Outcome · Threats that get caught
Detection that actually detects.
Antivirus tells you what already happened. EDR/XDR tells you what is happening — across endpoints, cloud workloads, identities, and network — and gives the team time to respond before it becomes a board-level incident.
The problem we solve.
Most security teams find out about breaches the same way the <em>public does</em>.
Signature-based antivirus catches yesterday's malware. Modern adversaries do not bring malware, they bring stolen credentials, living-off-the-land techniques, and lateral movement that looks indistinguishable from normal admin activity.
The defensive answer is multi-vector telemetry, behavioural detection, and a SOC that runs the loop 24/7, not a console with red lights nobody is watching.
A posture you can prove.
Detection at the speed adversaries actually move, with the SOC to act on it.
PILLAR.0124/7
SOC coverage
Security operations centre monitoring continuously — not best-effort during business hours, not paged-on-weekends.
PILLAR.02Minutes
MTTR
From detection to containment — measured in minutes, not days, on critical alerts. With the runbooks to prove it.
PILLAR.03Multi-vector
Detection coverage
Endpoint + cloud workloads + identity + network telemetry correlated in one detection plane. Not endpoint-only.
PILLAR.04Regulator
Reporting ready
SOC operations metrics packaged for NCA-ECC and SAMA cybersecurity reporting cycles — not reconstructed quarterly.
Minutes
MTTR, not days.From detection to containment in minutes through orchestrated response, runbook automation, and a SOC that is already watching.
// outcome metric
Four telemetry vectors. One correlation engine.
XDR widens the picture. Stopping at the endpoint misses lateral movement, identity abuse, and cloud-side attack paths, so we light up four telemetry sources and correlate across them.
Endpoint
Process trees, behavioural baselines, on-host containment, the EDR fundamentals, tuned per environment.
Cloud workload
AWS, Azure, on-prem virtualisation, runtime visibility, config drift, suspicious API calls.
Identity
Stolen credentials, impossible-travel logins, privilege escalation, IDP and directory telemetry correlated.
Network
East-west traffic anomalies, DNS, beaconing, the lateral movement signal AV alone never sees.
What this looks like delivered.
A typical engagement runs 4–6 weeks of onboarding (agent deployment, log source integration, baseline tuning) followed by 8 weeks of fine-tuning before steady-state SOC operations.
Visibility
- Endpoint agents
- Cloud workload telemetry
- Identity & network logs
Detect
- Behavioural rules
- ML correlation models
- Threat intel feeds
Respond
- Containment automation
- Runbook playbooks
- Manual escalation paths
Hunt
- Proactive threat hunting
- IOC / IOA development
- Adversary emulation
Three services. One delivered outcome.
This outcome is composed from our services. Each does one thing well, together they ship the posture above.
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Infrastructure Services
Security tooling deployment, log infrastructure, and the underlying platform that the detection capability runs on.
Open Infrastructure Services // service.02Consultation
Security architecture, threat modelling, and the GRC alignment that connects detection metrics to regulatory reporting.
Open Consultation // service.03Outsourcing
The SOC analyst bench — named tier-1, tier-2, and tier-3 engineers running the operating loop 24/7.
Open OutsourcingHonest questions.
Q.01How is EDR/XDR different from AV?
Signature-based AV catches yesterday's malware. EDR/XDR uses behavioural detection, ML correlation, and threat intel across endpoints, cloud workloads, identities, and network, catching the techniques modern adversaries actually use.
Q.02What does onboarding look like?
4–6 weeks of onboarding covers agent deployment, log source integration, and baseline tuning. A further 8 weeks of fine-tuning brings the detection signal-to-noise ratio down before steady-state SOC operations.
Q.03Who runs the SOC, your team or ours?
Ours. The SOC analyst bench is composed from our Outsourcing service, named tier-1, tier-2, and tier-3 engineers covering 24/7 shifts, with full visibility into your tooling and runbooks.
Q.04Does this cover cloud workloads or only endpoints?
Both. Telemetry sources span endpoints, cloud workloads (AWS, Azure, on-prem virtualised), identity (AD/IDP), and network, XDR means the correlation crosses vectors instead of stopping at the endpoint.
Q.05What about regulator reporting?
Detection-to-report flow is built in. Most KSA cyber incidents now require board notification within hours. The platform produces the artefacts the regulator and the board both need, without a separate reporting workstream.
// 07 · Engage
Book a SOC visibility review.
A 30-minute review of your current detection surface, which vectors are instrumented, where the gaps are, and what an XDR-led posture would change. No deck, no pitch.