Evidence-Led Reporting
Clear, evidence-backed reporting designed for technical teams, developers, and executive decision-makers.
Search for evidence of attacker activity before it becomes the next incident. World Computing performs a time-bounded, hypothesis-led review of endpoint, identity, cloud and network telemetry to identify active compromise.
A clean vulnerability scan does not show whether an attacker is already present. We bring together evidence from endpoints, identity systems, cloud audit logs, email, DNS, proxy, firewall, VPN, and security tools.
Process execution, services, scheduled tasks, autoruns, files, registry changes, and security-tool telemetry that reveal attacker execution or persistence mechanisms.
Analyzing sign-in patterns, multi-factor authentication events, privilege escalations, token or session anomalies, service account activity, and high-value identity risks.
Reviewing cloud audit events, administrative modifications, access key creation, application consent grants, mailbox forwarding rules, and unusual data access patterns.
DNS queries, proxy logs, firewall rules, VPN remote access sessions, and network flow evidence that reveal command-and-control, staging, or lateral movement.
We correlate events across multiple systems to distinguish isolated anomalies from a coherent intrusion path.
Processes, services, scheduled tasks, autoruns, files, registry settings, and security telemetry for persistence.
Sign-in patterns, MFA events, privilege escalations, token anomalies, and service account misuse.
Audit events, administrative changes, access keys, application consents, and mailbox forwarding rules.
DNS, proxy, firewall, VPN, remote access, and netflow evidence showing C2 or lateral movement.
Matching relevant Indicators of Compromise (IoCs), vulnerable product lists, and actor behaviors.
Mechanisms designed to survive reboots, blend into legitimate administration, or disable controls.
Remote execution paths, credential dumping, unusual administrative routes, and archive creation.
Correlating log timestamps across systems to construct a verified attack timeline and impact view.
A hypothesis-led investigation framework aligned with NCSC CAF and NIST SP 800-61 Revision 3 standards.
Agree trigger events, relevant threats, target timeframes, critical assets, and escalation contacts.
Confirm telemetry sources, retention windows, endpoint coverage, clock sync, and telemetry gaps.
Translate the concern and threat intelligence into testable behaviors, entities, and search queries.
Review evidence across endpoint, identity, cloud, and network sources while preserving audit trails.
Investigate suspicious findings, reduce false positives, and immediately escalate active compromises.
Present executive conclusions, confidence levels, timelines, urgent actions, and detection improvements.
Clear input requirements and actionable forensic findings delivered upon investigation completion.
A compromise assessment is not a guarantee that no attacker has ever been present. Conclusions are limited by telemetry quality, retention and coverage. If active compromise is identified, containment actions can destroy evidence or alert an attacker, so changes should be authorised through incident-response leadership. Evidence containing personal or sensitive information must be handled under agreed access, retention and disclosure rules.
Clear, evidence-backed reporting designed for technical teams, developers, and executive decision-makers.
Investigations focused on real-world actor behaviors and tactics rather than relying solely on atomic IoCs.
Immediate containment steps clearly separated from long-term monitoring improvements.
A collaborative approach that supports internal security teams while maintaining strict confidentiality.
A penetration test attempts to find and validate weaknesses. A compromise assessment looks for evidence that unauthorised activity may already have occurred. The two answer different questions and complement each other.
No investigation can prove an absolute absence of compromise. We provide a conclusion and confidence level based on the sources, retention period, coverage and limitations recorded in the report.
The assessment commonly needs read access to endpoint, identity, cloud, email and network telemetry. Access is minimised to the agreed sources and managed under confidentiality and data-handling requirements.
We promptly use the agreed escalation route. The organisation can then authorise incident-response actions such as containment, forensic preservation, legal or regulatory advice and recovery planning.
Only as far as useful evidence has been retained. Different systems may have different retention periods, so evidence readiness is assessed before conclusions are drawn.
Yes. Hunt queries, evidence gaps and observed behaviours can inform new detections, logging changes, triage procedures and recurring threat-hunting hypotheses.
Discover vulnerabilities before attackers can exploit them. Clear technical findings, business-risk explanations, and actionable remediation recommendations.
Read full briefing →An engineering-led analysis of emerging attack vectors targeting web applications, mobile APIs, and enterprise network perimeters.
Read full briefing →A step-by-step guide to preparing your organisation for cyber incidents — detection, containment, eradication, and recovery.
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Read full briefing →Discuss your scope, priorities and the most suitable threat hunting approach with World Computing.
Book Scoping Call → info@worldcomputing.co.uk