The standards library

What good looks like, made explicit.

Four pillars hold every AI product we build to the same bar. Each carries a small set of principles and a set of standards — marked mandatory or recommended. They operationalise the Group Gen AI Guidelines, Cyber AI Policy (ISO/IEC 42001) and Risk Reference Architecture for Invent teams — see Foundations. Build to these from day one and the gates take care of themselves.

How to read this

Two levels of obligation.

A mandatory standard must be met or formally waived before the relevant gate is passed. A recommended standard is expected good practice; deviate with judgement, not permission. Mandatory standards scale with the product's risk class — a Risk Class 1 product answers to all of them.

Mandatory

Must be met or waived. No sign-off without it.

Recommended

Expected practice. Deviate with reasoning recorded.

Pillar 01

Responsible & Safe AI

An AI product earns the right to ship by being safe, fair, transparent, and accountable — not by being accurate alone. This pillar is non-negotiable at every risk class.

Principles

Human accountability

Every AI decision has a named human owner. The model advises; a person remains answerable.

Proportionate oversight

The higher the stakes, the more human control. Automation is earned, not assumed.

Transparent by default

Users know when they are interacting with AI and can understand, at their level, why it did what it did.

StandardWhat it requiresLevel
Risk & impact assessmentA documented assessment of harms, affected groups, and failure modes completed before build. Sets the product's risk class.Mandatory
Regulatory classificationProduct classified against the EU AI Act and any sector regulation. Prohibited and high-risk use cases identified and controlled.Mandatory
Bias & fairness testingRepresentative evaluation across relevant groups, with thresholds agreed and results recorded. Re-run on material data or model change.Mandatory
Human oversight designA defined point of human review or intervention appropriate to the risk class, with escalation paths.Mandatory
Transparency & disclosureUsers are told they are interacting with AI. AI-generated content is labelled where it could be mistaken for human or fact.Mandatory
ExplainabilityDecisions can be explained at a depth matched to the audience — end user, operator, and auditor.Recommended
Data provenance & consentTraining and prompt data has known origin, lawful basis, and licence. No unlicensed or unconsented personal data. Sensitive or live personal data requires a DPO and CISO assessment.Mandatory
Approved technology onlyOnly Group-approved Gen AI technologies and models, accessed via the Talent page — never through private accounts. Prohibited use cases (e.g. most creative image generation) are declined.Mandatory
Code of Ethics for AIAligned to the Capgemini Code of Ethics for AI. On a client environment, the client's guidelines apply first.Mandatory
SustainabilityModel and infrastructure choices weigh compute cost and carbon against value delivered — a frugal approach, smaller models where they suffice.Recommended

Where we draw the line. Any use case the EU AI Act prohibits, or that we judge to create unmanageable harm, is declined regardless of client demand. This is not a commercial negotiation. Route to Responsible AI escalation.

Pillar 02

Technical Architecture

Architecture is where good intentions meet production reality. This pillar keeps AI systems secure, scalable, evaluable, and cheap enough to run.

Principles

Fit, not fashion

The simplest architecture that meets the need. Reach for a large model only when a smaller, cheaper, or deterministic option cannot do the job.

Evaluate before you scale

No AI system moves toward production without a repeatable evaluation harness and a baseline to beat.

Secure by construction

Threat modelling and data protection are designed in, not bolted on. Prompt injection and data exfiltration are treated as first-class risks.

StandardWhat it requiresLevel
Risk Reference ArchitectureDesign assessed against the GCS Gen AI Risk Reference Architecture (the 16 risks) using the AI solution risk assessment questionnaire, and mapped to an approved pattern (RAG, fine-tune, agentic, classical ML) or a justified departure.Mandatory
Approved models & selectionOnly Group-approved models. The chosen model, and the alternatives rejected, are recorded against cost, capability, latency, and data-residency criteria.Mandatory
Evaluation harnessAn automated, versioned eval suite covering accuracy, safety, and regression. Ground truth defined; results tracked over time.Mandatory
Security & threat modelThreat model covering the 16 risks — prompt injection, data leakage, excessive permission, supply chain, and more. Layer isolation and least privilege; secrets managed; inputs and outputs guarded.Mandatory
LLMOps & observabilityVersioned prompts, models, and datasets. Logging, tracing, cost and quality monitoring in production, with alerting on drift.Mandatory
Data architecturePipelines are reproducible and governed. Lineage is traceable; PII is minimised, masked, or tokenised.Recommended
Guardrails & fallbacksInput/output filtering, grounding checks, and a defined degraded-mode behaviour when the model is unavailable or low-confidence.Mandatory
Cost & performance budgetA unit-economics model (cost per request, latency target) agreed before scale-up and monitored against it.Recommended
Pillar 03

Product & UX

An AI product is only as good as a user's willingness to trust and use it. This pillar keeps us solving the right problem, in an interface people understand.

Principles

Problem before model

We validate the user need and the value case before committing to an AI solution. AI is a means, never the brief.

Design for the wrong answer

The interface assumes the model will sometimes be wrong, and makes that safe, visible, and correctable.

Trust is calibrated

We help users trust the system exactly as much as it deserves — no more, no less. Confidence is communicated honestly.

StandardWhat it requiresLevel
Discovery & value caseEvidenced user need, target outcome, and success metrics before build. AI is shown to be the right tool, not the default.Mandatory
Human–AI interaction patternsUses approved patterns for suggestion, confidence, correction, and hand-off. Users can always challenge or override.Mandatory
Error & uncertainty designModel uncertainty, hallucination risk, and failure are handled gracefully in the interface, not hidden.Mandatory
AccessibilityMeets WCAG 2.2 AA. Tested with assistive technology; not degraded by AI-driven or dynamic content.Mandatory
Design system alignmentBuilt on the approved design system and Capgemini Invent brand. Consistent components, tone, and accessibility baked in.Recommended
Feedback loopUsers can rate, flag, or correct AI output, and that signal reaches the team and, where useful, the model.Recommended
Usability validationTested with representative users before launch. Trust, comprehension, and task success measured, not assumed.Mandatory
Pillar 04

Delivery & Quality

The product does not end at launch — someone runs it long after we leave. This pillar makes what we build testable, maintainable, and safe to hand over.

Principles

Build to be inherited

Assume a different team runs this in a year. Documentation, tests, and ownership make that a non-event.

Automate the boring guarantees

Quality that depends on someone remembering will fail. Testing, checks, and deployment are automated.

Ship small, ship safe

Small, reversible releases behind gates and flags beat big-bang launches every time.

StandardWhat it requiresLevel
Lifecycle gate complianceThe product passes the review gates for its risk class, with evidence recorded at each.Mandatory
Test coverage & CIAutomated tests for code and model behaviour, run in CI. SAST, dependency (SCA), secret and IaC scanning enforced. Built to OWASP Top 10, OWASP ASVS, and NIST SSDF.Mandatory
Red-team before productionA red-team activity and vulnerability assessment before go-live; residual risks logged and mitigated. Coordinated with the CISO.Mandatory
AI-assisted engineeringAI coding assistants only where Group-approved. Treat generated code as untrusted input and review it; the engineer remains accountable for what ships. Per the Vibe Coding Guidance.Mandatory
Code quality baselineLinting, review, and dependency and licence scanning enforced in the pipeline. No unreviewed code to production.Mandatory
Environments & releaseSeparated dev, test, and production. Reproducible, automated, reversible deployments; changes are traceable.Mandatory
Documentation & model cardArchitecture, data, model card, known limitations, and run-book are current and version-controlled.Mandatory
Monitoring & incident responseProduction monitoring for quality, drift, and cost, with alerting and a defined incident and rollback process.Mandatory
Handover & ownershipA named owner and a handover pack that lets another team operate the product without the build team.Recommended

Not sure which standards apply to your build?

Bring your product to office hours and we will help you classify it and scope the reviews.