holds the evidence.

Trusted by security and product teams in — Fintech, SaaS & Education, Enterprise & Telecom, Security & Critical Infrastructure

Proof, not promises —

Findings that hold upin front of an auditor.

Run by the team behind SecureLayer7's CVE disclosures. You see the testing work and the evidence, not just a finding count.

40,000+ critical vulnerabilities

Confirmed and reported across 1,000+ customers in 30+ countries.

Caught before the attacker

Critical issues found, fixed, and re-tested before they were exploitable — with reporting your board and auditors can defend.

CVSS 9.9 zero-day

Full system compromise found and disclosed in production software by the team that runs your engagement.

Re-test on demand

Submit a fix, the testers verify it, and the report updates. No new statement of work.

Who this is for —

Built for teams that ship between pentests.

A one-off project pentest gives you —

One app, tested once, ahead of a single audit.
A snapshot that is true the day it is delivered.
A static PDF that ages the next time you deploy.

Choose the platform if —

01
You ship to production every sprint, so a Q1 test never covers what went live in Q3.
02
Auditors keep asking for a current report, not last year's.
03
Findings die in a PDF instead of reaching the developer who owns the code.
04
You re-buy and re-scope a pentest every time a fix needs verifying.

From scope to verified fix —

One platform, the whole engagement.

Scope, test, triage, and re-test in one place. No email threads, no PDF handoff, no waiting weeks for the report.

Scope in days

Define targets and rules of engagement in the platform. A SecureLayer7 lead confirms scope and start date. Days, not a procurement cycle, and no new loop for every re-test.

Human-led pentest

CREST-accredited researchers run the engagement: business-logic abuse, chained exploits, and authenticated attack paths. Tooling maps the surface so testers spend their time where judgment is the only thing that finds the flaw.

Findings land live

Each confirmed vulnerability arrives as a step-by-step attack narrative: the request, the response, a recorded proof-of-exploit, and developer-ready remediation. Push to Jira, ServiceNow, or Slack.

Re-test closes the loop

Submit the fix, schedule verification, and the report and attestation letter update. No new SOW.

What gets tested —

The surfaces an attacker actually chains.

Engagements follow the attack the way an intruder would: web to API to identity to internal, not one isolated checklist at a time.

Web applications

Authn/z bypass, business-logic abuse, injection, and SSRF chained to internal access.

APIs

BOLA, BFLA, mass assignment, and broken auth across REST, GraphQL, and gRPC.

Internal & network

Post-foothold lateral movement, privilege escalation, and domain compromise.

Cloud & identity

Over-privileged roles, token replay, federation tampering, and metadata-service pivots.

Mobile

Insecure storage, certificate-pinning bypass, hardcoded secrets, and client-side API abuse.

Source-assisted

Code-informed testing where you grant access. A faster path to the flaw that matters.

Re-test, in the platform —

Submit the fix. Watch it get verified.

No email thread, no new statement of work. Mark a finding ready, the tester re-verifies it, and the report updates in place.

Re-test request flow, in BugDazz.

Inside the platform —

See it. Fix it. Prove it.

What you get behind one login, on every engagement.

01 / 05

Read findings as they land

Vulnerabilities appear the moment a tester confirms them, ranked by severity. You also see the attack surface the testers covered, including where they found nothing exploitable.

Live findings queue ranked by severity, with tested-coverage view.

On record —

The same accreditation behind every engagement.

CREST accredits SecureLayer7 and its testers. CERT-In, SOC 2 Type II, and ISO/IEC 27001 govern how your scope, access, and engagement record are handled.

CREST
Accredited company & testers
CERT-In
Empanelled auditor
SOC 2 Type II
Independently audited
ISO/IEC 27001
Information Security Management

Recognized by —

Read in the reports buyers actually open.

The pentest market gets surveyed every quarter. We have shown up in the reports our buyers read before they cut a PO.

Peer Insights — Application Security Testing
Radar — Penetration Testing as a Service

From the teams using it —

01 / 04

They actually found things that mattered, and the report was clear enough for our developers to act on.

— Dan Bailey· Sr. Principal Application Security Architect at Oratorio Partners

Stop re-buying the same pentest —

Scope once. Test every release.

A short scoping call sets up the engagement. After that, testing keeps pace with what you ship.

Before you buy —

Questions buyersactually ask.

Delivery, coverage, and how this differs from a one-off pentest. Not here? Ask a security expert.

Show all 7 questions

Coverage

Operations

Beyond the platform —

The rest of the security practice.

BugDazz PTaaS runs continuous application and API testing. When an engagement needs network, cloud, red-team, or specialist depth, the same CREST-accredited team covers it — under one relationship.

Red Team

Objective-led adversary emulation across web, identity, endpoint, and physical seams. Initial access, privilege escalation, persistence, and proven domain takeover.

Red Team Assessment

AI and LLM Security

Prompt injection chains, tool-use abuse, training-data exfiltration, output-handling flaws, and agent boundary failures on production LLM deployments.

AI Security Assessment

Smart Contract

Reentrancy, access-control and oracle-manipulation flaws, unchecked external calls, and economic-logic abuse across EVM and multi-chain contracts.

Smart Contract Audit

Application Security

Authenticated business-logic abuse, IDOR chains, SSRF to cloud metadata, deserialization, and the full OWASP class on web, mobile, and thick-client targets.

Cloud Security

IAM privilege escalation paths, exposed metadata services, misconfigured S3 and RBAC, lateral movement across accounts, and Kubernetes break-out scenarios.

Network and Infrastructure

Internal and external network attack paths, Active Directory abuse, segmentation failure, hardening gaps, and architecture review against real adversary playbooks.

IoT Security

Firmware extraction, hardware fault injection, radio and protocol abuse, and full device-to-cloud chain testing on connected products before they ship.

IoT Pentest

ERP and Specialized

SAP business-logic abuse, transaction tampering, RFC and ICM exposure, and authorization bypass across S/4HANA, NetWeaver, and adjacent ERP modules.

SAP Security Assessment

Sample engagement report —

See exactly what lands in your inbox.

A pre-vetted engagement sample: full attack narrative, working proof-of-exploit, dev-ready fixes, and an auditor-ready summary. We email it within the hour.