Find technical documentation, strategic guides, and answers to common questions about industrial autonomy and mission-critical fleet operations.
Find answers to the most common questions about the transition to autonomy.
Browse FAQ →Download whitepapers, standards guides, and ROI calculation tools.
View Resources →Need a custom roadmap or architectural review? Get in touch with our team.
Contact Us →Answers to the challenges of scaling autonomous operations in mining and construction.
We recommend starting with our Site Autonomy Readiness Mapping. We audit your connectivity infrastructure, site geometry (ramp grades, bench widths), and operational processes to define your specific Operational Design Domain (ODD).
Our proprietary framework covers the entire lifecycle of autonomy: Sensing & Perception (L1), Localization (L2), Onboard Intelligence (L3), Path Planning (L4), FMS Integration (L5), Interoperability (L6), Mine Planning (L7), and Predictive Analytics (L8).
A technical scoping workshop typically takes 3-4 weeks. A full site-wide readiness audit and roadmap design takes 8-12 weeks.
Yes. Our core focus is breaking OEM lock-in by implementing ISO 23725 and EMESRT Level 9 standards, allowing vehicles from different vendors (e.g., CAT and Komatsu) to share the same operating zone.
We specialize in functional safety and risk engineering according to ISO 17757, ISO 21815, ISO 23725, and ISO 26262 / SOTIF for autonomous machines.
We design middle-layer architectures that bridge the gap between proprietary OEM systems (MineStar, FrontRunner) and site-wide optimization tools.
We provide strategic advisory and technical architecture remotely or on-site for key milestones. For long-term implementation, we work alongside your local engineering teams or Tier-1 partners.
We offer bespoke consulting engagements based on the complexity of your fleet and site requirements. We typically operate on project-based milestones or strategic advisory retainers.
We offer ongoing safety-case auditing, performance metric tracking (Layer 8), and change management support to ensure your autonomy rollout hits its utilization and ROI targets.
Technical assets to support your AHS implementation strategy.
A technical checklist for evaluating connectivity, ODD limits, and site geometry readiness.
Download Asset →How to architect for mixed-fleet heartbeats and safety-envelope synchronization.
Download Asset →Best practices for Layer 3 on-vehicle safety and decision-engine validation.
Download Asset →Model the EBITDA impact of productivity gains, tire life improvement, and utilization uplift.
Download Asset →Access guidelines and protocol documentation for active Cognigear technical engagements.
Required documentation for site geometry, network topology, and fleet maintenance logs.
Protocols for providing Cognigear access to FMS telemetry and safety violation logs.
| Document Class | Description |
|---|---|
| odd-readiness-spec.pdf | Operational Design Domain readiness assessment |
| iso-23725-handshake.json | Mock payload for cross-vendor safety heartbeats |
| safety-case-template.md | Layer 3 on-vehicle decision logic validation |
| ebitda-impact-model.xlsx | Customizable fleet productivity & OPEX model |
✓Continuous safety-case auditing as site geometry evolves.
✓Quarterly performance reviews against "Golden Metrics" (Layer 8).
✓24/7 technical advisory for critical AHS deployment issues.
Facing a critical interoperability bottleneck or safety certification challenge?