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KeenSafe
Offensive · Managed Pentesting

Managed penetration testing — continuous, expert-led

Senior offensive consultants combine the KeenSafe platform with manual depth across external, internal, web, mobile, API and cloud surfaces — delivering reproducible attack-path evidence, not screenshots.

Offensive Security·Continuous adversarial validation
LiveExternal → Internal · Validated
EXTERNALDMZ · INTERNALCRITICALExternalInternalCVE chainWeb · APIWorkstationAD ServerFile ServerCloud · IdentityCHAIN · 4 hopsEXPLOIT · validatedCROWN · reachedATT&CK · T1190 / T1078 / T1021
The problem

Where teams get stuck

Annual pentests are point-in-time snapshots. Between engagements, attack surface changes, exposures appear, business logic evolves and findings go stale before they are remediated. Most teams cannot tell whether an old finding is still real, whether a new one is exploitable, or which path actually reaches a crown-jewel system.

The KeenSafe approach

How we engage

KeenSafe blends platform-driven continuous validation with senior offensive engineers. Automation handles enumeration, change detection and known-path validation; humans handle business-logic abuse, novel chaining and exploitation depth. Every finding ships with reproducible steps, exploitation evidence and a verified attack path.

Methodology

Four-step engagement model

Same rigour every engagement, calibrated to your environment, threat model and regulatory exposure.

STEP 01

Scope & threat modeling

Crown jewels, business-impact mapping, rules of engagement, exposure surface enumeration.

STEP 02

Continuous reconnaissance

External + internal asset discovery, identity surface mapping, change-aware re-enumeration.

STEP 03

Exploitation & chaining

Manual exploitation depth, novel attack-chain construction, lateral movement, privilege escalation.

STEP 04

Evidence & remediation

Reproducible artefacts, developer-ready remediation, retesting until closure is verified.

What you get

Deliverables

Every engagement ships these outputs — reproducible, evidence-backed and ready for executives, engineers and auditors.

Reproducible attack paths

Each finding includes the steps, payloads and artefacts a defender or developer can replay.

Risk-weighted prioritisation

Scored by exploitability, blast radius and business impact — not raw CVSS.

Executive + technical reports

Board-grade narrative plus deep technical evidence in one engagement.

Closure verification

Post-fix retesting and continuous re-validation against the same attack paths.

Scope of engagement

What this engagement covers

Concrete coverage. Clear boundaries. Optional add-on tracks where customers want to extend.

Included
  • External pentest: internet-facing assets, certs, DNS, paste/code leaks, CT logs
  • Internal pentest: Active Directory, Entra ID, Linux estate, segmentation, Tier-0 paths
  • Web application pentest: OWASP Top 10 + OWASP API Top 10 (2023) + business-logic
  • Mobile pentest: iOS + Android, MASVS-aligned, runtime + transport + storage
  • Cloud pentest: AWS / Azure / GCP IAM + control-plane + data-plane reachability
  • API pentest: REST + GraphQL + gRPC with auth-flow awareness
  • Reproducible exploitation evidence per finding (payloads, artefacts, screenshots)
  • Developer-ready remediation packets with PR-level integration where supported
Optional add-ons
  • AI / LLM application pentest (prompt injection, agent abuse, RAG attacks)
  • OT / ICS pentest under safety-first engagement model
  • Supply-chain pentest (dependencies, CI/CD, package risk)
  • Continuous retainer with monthly engagement cadence
Out of scope
  • Hardware reverse engineering and chip-level attacks
  • Social engineering campaigns (covered by Human Risk Management)
  • Threat-actor-aligned red team objectives (covered by Managed Red Teaming)
Engagement model

How we deliver

Duration
2 weeks per surface · or continuous retainer (always-on)
Team
Senior offensive consultants (OSCP / OSEP / CRTO / CARTP holders)
Format
Remote-first · onsite for sensitive scopes · hybrid for global enterprises
Who it is for
  • Enterprise security teams
  • Application security teams
  • Cloud security teams
  • Regulated industries (banking, healthcare, energy)
Sample report

What lands on your desk

Sections customers actually see in the engagement deliverable.

  1. 01
    Executive summary

    Validated paths reaching crown jewels, business-impact scoring, remediation priorities — board-readable.

  2. 02
    Validated attack-path graph

    Visual chain per finding: entry → pivot → escalation → reach. Reproducible end-to-end.

  3. 03
    Per-finding technical detail

    Steps, payloads, artefacts, exploitation evidence, screenshots — sufficient for a developer to reproduce.

  4. 04
    Risk-weighted prioritisation

    Findings ranked by exploitability × blast radius × business impact, not raw CVSS.

  5. 05
    Remediation packet

    Developer-ready guidance, code-snippet examples where applicable, PR-level integration where supported.

  6. 06
    Compliance mapping

    PCI DSS 11.4, ISO 27001 A.5/A.8, SOC 2 CC7.1, GDPR Art. 32 — auto-mapped per finding.

MITRE ATT&CK

Techniques covered

T1190
Exploit Public-Facing Application
T1078
Valid Accounts
T1021
Remote Services
T1068
Privilege Escalation
Compliance mapping

Frameworks & regulations

PCI DSS 4.0 (11.4)ISO 27001 A.5/A.8NIST SP 800-115TIBER-EU
Common questions

Frequently asked

How is this different from a traditional pentest?
Traditional pentests are point-in-time. KeenSafe combines platform-validated continuous testing with manual depth so findings stay current and chaining is real, not theoretical.
Will this be production-safe?
Yes. Production-aware throttling, scope guardrails and tenant isolation enforce rules of engagement at every step. We can also run in mirrored/staging environments where required.
What surfaces are covered?
External, internal, web, API, mobile, cloud (AWS/Azure/GCP), identity providers, container/Kubernetes, and AI/LLM surfaces.
How quickly do you find critical paths?
Most engagements surface the first exploitable attack path in days, not weeks — because platform-driven discovery runs in parallel with manual testing.
What does retesting look like?
Closure is verified continuously by the platform. Once a fix is deployed, the same exploit path is replayed automatically; we only re-engage humans for novel coverage.
Get Started

Work with the team behind KeenSafe

Continuous adversarial validation, managed security operations and executive-grade risk visibility — delivered by senior offensive security engineers.