Proactive Cybersecurity & Defense

A vCISO provides strategic security leadership on a fractional basis, on a scoped monthly advisory cadence, covering security programme governance, board reporting, regulatory engagement, incident escalation oversight, and vendor management. Unlike a full-time CISO hire, a vCISO brings cross-industry experience and immediate availability, through a scoped advisory cost model rather than a full-time executive hire, making it appropriate for mid-market enterprises.

Traditional MSSPs typically provide alert monitoring and escalation, passing incidents to the client for investigation. MDR goes further with active investigation, threat hunting, and approved response actions such as endpoint isolation, account disablement, and firewall rule changes. Response improvement is measured against the agreed baseline and scope.

A penetration test is a time-boxed, scope-defined exercise to identify and exploit vulnerabilities within an agreed boundary, typically completed in 1 to 3 weeks. A Red Team engagement is a longer, goal-based operation (typically 4 to 12 weeks) that simulates a full APT attack lifecycle including initial access, persistence, lateral movement, and objective achievement, with only senior leadership aware of the exercise. Red Team exercises test your detection and response capabilities, not just your defences.

We implement a tiered security testing strategy: fast SAST incremental scans run on every pull request commit (typically within the agreed response window), full SAST scans run nightly, and DAST scans run on staging environment deployments. Only critical and high severity findings block the pipeline; medium and low findings are tracked as technical debt tickets. This approach catches critical issues without impacting developer velocity.

Yes. OT security is specifically designed around the principle of passive, non-intrusive monitoring. Asset discovery and threat detection tools operate by analysing network traffic using a tap or SPAN port without sending any probes or packets into the OT network. This eliminates any risk of disrupting PLCs, RTUs, or safety systems that may be sensitive to unexpected network traffic.

Prompt injection occurs when malicious instructions embedded in user input or retrieved content override the AI system's intended behaviour, causing it to perform unauthorised actions such as leaking system prompts, bypassing access controls, or executing unintended tool calls. It is the highest priority risk because it is pervasive in LLM applications that process untrusted input, difficult to fully prevent at the model level, and can be exploited without any technical sophistication by end users.

Signature-based detection matches known attack patterns and is ineffective against novel threats, zero-days, and living-off-the-land techniques. AI-driven security uses behavioural modelling to establish a baseline of normal activity for users, devices, and network flows, then identifies deviations that indicate attack behaviour even when no known signature exists. This enables detection of previously unseen attack techniques that bypass traditional controls.

Remote attestation is the process by which a relying party can cryptographically verify that a computation is running in a genuine, unmodified TEE on verified hardware before sharing sensitive data or keys with it. Without attestation, you cannot distinguish a legitimate TEE from a software emulation or a compromised environment. Attestation produces a signed measurement of the TEE configuration that can be verified against hardware vendor trust roots.