Strengthening defences through precision hiring.
What We Do
PATCH provides flexible, outcome-led support across cyber security, combining specialist expertise with a strong understanding of project and programme delivery.
Our approach is designed to ensure capability is applied where it delivers the greatest impact.
Capability Injection
Targeted cyber security expertise applied to specific challenges, gaps, or critical phases of delivery.
This may involve short-term specialist support or highly focused engagements where precision and speed are essential.
Team Assembly
Design and build of high-performing cyber security teams aligned to defined programmes and strategic initiatives.
We bring together the right combination of skills to ensure teams are structured for delivery, not just headcount.
Project Enablement
Structured support to deliver defined pieces of work, from initial scoping through to completion.
We align expertise to outcomes, ensuring projects are properly resourced, coordinated, and executed.
Specialist Placement
Discreet, high-quality permanent and contract placements across the cyber security landscape.
Where individual hires are required, we provide targeted access to proven, high-calibre professionals.
Capability Areas
We operate across the full spectrum of cyber security, including:
AI Security
Security Operations & Threat Detection
Cloud & Infrastructure Security
Identity & Access Management (IAM / PAM)
Governance, Risk & Compliance (GRC)
Application Security & DevSecOps
OT / ICS Security
Architecture & Engineering
Our Approach
We start with the outcome, not the role.
By understanding your objectives, environment, and constraints, we identify where capability is required and apply the right solution — whether that’s an individual, a team, or a broader delivery model.
Our focus is on precision, speed, and impact.
Why Patch
Deep specialisation in cyber security
Strong alignment to project and programme delivery
Access to a network of proven, high-calibre specialists
Flexible, outcome-led engagement models