Where this service fits
The key is translating feasibility into a configuration and conditions that can pass acceptance. Establish shared baselines for requirements, samples, pilots and production so product teams can manage trade-offs and project teams can manage dependencies, risks and milestones. Agree phase depth and documentation to suit the scope.
Define engineering scope and deliverables
| Workstream | Assessment focus |
|---|---|
| Requirements and scope baseline | Define objectives, hardware and software responsibilities, site constraints, deliverables, exclusions and change approval. |
| Sample and acceptance baseline | Record model, modules, firmware, applications, accessories and test conditions; link issues to corrective releases. |
Project path from inputs to acceptance
| Stage | Result to confirm |
|---|---|
| Requirements and gap analysis | Approved requirements, gaps, priorities and acceptance ownership |
| Technical proposal and plan | Technical scope, deliverables, dependencies and milestones |
| Samples and interface integration | Configured samples, integration cases, tests and issue records |
| Site pilot and issue closure | Complete site workflows, acceptance evidence and open-issue resolution |
| Acceptance and support handover | Acceptance sign-off, document handover and support ownership |
Product, project and engineering responsibilities
| Role | Decision focus | Confirm |
|---|---|---|
| Product owner | User tasks, feature trade-offs and product releases | Requirement priorities, compatibility and interaction examples |
| Project and procurement lead | Scope, budget, milestones and acceptance | Engineering and purchase cost structure, dependencies and deliverables |
| SOTEN engineering and manufacturing | Device feasibility, integration and production consistency | Configuration and interface baseline, samples and test evidence |
| Software and integration partner | Applications, backend and site deployment | Applications and APIs, runtime, joint debugging and support ownership |
Prepare these inputs
| Input area | Details |
|---|---|
| Project-start inputs | Prepare use cases, markets, applications and APIs, installation conditions, expected quantities and acceptance owners. |
| Acceptance inputs | Prepare real tasks, test data, network conditions, sample peripherals and pass criteria for each stage. |
Validation, acceptance and change control
Validate one complete workflow first: dispatch, capture, offline storage, reconnection, backend retrieval and exception review. Expand after the pilot passes. Assess requirement, material, firmware or accessory changes for test, documentation, cost and schedule impacts, and approve them before implementation.
Product platforms to evaluate
Use these platforms for selection and sample evaluation. Confirm operating systems, modules and accessories per variant; a fully custom device is not equivalent to the reference platform.
H81
Establish a mobile pilot baseline with real forms and capture tasks.
View platform and configurations ↗
T71
Evaluate deployment for field operations, navigation and application branches.
View platform and configurations ↗
K101
Validate power, mounting and interaction in vehicle or fixed installations.
View platform and configurations ↗
PTC
Jointly accept workstation applications, touch interaction and board configuration.
View platform and configurations ↗Project questions
How is a project schedule and quotation established?
After requirements, configuration, quantity and target dates are defined, assess materials, development, tooling, validation and certification dependencies. Plan samples, pilot builds, production and shipping separately; update the plan when scope or key inputs change.
