| Offer A — Mining Application Framing Sprint | Credible technology or concept; no sufficiently defined mining application or demonstration context. | Where can this technology create practical value in mining, and what must a first demonstrator prove? | Chosen mining use case and demonstration context, stakeholder and adoption map, proof plan, and a 90-day validation roadmap. | 1–2 weeks of effort, normally within 2–3 calendar weeks. |
| Offer B — Mining Demonstration Platform Definition | Tested technology or early prototype; approved application and demonstration context. | What demonstrator should we build, what mine workflow must it support, and what evidence must it produce? | Field-deployable demonstration platform specification, modular configuration and interface definition, validation plan, traceability matrix, risk register and executive build decision package. | Normally 5–7 calendar weeks after the context is approved; combined A + B normally 7–10 calendar weeks. |
| Offer C — Mine-Ready Productization Assessment | Defined application and a representative working or field-validated demonstrator or prototype. | What must change before the demonstrator can be validated, manufactured, installed, serviced, supported and scaled? | Evidence-based productization baseline, scorecard, prioritized gap register, demonstrator-to-product transition view, indicative 18–24 month roadmap and a recommended execution model. | Up to 4 calendar weeks, remote-first. |
| Offer D — Prototype-to-Channel Readiness Program | Approved productization baseline or equivalent evidence, executive sponsor, funding path and a named product owner. | How do we convert the roadmap into an executable program and build the delivery capability required for scale? | Governed execution plan, high-leverage technical leadership, partner technical coordination, readiness-gate progress and capability transfer. | Surge normally 2–6 months; Execute normally 6–18 months; Maintenance ongoing. |