External and physical
Where access becomes risk.
Perimeter and cameras, access control and biometrics, guard patrols, visitor control and evidence retention. Sets whether an event can be evidenced and a claim defended.

YAVA / Risk Intelligence
Most assets look secure on paper. The Risk Intelligence Platform, known as RIP, sends engineers to the asset to check what is really in place across physical security, technology and staff procedures, scores it, and sets out what to fix. Where remediation is needed, the same team can deliver it.
The principle
Most risk assessments depend on documents, questionnaires and remote checks. These show what should be in place. They do not always show what is working.
Our engineers visit the asset to test the controls, inspect the equipment, speak to staff and understand how a failure could happen.
Every assessment produces a RIP Score Report out of 100, the evidence behind it, how a loss could occur and a prioritised plan. We can then deliver the improvements.
The three layers
Each layer is scored, and the three combine into one figure out of 100 your underwriter can rely on and you can track at every review.
Where access becomes risk.
Perimeter and cameras, access control and biometrics, guard patrols, visitor control and evidence retention. Sets whether an event can be evidenced and a claim defended.
Where systems become loss.
Network design and segmentation, identity and privileged access, core systems, operational technology and cloud, and backup and recovery.
Where behaviour breaks control.
Credential handling, multi factor sign in, incident response and escalation, and threat awareness. Decides whether good systems hold up under pressure.
Explore by environment
Choose an environment to see the systems YAVA can assess and integrate, and the risks we examine on site. The mix is always tuned to the specific asset.
Environment
An airport is many operators sharing one site, where revenue, safety and security all depend on systems agreeing.
Environment
A hotel runs property, payment, guest network, surveillance and access systems, usually bought separately and never joined up.
Environment
A port runs automation and control systems next to business networks, over a large site, without room to stop throughput.
Environment
Energy and industrial assets are often remote, spread out, and running ageing control systems never meant to be connected.
Environment
A public building combines access, identity, records and building systems, often owned by no single team.
What we assess
Every Risk Intelligence assessment looks across three layers, from the outside in, so declared risk becomes observed risk.
Output → RIP Score Report · External / Internal / Training scored on a 100-point scale · each finding weighed on likelihood × impact × exposure · prioritised loss pathways · remediation roadmap ranked by risk reduction per £ spent.
How the process works
We agree the asset, the boundaries of the assessment and the timing.
We review policies, documents and system information before we travel.
Engineers inspect the asset, test controls, examine equipment and speak to staff.
Each layer is scored and combined into one figure out of 100.
You receive the report, the evidence and an insurer brief where required.
Optional. Our engineers deliver the improvements and the asset is rescored.
What you receive
After the assessment you receive a written report covering all three layers, with each layer scored, the evidence behind it, and what to do next.
Each layer scored out of 100, combined into one composite figure, with the evidence behind every score.
How an incident would actually travel through the site, from first access to financial loss.
What to fix first, in order of impact and cost, so budget goes where it reduces risk most.
A summary written for underwriters, evidencing what is in place at the asset.
Give your insurer real evidence to price against, supporting better terms and wider cover.
Show the risk position of an asset in one number, and justify spend with a costed plan.
A clear work list for your site teams, and the basis for the repairs we carry out.
Rescored at each reassessment, so progress is easy to see and easy to prove.
Who uses the output
Evidence based pricing and renewal support.
An honest map of what works and what to fix first.
Prioritised remediation against real failure paths.
A technical partner to refer in without ceding the client.
Operational diligence at entry and through the hold.
Verified operational risk before commitment.
Assessment and remediation from one team
RIP is an extension of YAVA's engineering. Because the same firm can find the issues and fix them, you buy risk reduction rather than risk identification. This is a service designed to prevent incidents.
One complex or high value site, fully assessed, with a report you can act on.
We screen part of your portfolio and show where the largest, most cost effective gains sit.
Ongoing assessment, repair and monitoring across a defined set of sites.
Risk Intelligence FAQ
A RIP assessment runs across three layers: external and physical, internal technology, and people and procedures. Each layer is inspected on site, scored, and combined into one figure out of 100. You receive a RIP Score Report with the evidence, a loss pathway map, a prioritised action plan and an insurer ready brief where required.
Documents and remote checks show what should be in place. They do not always show what is working. Engineers on site test the controls, inspect the equipment, speak to staff and see how a failure could actually happen, which is what changes the score.
Yes. Because the same firm can find the issues and fix them, the asset is remediated and rescored, so you buy risk reduction rather than risk identification.
The insurer ready brief evidences what is in place at the asset, supporting pricing at renewal and a defensible file at claim stage. Reassessment shows a measurable change in the risk between renewals.
Contact
Whether you need advice on what to build, a system delivered and deployed, or an asset assessed and put right, a short conversation will tell you whether we fit the problem.