You need to know what is actually exploitable
Move beyond scanner output with manual validation, attack-path thinking, evidence, prioritisation, and retesting.

Offensive security / Digital forensics / Cyber resilience
CyberYaro Security Labs is a Kano-based cybersecurity practice helping organisations test applications and infrastructure, investigate incidents, reduce attack surface, and build stronger security operations.
01 / Security with evidence
A scanner can list weaknesses. An adversary connects them.
02 / Where we help
From pre-launch testing to incident response and long-term security operations, the engagement starts with the question that needs a defensible answer.
Move beyond scanner output with manual validation, attack-path thinking, evidence, prioritisation, and retesting.
Preserve relevant evidence, reconstruct activity, understand likely compromise paths, and support containment and recovery.
Turn policies, tools, and risk findings into accountable remediation, recurring reviews, awareness, and measurable improvement.
03 / Security services
Adversary-led testing that finds, validates, and prioritises exploitable weaknesses before attackers do.
↗02Preserve evidence, understand what happened, contain the incident, and build a clearer path to recovery.
↗03Make security a repeatable operating process instead of a once-a-year exercise.
↗04Translate technical security risk into practical controls, policies, roadmaps, and accountable decisions.
↗05Understand what attackers, fraud actors, exposed data, and public digital traces reveal about your organisation.
↗06Build security habits across staff, leadership, developers, and technical response teams.
↗04 / Vulnerability assessment + penetration testing
CyberYaro maps the attack surface, uses automated tools for coverage, then manually validates access control, authentication, business logic, APIs, misconfiguration, and chained weaknesses. Findings are prioritised by realistic impact and supported by clear remediation guidance.
05 / Engagement model
Security testing should be controlled, visible, evidence-based, and designed to leave the environment stronger than we found it.
Agree scope, assets, objectives, constraints, and rules of engagement before testing or investigation begins.
Map the environment, collect evidence, and identify the paths an attacker or incident could take.
Use manual analysis and controlled technical testing to separate meaningful risk from false positives.
Prioritise remediation, support fixes, and retest where required so the engagement ends with measurable improvement.
06 / Industry context
Application, API, identity, transaction, third-party, and infrastructure risk around digital financial services.
Security assurance, incident readiness, investigations, exposed services, and sensitive information handling.
Web, mobile, API, cloud, CI/CD, access-control, and customer assurance across modern software platforms.
Network exposure, identity systems, customer-facing applications, connected services, and incident evidence.
Network segmentation, remote access, connected systems, operational resilience, and investigation readiness.
Sensitive personal data, account security, endpoint risk, awareness, and practical information governance.
07 / VAPT questions
A vulnerability assessment identifies and categorises weaknesses. Penetration testing goes further by using controlled offensive techniques to validate whether weaknesses can be exploited and what impact they could have. A VAPT engagement combines both perspectives.
No. Automated tooling helps with breadth and repeatability, but CyberYaro emphasises manual validation, business-logic testing, access-control testing, attack-path analysis, and evidence-backed findings.
Engagements can cover web applications, mobile applications, APIs, internal and external networks, cloud services, and connected or IoT systems, depending on the agreed scope and rules of engagement.
A practical baseline is at least annually and after major releases, architecture changes, significant infrastructure changes, or material security incidents. Higher-risk environments often test more frequently.
No. Cloud providers secure the underlying platform, while organisations remain responsible for how identities, applications, data, networks, and services are configured and used. Cloud environments can still contain exploitable weaknesses.
Start with the attack surface