How We Work

Our work is structured around predictable engineering delivery. We help teams understand feasibility, reveal constraints, detect early failure modes and improve design confidence before costly decisions are made.

Why Work With Us

Early-stage hardware development operates with incomplete information, imperfect prototypes and shifting assumptions. We reduce uncertainty by clarifying what is technically feasible, where risks accumulate and what must be validated or redesigned.

Typical risks we address:

• Unclear system behaviour: limited data to estimate performance, loads or operational envelope.
• Integration risks: mismatched mechanical, electrical or control-layer assumptions.
• Over-optimistic expectations: concepts without empirical baselines.
• Hidden failure modes: behaviour appearing only under load or environmental variation.

Our goal is to improve engineering confidence, reduce downstream redesign and bring structure to complex decisions.

Process

1. Technical Conversation
Understanding assumptions, constraints, environment and the technical maturity of the system.

2. System Architecture
Defining mechanical, electronic and control-layer requirements. Establishing load models and expected behaviour.

3. Engineering & Prototyping
Developing architectures, prototypes, measurement setups or validation tools depending on the concept.

4. Evaluation
Producing a structured assessment: constraints, failure modes, feasibility and recommendations.

5. Delivery
Providing documentation, data and next-step options.

Average delivery: 2–7 weeks.

Pricing

Our pricing is based on engineering depth rather than hourly billing. Each tier represents a clear level of technical involvement, scope and expected outputs. This approach keeps delivery predictable while allowing flexibility for concepts at different maturity levels.

EVK (Engineering Validation Kit)

• Lite — Entry Scope
  Baseline analysis, early-stage constraints, preliminary risk and feasibility signals.
• Pro — Extended Scope
  Detailed modelling, system behaviour assessment, integration considerations and deeper constraint mapping.
• Full — Complete Architecture Evaluation
  Comprehensive modelling, targeted measurements (where applicable), risk mapping, feasibility envelope and structured next-step recommendations.

SMM (Sensor & Measurement Module)

• Base — Standard Module
  Measurement unit for capturing essential system behaviour.
• Custom — Tailored Configuration
  Adapted firmware, extended sensor set or custom signal chain based on system requirements.
• Lab Kit — Expanded Measurement Suite
  Additional analysis tools for deeper validation, suitable for systems with complex or non-linear behaviour.

Final pricing depends on scope, system maturity and required validation depth. Each tier is designed to provide predictable, structured engineering outcomes.