Engagement deliverables
- ISMS gap assessment
- Statement of Applicability support
- Control implementation guidance
- Audit readiness evidence
Service Detail
ISO 27001:2022 LI/LA Support
Governance support for ISO 27001:2022 implementation, lead implementer and lead auditor readiness, control mapping, and evidence preparation.
Overview
Focused assessment with clear output and explicit scope boundaries
This service is scoped around authorized assets, agreed testing depth, and practical risk reduction. Findings are validated, documented with evidence, and translated into remediation steps teams can act on.
- Testing plans align to access model, target criticality, and business workflows.
- Manual verification is applied where attacker realism and finding confidence matter most.
- Reporting is written for engineers, managers, and security owners without splitting the narrative.
Engagement Flow
From authorization to validated remediation
Each engagement stays bounded, evidence-driven, and accountable from kickoff through retest.
Kickoff
Confirm scope, credentials, targets, exclusions, and communication rules.
Assessment
Run discovery, manual testing, validation, and impact analysis against agreed assets.
Reporting
Deliver executive summary, technical detail, evidence, and remediation actions.
Retest
Verify fixes and clarify any residual exposure or accepted risk.
Related Services
Adjacent work often requested alongside this service
The current site already covers related testing and advisory areas that can be sequenced into the same security program.
Web Application Penetration Testing
In-depth security testing of web applications to identify vulnerabilities such as injection flaws, authentication issues, authorization weaknesses, and misconfigurations.
Android Application Penetration Testing
Security assessment of Android applications including reverse engineering, API testing, insecure storage review, and secure data handling validation.
iOS Application Penetration Testing
Advanced testing of iOS applications focusing on runtime analysis, secure coding flaws, sensitive data exposure, and platform-specific control weaknesses.