Skewb Solution Pathway
Capital Delivery, MRP &
Planned Work Optimisation
Improve certainty across Capital Delivery, MRP and Planned Works.
Our solution provides the visibility, control and insight needed to optimise investment, accelerate delivery, reduce risk and minimise customer disruption — enabling better decisions and improved outcomes across the entire programme lifecycle.
Capability Demonstrations
Real-Time Commercial Control
Eliminate cost overruns with live TOTEX visibility, automated cost-per-metre tracking, and instant commercial variance reporting across your entire delivery chain.
Delivery Partner Performance Intelligence
Drive accountability and continuous improvement with automated SLA scoring, predictive risk flagging, and evidence-based partner benchmarking.
AI-Powered Scenario Modelling
Simulate programme outcomes before committing resources. Predict cost, schedule, and customer impact across multiple delivery strategies in seconds.
Intelligent Work Distribution
Automate allocation decisions in real-time. AI matches work to delivery partners by capacity, competency, and geography — cutting allocation time by 80%.
Autonomous Scheme Planning
Generate optimised push plans in minutes, not days. AI determines boundaries, sequencing, and resource levelling to accelerate scheme delivery by 42%.
Predictive Capacity Optimisation
Forecast workforce demand, identify capability gaps before they impact delivery, and dynamically rebalance resource across your programme.
Customer Disruption Minimisation
Reduce customer complaints by 61%. Predict impact before work begins, automate proactive communication, and dynamically mitigate disruption in real-time.
Automated Traffic Management
Slash TM costs and eliminate permit delays. AI generates compliant layouts, coordinates Street Manager submissions, and optimises road space utilisation.
Live Field Intelligence
Property-level progress streaming from site to boardroom. Eliminate reporting lag, drive crew accountability, and enable instant decision-making from real data.