Know whether a system can safely operate.
And be able to prove why.
VERIDION creates a continuously maintained, machine-understandable security model of your systems and uses AI, evidence and deterministic reasoning to accelerate security assessment, threat analysis, risk decisions and authorization.
Payroll Processing Platform
Security teams are drowning in assessment mechanics.
Experienced security professionals spend too much of their time reading documentation, reconstructing architecture, hunting for evidence, mapping controls, checking contradictions and writing repetitive assessment commentary.
Automate the mechanics.
Let experts concentrate on judgement.
GRC records compliance.
VERIDION reasons about assurance.
- Record controls
- Record evidence
- Record findings
- Record risks
- Record remediation
Captures and stores what teams enter. Essential, structured, and a natural source of truth for VERIDION to build on.
- Understand the system
- Analyse the evidence
- Reason about controls
- Model threats
- Construct risk
- Build assurance cases
- Support authorization
Veridion does not simply read documents. It builds a machine-understandable model of security reality.
Cybersecurity Assurance Ontology
Defines what security concepts mean and how they relate to one another.
Hover any concept to illuminate its relationships
Security Knowledge Graph
A richer, environment-specific graph of the real systems, identities, evidence and risks in play.
Hover any entity to trace how it connects
System Security Digital Twin
A miniature live model of the deployed architecture, its controls, evidence and current authorization.
Together they enable evidence-backed security reasoning.
From raw evidence to defensible assurance
Ten stages turn scattered documents and telemetry into a living, defensible argument — each step structured, evidence-linked and accountable to a human.
Documents & Technical Sources
The raw inputs — as they actually exist in your environment.
AI Extraction & System Understanding
Models read, parse and structure every source into machine-usable facts.
Cybersecurity Ontology
Facts are mapped onto a formal language of security concepts.
Security Knowledge Graph
Concepts connect into a queryable web of relationships.
System Security Digital Twin
A living model of the system as it is defended today.
Assurance Reasoning
The engine tests claims against evidence — and challenges itself.
Control · Threat · Risk
Effectiveness, exposure and residual risk are resolved together.
Assurance Case
A structured, evidence-linked argument for every conclusion.
Human Decision
Experts review, adjust and own the final authorization.
Continuous Assurance
The twin stays live — assurance is re-evaluated as reality changes.
A retrieved passage becomes a confident-sounding answer. No model of the system, no structured evidence, no way to defend the conclusion.
Every conclusion is grounded in a live model of the system and a chain of linked evidence — reasoned, challenged and handed to a human to own.
Not another chatbot over your documents.
Every conclusion should be defensible
Veridion transforms assessment results into evidence-backed assurance cases.
Claim
Privileged access is appropriately protected.
Requirement
Applicable ISM / NIST / organisational security objective
Implementation
Controls implementing the requirement
Evidence
Evidence gathered across independent sources
Supporting Evidence
- Conditional Access enforces MFA on all roles
- PIM removes standing privileged access
- Technical test confirmed enforcement
Counter-evidence
- 2 emergency accounts excluded from standard MFA policy
- Exclusion is continuous, not time-bound
Assessment Argument
Weigh supporting evidence against counter-evidence to reach a defensible position.
Proposed Conclusion
A status tells you what was decided.
An assurance case tells you why the decision can be trusted.
AI doesn't make one decision.
It prepares the right decision for the right human.
Security assurance involves different accountable decisions. VERIDION prepares a purpose-built decision package for each role.
Core identity, access, and encryption controls are effective and evidence-backed. Residual risk is concentrated in three material items with defined treatment plans. Recommend approval conditioned on closing the emergency-account MFA gap within 30 days.
Demonstration content only
From periodic assessment to living assurance
Security authorization is not a one-time gate. VERIDION runs the full lifecycle as a continuous loop — and when reality changes, it knows exactly what to revisit.
Build
Are we ready for assessment?
- Architecture understanding
- Control applicability
- Evidence readiness
- Gap analysis
Assess
What is implemented and effective?
- Evidence analysis
- Control assessment
- Threat modelling
- Risk analysis
Authorize
Can the residual risk be accepted?
- Decision package
- Conditions
- Risk acceptance
- ATO / go-live
Monitor
Has anything invalidated our assurance?
- Continuous evidence
- Change analysis
- Evidence ageing
- Reassessment triggers
Monitor feeds continuously back into Build and Assess — a living loop, not a line
API Endpoint
Private API Endpoint
API Endpoint changed to
INTERNET ACCESSIBLE
Consequence propagation
- 1Architecture changed
- 2Exposure changed
- 3Trust boundary changed
- 43 new threat paths
- 56 controls potentially affected
- 64 evidence artefacts potentially invalid
- 72 risks require recalculation
Targeted Reassessment Required
Reassess what changed. Not everything.
Continuous AI-Assisted Security Authorization
Understand security once.
Assess against many frameworks.
Veridion is not an ISM-only tool. It models how security is actually implemented, then evaluates how that single reality satisfies every framework you are accountable to.
Evidence once.
Assess many.
Veridion models the implementation first, then evaluates how that reality satisfies each framework. Collect and verify evidence a single time — reuse it across every requirement it can support.
Hover any framework in the map to see how the same privileged-access implementation is expressed in that framework's own language.
- PIM role configuration export
- Conditional Access policy set
- MFA enrollment report
- Privileged sign-in logs (30d)
Custom Control Packs
Author bespoke control sets and assess reality against them alongside published frameworks.
Organisational Overlays
Layer agency or enterprise-specific hardening on top of any baseline framework.
Framework Versioning
Track requirement changes across framework revisions and re-evaluate impact automatically.
Control Cross-Mapping
One implementation satisfies many requirements — mapped, deduplicated, and reconciled.
Conceptual demonstration functionality. Framework mappings and confidence values shown are illustrative and do not represent certified compliance with, or endorsement by, any framework authority.
Stop assessing the same security control again and again.
Enterprise services like identity, logging and network security are assessed once — then their assurance flows to every system that depends on them.
Enterprise Identity Service
Assessed centrally · inherited widely
- MFA
- Conditional Access
- Privileged Identity Management
- Authentication Logging
Assess common enterprise controls once. Reuse trusted assurance across every dependent system — with the inheritance made explicit, not assumed.
Multi-Factor Authentication
Enterprise Identity Service
dependent systems identified
require review
material assurance impacts
One control degrades and Veridion instantly traces the blast radius through the inheritance graph — telling you exactly which systems to review, not asking you to guess.
Your organisation should not solve the same security problem twice.
Veridion retains what your organisation already knows — patterns, evidence, decisions and precedents — as a governed corporate memory.
Approved Architecture Patterns
Reference designs already accepted, ready to reuse with their assurance intact.
Reusable Evidence
Artefacts collected once, linked to every control and system they substantiate.
Common Controls
Enterprise services assessed centrally and inherited by dependent systems.
Previous Assessments
Prior judgements retained with their reasoning, evidence and conditions.
Accepted Treatments
Risk treatments an authority has already approved, with scope and expiry.
Recurring Risks
Patterns of risk that reappear across systems, surfaced before they bite.
Assessment Precedents
How comparable cases were decided, so new decisions stay consistent.
Governed, not guessed
Every reused item is versioned and provenance-aware — you always know where it came from and whether it still applies.
Reuse is authorised and scoped, never automatic. Human owners decide what enters memory.
Patterns and evidence carry versions, so a superseded decision never masquerades as current.
Every conclusion traces to its source and the context it was valid in — not a black-box model.
This is organisational knowledge that is governed, versioned and provenance-aware — deliberately different from a model that blindly learns from past decisions. Precedent informs judgement; it never silently overrides it.
AI you can trust with security assurance
VERIDION separates what AI is good at from what only accountable humans and deterministic rules should own — so intelligence accelerates the work without ever owning the decision.
AI Proposes
The engine does the mechanical heavy lifting — but only ever proposes.
Evidence Proves
Every significant conclusion is linked to traceable, verifiable provenance:
- Source
- Version
- Timestamp
- Evidence
- Provenance
Rules Constrain
Deterministic requirements use deterministic evaluation — never a language model.
Humans Decide
Formal authority always remains with accountable people:
- Security Assessor
- Risk Owner
- System Owner
- Authorising Officer
Every recommendation ships with its receipts
- AI Recommendation
- Partially Effective
- Model
- VERIDION Assurance Engine
- Evidence reviewed
- 12 artefacts
- Rules applied
- 4
- Counter-evidence
- 1
- Confidence
- 89%
- Human reviewer
- Pending
Illustrative record. Values shown are for demonstration only.
Designed for government and critical infrastructure
A target architecture built around how sensitive organisations actually control their evidence — from files on a drive to sovereign, in-environment collection.
Evidence acquisition modes
Supplied Evidence
Files, exports and reports provided directly by the organisation.
Read-only Connectivity
Scoped, read-only access to existing platforms — no write privileges.
Sovereign / Local Collector
Customer-controlled collection running inside sensitive environments.
Deployment options
Target architectureSaaS
Multi-tenant managed service
Dedicated Tenant
Isolated single-customer instance
Sovereign Cloud
In-region, jurisdiction-aligned
Private / Customer Hosted
Runs in customer infrastructure
Product direction, not a claim of availability. These modes and deployment models describe the target architecture VERIDION is designed to support. They are not represented as already implemented or certified.
Why Veridion can become more valuable with every assessment
The moat is not a single model — it is a designed stack of compounding intelligence assets. Each is a core IP direction, described here as intended foundations rather than completed proprietary technology.
Cybersecurity Assurance Ontology
How Veridion represents the security-assurance world.
Assessor Reasoning Model
How experienced professionals reach defensible conclusions.
Security Knowledge Graph
Accumulated relationships between systems, controls, evidence, threats and risks.
Framework Intelligence
Deep interpretation and mapping across security frameworks.
Assessment Intelligence
Knowledge developed through human-reviewed assessments.
Enterprise Security Memory
Customer-specific reusable patterns, evidence, common controls and precedents.
Compounding assurance intelligence
Designed moatEach human-reviewed assessment is designed to deepen the ontology, enrich the knowledge graph and extend enterprise memory — an intended intelligence foundation where value accrues with use rather than resetting each engagement.
From weeks to days.
From periodic to continuous.
From checklists to intelligence.
- L1
Digitised Assessment
- L2
AI-Assisted Assessment
- L3
Intelligent Assurance
- L4
Continuous Assurance
- L5
Predictive Assurance
Dramatically reduce skilled assessor effort while increasing consistency, traceability and assurance quality.
The opportunity is not to automate cybersecurity.
It is to transform how organisations establish and maintain trust in their systems.
Security authorization should not be a document produced once.
It should be a living, evidence-backed understanding of whether a system can safely operate.
Understand the system,
not merely its documents.
Assess security reality,
not merely checklist compliance.
Automate the mechanics,
so experts concentrate on judgement.