🦺 AI Safety Compliance & Incident Prevention

Construction remains one of Australia’s most dangerous industries, with SafeWork NSW recording thousands of serious incidents annually. Our AI safety system uses computer vision, IoT sensors, and predictive analytics to prevent incidents before they happen — moving your safety culture from reactive to proactive.

How It Works:

1. Computer Vision PPE Detection — AI-powered cameras monitor site entry points and active work zones in real-time. The system detects missing hard hats, high-vis vests, safety glasses, harnesses, and steel-cap boots. Non-compliant workers trigger instant alerts to site supervisors before they enter hazardous areas.
2. Exclusion Zone Monitoring — Tracks worker locations relative to dangerous zones — crane swing radii, excavation edges, live electrical work areas. Automatic alerts when workers breach safety perimeters.
3. Automated Safety Checklists & SWMS — Digital Safe Work Method Statements (SWMS) and pre-start checklists are generated based on the day’s planned activities, weather conditions, and site-specific risks. Workers complete them on mobile devices with photo evidence.
4. Near-Miss & Incident Reporting — Simplified mobile reporting with voice-to-text, photo capture, and AI-assisted categorisation. The system identifies patterns across near-misses to predict and prevent future incidents.
5. Predictive Risk Scoring — Analyses historical incident data, weather forecasts, fatigue indicators (overtime hours), and task complexity to generate daily risk scores for each site zone. High-risk situations trigger additional safety briefings or work modifications.

Australian Compliance: Designed for WHS Act 2011 and state-specific regulations including SafeWork NSW requirements. Generates audit-ready documentation for OFSC (Office of the Federal Safety Commissioner) accredited builders. Supports ISO 45001 safety management system compliance.

Key Results

20-30%

🦺 Reduction in Workplace Incidents

95%

🎯 PPE Compliance Detection Accuracy

60%

⚡ Faster Incident Report Completion

$250K+

💰 Average Annual Savings on Insurance Premiums

💡 Real-World Scenario

A Tier 2 construction company running 8 concurrent sites across Greater Sydney deployed AI safety monitoring across all locations. In the first 12 months, recordable incidents dropped by 28%, PPE non-compliance was virtually eliminated at monitored entry points, and near-miss reporting increased by 300% (because reporting became easier, not because incidents increased). The company’s workers’ compensation premiums dropped by $280,000, and they achieved their first-ever zero-LTI (Lost Time Injury) quarter.

Key Results

25%

📉 Reduction in Schedule Overruns

15%

📊 Improvement in Resource Utilisation

3 weeks

⏰ Average Early Warning on Delays

💡 Real-World Scenario

A residential builder delivering 40 homes per year across Sydney was consistently running 3-6 weeks over schedule on each build. After deploying AI project scheduling, the system identified that their primary bottleneck was plasterboard subcontractor availability, which cascaded delays to painting and fit-off. The AI now schedules plasterboard crews 2 weeks earlier, pre-books painting slots based on predicted completion, and auto-adjusts the entire schedule when weather disruptions occur. Average project overrun dropped from 4.2 weeks to 1.1 weeks, saving approximately $18,000 per home in holding costs.

📅 AI Project Scheduling & Resource Optimisation

Construction projects are complex, with hundreds of interdependent tasks, multiple subcontractors, weather dependencies, and supply chain variables. Our AI scheduling system doesn’t just create a Gantt chart — it continuously analyses real-world data to predict delays, optimise resource allocation, and keep projects on track.

How It Works:

1. Intelligent Schedule Building — Import your project plan or let the AI generate one from scope documents. The system understands construction sequencing, trade dependencies, council inspection requirements, and typical Australian build timelines.
2. Weather Integration — Connects to BOM (Bureau of Meteorology) data to predict weather impacts on outdoor trades. Automatically adjusts schedules when rain, extreme heat (above 35°C work restrictions), or high wind events are forecast.
3. Supply Chain Monitoring — Tracks material lead times from Australian suppliers, flags potential delays (e.g., steel, timber, windows), and suggests alternative suppliers or schedule adjustments to minimise impact.
4. Subcontractor Coordination — Manages subcontractor availability across multiple projects, automatically coordinates scheduling conflicts, and sends confirmed booking notifications. Tracks subcontractor reliability scores based on historical performance.
5. Daily Progress Tracking — Site supervisors update progress via mobile app. The AI compares actual vs. planned progress, identifies tasks falling behind, and recalculates the critical path in real-time, alerting project managers to emerging risks weeks before they become problems.

Australian Software Integration: Integrates with Procore, Aconex (Oracle), Hammertech, and Buildertrend. Connects with Buildxact for estimating-to-scheduling workflow and SimPRO for trade contractor management. Supports Master Builders and HIA contract milestone structures.