Pathway
Where you enter depends on the evidence you already have.
Mining technology teams arrive at very different points: an unproven market hypothesis, a laboratory prototype, a demonstrator that worked in a field trial, or an approved roadmap waiting for execution. The entry point should match the uncertainty, not a service tier.
Value chain
Four stages, four decisions.
| Stage | Offer | Client decision enabled |
|---|---|---|
| Define the mine problem | Offer A | Is this the right mining application and demonstration context to pursue? |
| Build the proof | Offer B | What field-deployable demonstrator should be built, and what evidence must it produce? |
| Productize for the mine | Offer C | What must change before the demonstrator can become a repeatable commercial product? |
| Scale with confidence | Offer D | How do we execute the work and build the delivery capability required for scale? |
Maturity routing
Match your situation to an entry point.
| Client situation | Primary uncertainty | Appropriate offer |
|---|---|---|
| Credible technology or concept, but no narrow mining problem, target workflow, demonstration context or proof objective | Where should this technology create practical value in mining, and what must it prove first? | Offer A |
| Tested technology, laboratory prototype or early system; approved or credible candidate context; no requirements-level demonstrator definition | What demonstrator should we build, what workflow must it support, and what evidence must it produce? | Offer B |
| Representative demonstrator or prototype exists for a defined mining application, but repeatable product deployment is uncertain | What must change before the system can be validated, manufactured, installed, serviced, supported and scaled? | Offer C |
| Productization roadmap or equivalent evidence exists; sponsorship, funding path, decision authority and readiness to execute are in place | How do we convert the roadmap into an executable program and build the capability required for scalable deployment? | Offer D |
Trigger events
Signals that it is time to start.
Offer A — application stage
- A capability proven in another sector — sensing, AI, automation, communications, electrification, environmental technology, robotics or data systems — is being considered for mining.
- A founder, investor, accelerator, incubator, OEM or innovation group is asking where the technology could create practical value in mining.
- Several plausible mining applications exist but the team cannot confidently select the first one.
- A first mine-relevant demonstrator is about to be funded, and the team wants to avoid designing around an assumed use case.
- An early customer or mining contact has expressed interest, but the request is too broad or contradictory to become a development mandate.
- The team understands its technology but not mine workflows, equipment interfaces, operating constraints, maintenance expectations, buyer roles or site-access realities.
- A credible mining use-case narrative is needed for an investor discussion, grant application, partner conversation or internal go/no-go review.
Offer B — demonstrator stage
- Tested technology needs to be shown credibly inside a mining workflow.
- A laboratory system, tripod-mounted sensor, adapted industrial product or pilot configuration does not yet constitute a field-deployable demonstration platform.
- A prospective mine site is interested, but a practical system definition is needed before committing to a build.
- The target application and demonstration context are approved or already sufficiently documented.
- Requirements-level definition is needed for mounting, environmental protection, power, compute, communications, spatial reference, data handling, field serviceability, workflow integration and validation evidence.
- A “demo product” is needed before it is rational to fund a full productization program.
- Several related demonstration configurations need a disciplined common-core versus application-specific adaptation strategy.
Offers C and D — product and execution stage
- A demonstrator worked in a pilot or field trial, but the product is not ready for repeatable deployment.
- A major customer, distributor, investor or strategic partner requires a credible commercialization plan.
- Hardware must be ruggedized for mine conditions before broad deployment.
- Certification, EMC, environmental testing, safety, verification or compliance requirements are unclear or late.
- The product cannot yet be built, tested, installed, serviced, supported or configured reliably at the intended volume.
- A small team is coordinating too many suppliers without clear technical authority, interface control or acceptance criteria.
- The company needs to move from founder-led support toward repeatable deployment and distributor scale.
- Internal engineering capacity is insufficient, but a complete product-development organization cannot yet be justified.
- A prioritized roadmap exists but has not been turned into owned work packages, partner scopes, governance and readiness gates.
Entry and progression
How movement between offers is governed.
- Offer A defines and obtains approval of the priority mining application and demonstration context. It is the application-framing stage.
- Offer B begins only after formal approval of the Offer A context deliverable, or with equivalent approved documentation already in hand.
- Offer C evaluates a defined demonstrator or prototype and creates the productization baseline. It does not perform managed productization work.
- Offer D begins only through a separately approved proposal or statement of work, and normally starts with a scoped Surge phase.
- Progression from Surge to Execute requires separate authorization of the selected work packages, resource model, funding, technical governance and decision structure.
- A transition from Execute to Maintenance is available when active work packages are complete, handed off, paused or reduced to an advisory need.
- A material redesign, expanded deployment context, new product variant, major field issue, certification failure, supplier transition or channel-scale requirement normally requires a new phase or targeted work package rather than informal expansion.
- Each offer may conclude with proceed, narrow, pivot, pause, further-validation or next-stage recommendations. A recommendation to stop is a legitimate outcome.
Fit
Where an engagement is not the right answer.
Being explicit about poor fit protects both sides. An engagement is unlikely to be productive when any of the following applies.
- There is no credible technology, concept, evidence base, product baseline or committed team to evaluate.
- The request is for isolated CAD, PCB routing, firmware, software, documentation or project-management labour without a defined application, demonstrator, productization or delivery mandate.
- There is no executive sponsor, decision maker, budget pathway, product owner, or willingness to act on the conclusions.
- There is an expectation that Spyke Technologies will accept manufacturer-of-record, product-safety, regulatory, warranty, procurement, commercial-channel or field-performance liability without an appropriate, separately negotiated commercial structure.
- A fixed-price turnkey product-development commitment is required before technical scope, partner requirements, risk, acceptance criteria and responsibility boundaries can be defined.
- For Offer D, there is unwillingness to retain direct access to essential product, supplier, test, manufacturing, deployment, service and channel relationships.
Delivery network
One senior lead, plus the specialist capacity the stage requires.
Client-direct contracting is the default. Spyke Technologies defines technical needs, scopes, interfaces, acceptance criteria, governance and integration requirements, and reviews partner output against agreed criteria — without becoming the commercial or operational critical path.
| Capability area | Spyke Technologies role | Typical partner contribution |
|---|---|---|
| Mining application framing | Lead use-case framing, operating-context translation and proof planning | Client-led customer discovery; selected subject-matter input if separately scoped |
| Demonstration platform definition | Lead system requirements, interface definition, validation strategy and technical risk framing | Specialist sensing, optics, robotics, software or systems review |
| Product architecture and roadmap | Lead, integrate, decide, review | Specialist peer review |
| Ruggedization and mine-environment design | Lead strategy and key decisions | Enclosure, thermal, vibration, shock, corrosion and detailed analysis |
| Mechanical and electro-mechanical design | Direction, review, high-leverage contribution | CAD, detailing, drawings, harness and enclosure design |
| Electronics and embedded systems | System oversight, requirements, integration | Schematic capture, PCB layout, firmware, software, cloud and data engineering |
| Certification and validation | Define path, prepare, lead technical response | Accredited EMC and environmental laboratories, specialty test services |
| Prototype builds and DFM | Requirements, technical authority, acceptance | Prototype shops, EMS providers, tooling and manufacturing partners |
| Manufacturing scale-up | Manufacturing-readiness leadership, technical supplier coordination | Contract manufacturing, quality, sourcing, test-fixture services |
| Field deployment and support | Deployment strategy, escalation, acceptance | Regional installers, service partners, site support |
| Distributor technical enablement | Support model, training and serviceability inputs | Channel training, distribution, localized service resources |
Start a conversation
Identify your entry point.
Describe the evidence you have and the decision in front of you. If a different stage is the right answer, you will be told so.