Anonymised Client Work

Production outcomes.
Not projections.

Every number on this page comes from a live production deployment in a regulated environment. Client names are withheld by agreement. The outcomes are verifiable.

AI Cost OptimisationLife InsuranceUKFortune 500
01

93% AI Infrastructure Cost Reduction at Scale

Situation

A major UK life insurer had deployed Azure AI Foundry to process tens of thousands of underwriting documents per month. Token costs were scaling linearly with volume. At projected 5,000+ documents per hour, the annual AI infrastructure bill was forecast to exceed £2M — and growing. The CFO flagged it. The CTO needed a solution that didn't compromise on performance or data governance.

Complication

Simply switching to open-source models was not viable. The insurer operated under FCA oversight with strict data residency requirements. Any model serving production workloads needed to run within the organisation's own cloud estate — not third-party API endpoints. The technical team had no experience operating GPU infrastructure at scale.

Solution

Nural AI designed and deployed a patent-pending hybrid LLM routing architecture. Low-volume, latency-sensitive queries continued to route to managed Azure AI Foundry endpoints. High-volume batch processing — the dominant cost driver — was redirected to a self-hosted GPU cluster (NC48ads A100 v4 nodes) running Llama 3.x and Qwen 2.5 models via KAITO operator on AKS. An intelligent routing layer classified each request at inference time and directed it to the optimal endpoint based on cost, latency, and compliance parameters.

Results

93%
reduction in AI infrastructure cost
47,637
requests/hour throughput achieved
£1.8M+
annualised cost saving
100%
data residency compliance maintained
Outcome

The architecture is now the organisation's standard for LLM deployment. A patent application has been filed covering the routing methodology.

AI Platform ArchitectureLife InsuranceUnited StatesFortune 500
02

360× Underwriting Speed — 3 Hours to 30 Seconds

Situation

A US life insurance group's underwriting team was processing medical evidence manually. A single policy application required a senior underwriter to read, interpret, and annotate lab results, APS summaries, MVR reports, and prescription histories — a process taking 3–4 hours per policy. With application volumes growing, the backlog was extending customer wait times and creating retention risk.

Complication

Medical underwriting involves complex clinical reasoning. Errors carry significant liability. The legal and compliance teams were explicit: any AI system must be explainable, auditable, and traceable — hallucinations were not acceptable. Third-party AI vendors offering generic solutions could not meet the data sovereignty and model transparency requirements.

Solution

Nural AI designed a multi-agent medical intelligence framework. Four specialist agents were orchestrated in sequence: a Demographics Agent (builds the risk profile), a Blood Pressure Agent (interprets cardiovascular indicators), a Lab Analysis Agent (processes LOINC-coded results against clinical thresholds), and a QA Verifier Agent (validates all outputs for consistency and traceability). Every output was token-grounded — each finding linked to the specific source text that produced it. The system deployed on the insurer's own Azure estate with no data leaving the perimeter.

Results

360×
processing speed improvement
18.1s
average full analysis time per policy
94.8%
decision accuracy vs 67% industry average
97%
hallucination detection accuracy
$35M+
projected annual business value
100%
audit trail coverage
Outcome

The system processes 171 policies per batch at 28 seconds average per policy. Senior underwriters now review AI-generated summaries rather than raw documents — reducing their cognitive load while maintaining accountability. A patent application has been filed covering the zero-hallucination extraction methodology.

AI Platform DeploymentEnterprise RetailUK10,000+ employees
03

89% HR Query Resolution Without Human Intervention

Situation

A major UK retailer with 10,000+ employees across hundreds of sites was operating a high-volume HR support function. The volume of repetitive queries — payroll, leave, benefits, policies — was consuming significant HR team capacity. The business needed a solution that could handle queries at scale, integrate with existing systems, and maintain compliance with UK employment law requirements.

Complication

Employee trust was the primary risk. A poor AI experience — wrong answers, unable to escalate, losing context — would damage adoption and create legal exposure. The solution needed to integrate with ServiceNow and Workday without exposing sensitive HR data to third-party AI APIs.

Solution

Nural AI designed and deployed a Microsoft Copilot Studio platform with custom knowledge architecture, intent classification, and escalation routing. The system was integrated with ServiceNow for ticket management and Workday for employee data via Azure Logic Apps — all within the organisation's Microsoft 365 estate. A human-in-the-loop escalation layer ensured no sensitive query was handled incorrectly.

Results

89.3%
query resolution without human intervention
1.2s
average response time
4.6/5
employee satisfaction score
40%
reduction in HR operational cost
10,000+
employees served
Outcome

The platform handles the equivalent of a full HR team's query volume with a fraction of the resource. Human HR staff now focus on complex cases, policy development, and employee relations.

Cloud Platform ArchitectureFinancial MarketsUKFTSE-listed
04

Multi-Region Azure Landing Zone — Adopted as Org Standard

Situation

A UK financial markets infrastructure provider was running a fragmented Azure estate — multiple subscriptions with inconsistent security controls, no unified governance model, and CI/CD pipelines failing in production at an unacceptable rate. Regulatory expectations around infrastructure resilience were tightening.

Complication

The organisation had a complex stakeholder environment — multiple engineering teams with conflicting conventions, a risk function requiring evidence of compliance, and a strict change management process. Any new architecture had to be implemented without disrupting live trading infrastructure.

Solution

Nural AI led the design and implementation of a multi-region Azure Landing Zone with custom Terraform modules built to the organisation's specific security and compliance requirements. CIS benchmark compliance was enforced in IaC from day one. Shift-left security was integrated into the CI/CD pipeline — catching misconfigurations before they reached production. The architecture was documented and presented to the risk committee as the new organisational standard.

Results

40%
reduction in production pipeline failures
100%
CIS benchmark compliance in IaC
0
security exceptions in first 6 months post-deployment
Outcome

The Landing Zone was formally adopted as the organisation's Azure architecture standard. The Terraform modules are now the baseline for all new workload deployments across the estate.

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