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Generic AI doesn’t solve industry-specific problems. We bring deep sector expertise across 8 verticals — understanding the data, the regulations, the workflows, and the outcomes that actually matter in your world.
Trusted by industry leaders worldwide
Healthcare & Life Sciences
AI that improves patient outcomes, reduces clinician burden, and navigates the regulatory complexity that makes healthcare one of the hardest — and highest-impact — domains for AI.
- Clinicians spending 30–40% of their time on documentation rather than patient care
- Diagnostic errors costing an estimated $100B+ annually in the US alone
- Fragmented EHR systems making patient data nearly impossible to aggregate
- Regulatory requirements (FDA, CE Mark, HIPAA) adding 12–24 months to AI deployment
- Clinical validation requirements often absent or inadequate before deployment
- Staff resistance to AI tools perceived as threatening clinical judgment
- Ambient clinical documentation AI that auto-generates notes from consultations
- Diagnostic imaging AI for radiology, pathology, and dermatology with CE/FDA pathway
- Predictive readmission and deterioration models integrated into existing EHR workflows
- Regulatory-first design: we build the clinical validation plan before the model
- NLP pipelines that extract structured data from unstructured clinical notes at scale
- Change management programmes designed specifically for clinical adoption
Financial Services
From fraud detection to automated underwriting — AI that operates at the speed and scale financial institutions demand, within the regulatory constraints they can’t avoid.
- Fraud losses exceeding $40B annually — real-time detection is an operational necessity
- KYC and AML processes costing global banks $274B per year in compliance spend
- Model Risk Management (SR 11-7) adding 6–18 months to AI deployment timelines
- Legacy core banking systems that cannot easily expose data to ML pipelines
- Explainability requirements — regulators demand models that justify every decision
- Customer churn driven by poor personalisation in an era of challenger banks
- Real-time fraud detection with sub-100ms inference and <0.1% false positive rate
- Automated KYC/AML document processing reducing onboarding from days to minutes
- Interpretable credit scoring models with full SHAP-based explanations for regulators
- Legacy system integration via API layers — no core system migration required
- Model risk management documentation built into every deployment
- Customer churn prediction with personalised retention intervention targeting
Retail & E-commerce
AI that drives revenue per visit, reduces inventory waste, and creates the personalised experience that turns one-time buyers into lifetime customers — at any catalogue scale.
- Average e-commerce conversion rate still only 2–3% — 97% of visitors leave empty-handed
- Inventory holding costs averaging 25–30% of product value annually
- Stockouts costing global retail an estimated $1.1T in lost sales per year
- Customer acquisition costs rising 60% over 5 years while retention rates stagnate
- Manual product content creation unable to keep pace with catalogue growth
- Returns rates exceeding 30% in fashion — largely from poor product discovery
- Personalised recommendation engines that drive 40–60% of total revenue
- Demand forecasting with 35% reduction in stockouts and overstock simultaneously
- Dynamic pricing that responds to competitor pricing, demand signals, and margin targets
- AI-powered customer service handling 80%+ of enquiries without human intervention
- Automated product description and content generation at catalogue scale
- Visual search and size recommendation to reduce return rates and improve conversion
Manufacturing & Industry 4.0
AI that connects the factory floor to the intelligence layer — reducing unplanned downtime, eliminating defects before they reach customers, and optimising production schedules in real time.
- Unplanned downtime costing manufacturers an average of $260,000 per hour
- Quality defect detection still predominantly manual — slow, inconsistent, and fatigue-prone
- OT/IT integration gap: factory sensors and SCADA systems locked away from cloud ML
- Supply chain disruptions exposing brittle just-in-time inventory strategies
- Energy costs representing 20–40% of operational expenditure with no optimisation
- Skilled operator knowledge undocumented and lost when people retire
- Predictive maintenance models trained on vibration, temperature, and current sensor data
- Computer vision quality control at line speed — 99%+ defect detection accuracy
- OT/IT bridge architecture that connects factory sensors to cloud ML without rearchitecting SCADA
- Supply chain disruption prediction with 60% of disruptions flagged 14+ days in advance
- Production schedule optimisation increasing OEE by 15–22% in first deployment
- Energy consumption optimisation using load forecasting and process parameter ML
Legal Services
AI that eliminates the most expensive, repetitive legal work — freeing lawyers to do what only lawyers can do while dramatically compressing the time and cost of high-volume legal processes.
- Partners billing $400–$800/hour for document review that is fundamentally pattern matching
- E-discovery review costs running to $1M+ per major litigation matter
- Junior associate turnover driven by high volumes of repetitive, low-value work
- Liability concerns slowing partner adoption of AI tools across the profession
- Inconsistent contract review quality across jurisdictions and matter types
- Client pressure for fixed-fee work that is only viable if process costs fall dramatically
- Contract review AI extracting 150+ clause types with 99% accuracy — in seconds per document
- E-discovery document triage reducing review population by 80–90% before human review
- Legal research AI surfacing relevant precedents across jurisdictions in minutes
- AI document drafting assistant for standard agreements, reducing drafting time by 60%
- Client intake and matter triage automation covering 100% of enquiries outside office hours
- Liability framework design included in every deployment — we handle the governance
Logistics & Supply Chain
AI that compresses delivery timelines, predicts disruptions before they happen, and extracts every point of efficiency from networks that move millions of shipments per day.
- Last-mile delivery costs consuming 53% of total shipping costs with no clear optimisation
- Freight document processing still largely manual — bills of lading, customs forms, PODs
- Customer service teams overwhelmed by shipment tracking enquiries (60%+ of contact volume)
- Fleet maintenance done on fixed schedules rather than condition — wasteful and still unreliable
- Demand volatility making warehouse slotting and staffing decisions increasingly inaccurate
- Port and carrier delays blindsiding planning teams with no advance warning system
- Last-mile route optimisation reducing fuel costs by 22% and adding 18% more deliveries per driver
- Automated freight document processing with 90% reduction in manual handling time
- Conversational AI handling 70%+ of tracking enquiries — live, 24/7, in any language
- Fleet predictive maintenance reducing unplanned breakdowns by 45%
- Warehouse slotting and pick path optimisation cutting travel distance by 35%
- Shipment delay prediction giving planners 4× earlier visibility into disruptions
Energy & Utilities
AI for the energy transition — from grid load balancing and renewable output forecasting to equipment failure prediction and ESG reporting automation, across conventional and renewable assets.
- Grid balancing costs rising as intermittent renewables increase grid complexity
- Offshore and remote asset inspection requiring expensive, slow manual processes
- Renewable energy output curtailment costing operators billions in lost generation revenue
- Equipment failures in oil & gas causing $38B in unplanned shutdown costs annually
- ESG and carbon reporting becoming mandatory with no scalable collection mechanism
- Demand forecasting accuracy insufficient for modern grid balancing requirements
- Energy demand forecasting with 30% improvement in accuracy versus statistical baselines
- Drone + computer vision asset inspection — 80% faster and 90% cheaper than manual
- Renewable output prediction reducing curtailment losses by 25%
- Oil & gas equipment failure prediction reducing unplanned shutdowns by 55%
- Grid load balancing optimisation reducing balancing costs by 15% at scale
- Automated ESG and carbon reporting reducing report preparation time by 95%
Tech & SaaS
AI that accelerates product development, reduces churn, compresses support costs, and embeds intelligent capability directly into your product — making it better every time a user interacts with it.
- SaaS churn rates averaging 5–7% monthly — AI can predict and prevent 40% of departures
- Engineering teams spending 30–40% of time on repetitive boilerplate code and review
- Support ticket volumes scaling linearly with user growth — unsustainable unit economics
- Product search and discovery failing users — most users never find features they’d love
- Expansion revenue underperforming because usage patterns predicting upgrade intent go unread
- Time-to-value for new users too long — AI-driven onboarding can compress this dramatically
- Customer churn prediction identifying at-risk accounts 30+ days before cancellation
- AI code review and bug detection integrated into CI/CD pipeline — 25% fewer production bugs
- Intelligent support ticket triage with 60% faster response and automatic routing
- Semantic search across product and documentation — 50% reduction in support volume
- In-product AI writing assistant driving 35% increase in daily active usage
- Expansion revenue prediction identifying upgrade opportunities 4 weeks in advance
Not Sure Where to Start?
Let’s Figure It Out Together.
Every industry has its own AI challenges, data realities, and regulatory constraints. Book a free 45-minute consultation and our sector specialists will give you an honest assessment of where AI can create the most value in your specific business.