USE CASE
THE CHALLENGE:
As AI usage expanded, several structural risks became apparent:
- Data feeding AI tools was fragmented across multiple legacy systems.
- Definitions of program eligibility, risk thresholds, and compliance rules varied across departments.
- AI-generated summaries and recommendations appeared plausible but were not consistently traceable to validated source data.
- Governance frameworks existed as policy documents but were not embedded into data workflows.
- Legal teams expressed concern about exposure from third-party AI models trained on external data sources.
Most critically, the department could not confidently demonstrate lineage from raw data through to AI-influenced decisions — creating potential exposure under emerging AI accountability frameworks.
Innovation was moving forward, but governance was lagging behind.
Required Outcomes:
To operationalise AI responsibly, the department required:
- Standardised data definitions across agencies and systems.
- End-to-end traceability from data source to AI-generated output.
- Embedded governance controls within data workflows — not applied retrospectively.
- Clear human oversight of AI-assisted decisions.
- Monitoring mechanisms to detect drift or degradation in AI output reliability.
- Alignment with emerging AI regulatory frameworks and management standards.
The objective was clear: ensure AI enhances public service delivery without compromising accountability or compliance.
How the emite Platform Helped
The emite Platform provided a structured, governed data foundation to
stabilise AI initiatives.
1. Unified & Governed Data Inputs
emite Advanced iPaaS consolidated fragmented data from legacy systems, APIs, and document repositories — applying consistent, human-defined business rules to standardise definitions and enforce data integrity before AI interaction
2. Embedded Governance by Design
Rather than layering compliance checks after insights were generated, governance controls were embedded into data processing workflows, ensuring traceability and auditability from the outset.
3. Decision Traceability & Audit Readiness
Through end-to-end visibility across data movement and transformation, the department could demonstrate how data flowed into analytics and AI-assisted outputs — supporting internal review and external audit processes.
4. Drift Monitoring & Accountability
Ongoing monitoring of data inputs and transformations helped detect behavioural changes or inconsistencies that could influence AI outputs over time. Human oversight remained central to high-impact decisions.
Most critically, the department could not confidently demonstrate lineage from raw data through to AI-influenced decisions — creating potential exposure under emerging AI accountability frameworks.
Innovation was moving forward, but governance was lagging behind.
Measurable Impact
Within the first year, the department achieved:
- Improved consistency in AI-assisted case assessments
- Reduced time spent reconciling conflicting data interpretations
- Strengthened audit confidence across regulatory review cycles
- Clear documentation of data lineage and AI decision support
- Greater executive assurance in AI-enabled reporting
AI became a governed capability aligned with public accountability expectations, rather than a risk exposure point.
Executive Takeaway
In government services, AI capability must be matched by AI accountability.
Compliance-ready data foundations are not optional — they are essential for maintaining public trust and regulatory alignment in 2026 and beyond.
Supporting EU AI Act & ISO/IEC 42001 Readiness
As AI adoption expands across government services, regulatory alignment is no longer optional. The department’s strengthened data foundations directly supported emerging global AI governance frameworks.
EU AI Act Considerations
The EU AI Act places obligations on public sector bodies, particularly where AI systems influence rights, eligibility, or public service outcomes.
The department’s approach addressed key requirements including:
ISO/IEC 42001 Alignment
ISO/IEC 42001 establishes requirements for an AI Management System (AIMS), focusing on structured governance and continuous improvement.
The department’s strengthened data foundation supported:
Article 9 – Risk Management Systems
Embedded governance controls within data workflows.
Article 10 – Data Governance & Quality
Standardised, validated data sources feeding AI systems.
AI Risk Assessment & Treatment
Identification and monitoring of AI drift and data inconsistencies.
Transparency & Explainability Requirements
End-to-end traceability from data source to AI-supported outcome.
Article 12 – Record-Keeping & Logging
Traceable data movement and documented transformation logic.
Article 14 – Human Oversight
Maintained human review in AI-assisted decision flows.
Continuous Monitoring & Improvement
Ongoing oversight embedded into operational workflows.
Data Quality Management Controls
Governed inputs and standardised business definitions.
Article 15 – Accuracy & Robustness
Ongoing monitoring to detect drift and performance degradation.
Why This Matters
Under both the EU AI Act and ISO 42001, organisations remain accountable for AI outcomes —
regardless of whether the underlying models are internally built or externally sourced.
By embedding governance directly into its data foundations, the department positioned itself to scale AI responsibly while maintaining regulatory defensibility and public trust.














