Risk and control,on one register.

Generic GRC tools manage process. E2ERisk manages cyber risk.

Most GRC platforms are content-agnostic: they hand you a register and a workflow engine, then leave you to populate them. For a UK public-sector or CNI security team that means months of configuration before the tool reflects how you actually assess CAF, suppliers, privacy and resilience - and the findings from those activities still arrive as disconnected exports that someone has to reconcile by hand.

E2ERisk is the governance core of a platform that already understands your assurance work. A supplier finding, a CAF gap, a DPIA risk, a failed resilience test or a matched threat all become governed risks in one register, scored by one calibrated engine, with treatment plans, owners and due dates attached - so the board pack assembles itself from live evidence instead of a quarterly copy-and-paste.

In most organisations a finding's journey ends in a slide deck, and the risk quietly disappears with it. On E2ERisk every finding - from a supplier assessment, a CAF gap, a DPIA or a failed recovery test - becomes a tracked risk with an owner, a date and its evidence attached, governed by role-based access control and dual control on the actions that matter.

Governance only works when every risk - a supplier finding, a CAF gap, a DPIA exposure, a failed recovery test - sits on one register, scored the same way. The view below shows the live risk picture: a likelihood-by-impact matrix on one side, the open, overdue and closed counts on the other, all from a single calibrated engine.

When each team keeps its own register, nothing reconciles. Risks are scored differently, treatment actions drift without owners or dates, and the quarterly board pack is rebuilt by hand from exports that no longer agree - so the board sees a snapshot that was already out of date when it was assembled.

Risk follows one path regardless of where it came from: it is captured and linked to its source, scored by the calibrated engine, given a treatment plan and owner, monitored against its KRIs, and reported to the board on demand - then reviewed against appetite and re-scored as things change.

A generic GRC suite is a content-agnostic engine you spend months configuring; a spreadsheet is a register with no scoring behind it. Neither understands how you actually assess CAF, suppliers and resilience. The comparison below shows what changes when governance is the core of a platform that already holds that work.

The result is one defensible risk picture: every risk scored the same way, every treatment owned and dated, and a board pack that assembles itself from live evidence rather than a quarterly copy-and-paste.

A single control rarely answers to one framework. Multi-factor authentication is an ISO 27001 control, a CAF identity outcome, a Cyber Essentials requirement and a NIST function at once - so mapping it once means it reports against all of them without duplicate evidence.

The point of the governance core is what it consolidates: one risk register for the whole organisation, one calibrated scoring engine behind it, board-ready reporting on demand, and a control set mapped to every framework you answer to.

Three things come out of the module, each in the form a board and an auditor expect: the live risk register, the treatment plans with owners and dates, and the board and multi-framework reports generated on demand.

One body of risk and control evidence, mapped to every governance regime a UK organisation answers to - so a control proven once is reported against ISO 27001, the CAF, ISO 31000 and the rest without being re-keyed.