Portfolio Visibility
Know which AI systems, models and suppliers are in use, why they exist and who owns them.
DataConsultant helps boards, AI leaders, data and technology teams, risk functions and business owners define how AI will be inventoried, classified, approved, evaluated, monitored and changed across the enterprise. The outcome is a practical governance strategy with decision rights, lifecycle controls, evidence requirements, escalation paths and a phased implementation roadmap.
Scope, duration and commercial terms are confirmed after reviewing the AI portfolio, jurisdictions, current governance maturity, stakeholder groups, evidence availability and implementation expectations.
Know which AI systems, models and suppliers are in use, why they exist and who owns them.
Define sponsors, system owners, control functions, approval forums and residual-risk authority.
Apply proportionate gates from intake and procurement through release, monitoring, change and retirement.
Create traceable records that explain what was assessed, approved, excepted, monitored and remediated.
Enterprise AI risk rarely comes from one missing policy. It emerges when ownership, inventory, risk classification, evidence, third-party oversight, release gates and monitoring evolve independently across business and technology teams.
Get a clear view of your AI portfolio, governance gaps, decision rights and the controls that should exist before adoption scales further.
The strategy should connect enterprise principles with the practical mechanics of governing AI. Scope is adapted to whether the organisation builds models, buys AI-enabled products, embeds foundation-model services, operates regulated decision systems, or uses a mixed portfolio.
An AI governance strategy defines how the organisation knows what AI it has, distinguishes low-impact from material-risk systems, assigns accountability, establishes control requirements, records evidence, approves exceptions and monitors change. It should work across business, product, data, technology, procurement, risk and control functions rather than sit outside normal delivery.
DataConsultant uses the current state, risk appetite, AI portfolio, delivery model, jurisdictions, existing governance and control architecture as inputs. Recommendations remain proportionate to the decisions the organisation needs to make.
A workable model separates sponsorship, ownership, control challenge, technical evidence and risk acceptance. The exact structure can be centralised, federated or hybrid, but decision rights must remain visible.
Governance should become part of the way AI is proposed, procured, built, evaluated, approved and operated. Higher-risk systems can require deeper evidence, specialist review and tighter change control.
Define which controls apply by risk tier, who provides evidence, who challenges it and who can approve release or an exception.
A governance strategy should use recognised frameworks and applicable law as inputs without pretending that one framework proves compliance everywhere. The relevant mapping depends on jurisdiction, sector, organisation role, AI-system purpose and risk classification.
Use the Govern, Map, Measure and Manage functions as a practical reference for enterprise AI risk management. As of September 2026, NIST states that AI RMF 1.0 is being revised, so governance should be designed to adapt to updated guidance.
Review NIST AI RMF ↗Use the AI management-system standard as a reference for establishing, implementing, maintaining and continually improving an Artificial Intelligence Management System.
Review ISO/IEC 42001 ↗For organisations operating in India, the Bureau of Indian Standards lists the adopted AI management-system standard as IS/ISO/IEC 42001:2023.
Visit BIS Standards ↗The EU AI Act became generally applicable on 2 August 2026, with phased and extended dates for some provisions. Governance design should identify whether the organisation is a provider, deployer or other actor and which systems fall in scope.
Review EU AI Act status ↗AI systems processing personal data in India may also need governance that reflects the Digital Personal Data Protection Act and the Digital Personal Data Protection Rules, 2025, where applicable.
Review MeitY publication ↗The assessment identifies where governance is already working, where practices differ across teams and which gaps materially affect enterprise control. Scores are evidence-led and contextual rather than a generic maturity badge.
Illustrative maturity profile only. Values do not represent a client assessment, benchmark or guaranteed target.
A useful governance strategy defines the management information needed to see coverage, exceptions, incidents, overdue actions and control effectiveness. Prioritisation then focuses effort where impact and feasibility justify it.
The final deliverable set is agreed during scoping. The aim is to leave decision-ready artefacts that can be used by executives, product teams, risk functions, procurement and assurance teams rather than a strategy deck that requires reinterpretation.
Purpose, scope, principles, governance objectives and accountability model.
Required fields, ownership, system boundaries, status and material-change triggers.
Risk criteria, tiers, thresholds, evidence depth and escalation rules.
Named owners, reviewers, approvers, forums, exceptions and residual-risk authority.
Control expectations by risk tier across data, model, safety, privacy and security.
Required checks, evidence and approvals from intake through retirement.
Due diligence, data use, contractual evidence, monitoring, change and exit questions.
Intended use, affected parties, risks, controls, human oversight and residual-risk evidence.
Evaluation, review, documentation and traceability expectations by risk class.
Severity, containment, decision authority, reporting, investigation and governance feedback.
Portfolio coverage, exceptions, incidents, remediation, supplier and control indicators.
Prioritised work, owners, dependencies, decision points, adoption and measurement.
The sequence is adapted to available evidence and the decisions that need to be made. A focused strategy may cover fewer systems or domains; an enterprise programme may require wider stakeholder and regulatory mapping.
Confirm sponsors, portfolio boundary, business priorities, jurisdictions, decision needs and success measures.
Output: engagement charterReview inventory, policies, workflows, systems, suppliers, incidents, audits, assurance and decision forums.
Output: evidence & gap registerSegment AI use cases, roles, impacts, data, suppliers, regulatory contexts and material risk drivers.
Output: risk & obligation mapDefine principles, ownership, forums, risk tiers, decision rights, lifecycle gates and escalation.
Output: target governance modelSpecify policy, control, impact-assessment, supplier, evaluation, release, monitoring and incident requirements.
Output: control & evidence catalogueGroup quick improvements, foundational work, system-level remediation, tooling, training and governance cadence.
Output: implementation roadmapConfirm owners, measures, work packages, pilots, governance reporting, knowledge transfer and next decisions.
Output: executive mobilisation packTranslate governance gaps into sequenced controls, accountable owners, evidence requirements, adoption work and measurable management reporting.
A strategy engagement works best when leadership is willing to make cross-functional decisions. Some requirements are better served by a focused technical assessment, assurance engagement, legal review or implementation service.
The strategy is vendor-neutral unless platform or tooling selection is explicitly in scope. Governance can be designed to integrate with existing AI platforms, MLOps/LLMOps, data governance, ticketing, GRC, security, procurement and documentation workflows.
Actual platforms are confirmed during discovery and depend on the organisation’s AI delivery model.
Controls should appear at the point where a real business or technical decision is made.
DataConsultant does not publish a fixed fee for this enterprise service. A reliable quote requires enough information to distinguish a focused governance design from an enterprise portfolio programme with extensive regulatory mapping and implementation mobilisation.
Pricing is confirmed after an initial scoping discussion. The estimate can be structured around a defined project, phased programme, advisory support or implementation mobilisation depending on the decisions and deliverables required.
A fixed public “market average” is not shown because current public AI-governance pricing in India spans materially different scopes, including ISO/IEC 42001 readiness, framework implementation, technical control deployment, audit support and managed governance. Presenting those as a like-for-like price for this strategy service would be misleading.
Request an AI Governance Strategy QuoteMove from fragmented policies and local reviews to a portfolio-wide model with accountable owners, proportionate controls, reusable evidence and a clear implementation path.
These answers describe typical scope and delivery boundaries. The final engagement is tailored to the organisation’s AI portfolio, governance maturity, jurisdiction, sector and decision requirements.
An AI governance strategy is the organisation-wide approach for deciding which AI systems are in scope, who is accountable for them, how risk is classified, which policies and lifecycle controls apply, what evidence is required, how exceptions are approved, and how AI performance, incidents and material changes are monitored. It translates responsible-AI principles and external obligations into practical decision rights, workflows and measurable governance.
Scope can include executive alignment, AI inventory and taxonomy design, current-state assessment, governance principles, risk-tiering methodology, target operating model, roles and decision rights, policy and control catalogue, lifecycle stage gates, third-party AI governance, impact-assessment requirements, evidence standards, monitoring and incident governance, management reporting, training priorities and a phased implementation roadmap. Final scope is agreed during discovery.
Sponsorship commonly sits with a Chief AI Officer, Chief Data Officer, CIO, CTO, Chief Risk Officer, digital or transformation executive, or another leader accountable for enterprise AI. Effective design normally also needs participation from business and product owners, AI and data teams, security, privacy, legal, compliance, procurement, risk, internal audit and affected operations.
Common triggers include rapid adoption of generative AI, multiple AI products across business units, use of third-party foundation models, regulated or high-impact use cases, inconsistent approvals, unclear ownership, pressure from customers or boards for evidence, AI incidents, new regulatory obligations, or a need to scale pilots into production without creating fragmented controls.
Risk classification is tailored to the organisation. Criteria can include intended use, affected people, decision consequence, autonomy, data sensitivity, model or supplier dependency, explainability needs, safety impact, security exposure, reversibility and applicable legal or sector requirements. The output should determine proportionate control depth rather than apply the same checklist to every AI system.
Yes. The governance design can map organisational practices to recognised reference points such as the NIST AI Risk Management Framework and ISO/IEC 42001, together with internal policies and applicable regulatory obligations. Mapping does not itself constitute certification, legal compliance or a statutory audit; those outcomes require the appropriate authorised assessment or certification process.
Where relevant to the organisation, the strategy can identify governance decisions, evidence, ownership and lifecycle controls that should be mapped to applicable obligations, including the EU AI Act and India’s data-protection framework. Applicability depends on jurisdiction, sector, role in the AI value chain, system purpose and data processing. Legal interpretation should be confirmed with authorised legal and regulatory specialists.
Third-party governance can cover approved-use criteria, supplier due diligence, data-use and retention questions, security and privacy evidence, model and service changes, subcontractors, contractual responsibilities, evaluation requirements, monitoring, incident notification, business continuity, exit planning and reassessment triggers. The organisation retains accountability for decisions about use and residual risk.
Typical deliverables can include an AI governance charter, AI system inventory design, risk-classification standard, governance operating model, RACI and decision-rights matrix, policy and control catalogue, lifecycle stage-gate model, impact-assessment template, supplier-governance checklist, evidence requirements, incident and escalation playbook, management scorecard, prioritised implementation roadmap and executive decision summary.
A reliable duration is confirmed after scoping rather than advertised as a fixed promise. Timing depends on the number of AI systems and business units, stakeholder availability, regulatory jurisdictions, maturity of existing policies and inventories, evidence quality, workshop volume, the depth of control mapping, and whether implementation mobilisation is included.
DataConsultant does not publish a fixed fee for this service. Pricing is scope-led and confirmed through a Request a Quote process after the AI portfolio, business units, jurisdictions, stakeholder groups, governance maturity, control-mapping depth, documentation needs, workshops, implementation support, onsite requirements and expected deliverables are understood.
Yes. Implementation support can be scoped separately for governance forums, policy rollout, AI inventory workflows, risk-assessment templates, stage gates, assurance integration, reporting, supplier governance, monitoring, incident processes, training and delivery mobilisation. Client accountability for approvals, legal interpretation and risk acceptance remains explicit.
Useful inputs include AI and automation inventories, current policies, risk taxonomies, architecture and data-flow information, model or vendor documentation, procurement standards, privacy and security assessments, evaluation records, incident history, regulatory obligations, organisation charts, approval workflows, audit findings, transformation plans and access to accountable stakeholders. Missing evidence is recorded as a limitation rather than assumed.