1. Joint technical workshop
Map timing bottlenecks, energy constraints, determinism gaps, EMI sensitivities, and lifecycle cost drivers.
Application Discovery
Overcome adoption barriers through context-first engineering
Asynchronous architectures can feel unfamiliar to teams grounded in clocked MCU, C/C++, and RTOS workflows. The barrier is usually not feasibility. It is translation. Application Discovery bridges that gap with targeted, measurable engagements.
Why it works
- Alignment before integration
- Demonstration in real context
- Incremental and measurable adoption
- Technical and business risk reduction
Discovery sequence
We use a staged approach to identify high-leverage subsystem opportunities and validate value before broader architectural commitments.
2. Subsystem isolation
Select narrow, high-value targets such as PWM, safety interlocks, signal conditioning, fast loops, or edge preprocessing.
3. Paired prototyping
Co-develop production-relevant prototypes with your engineering team to turn theory into practical confidence.
4. KPI validation
Evaluate outcomes against defined metrics such as phase delay, thermal load, reliability margin, and firmware validation effort.
What we optimize for
- Faster control response with deterministic behavior
- Lower power and thermal overhead
- Simplified integration and verification path
- Reduced adoption risk through incremental scope
- Internal champions built through hands-on engagement
Outcome
Demonstrated advantage before scale
We do not ask teams to adopt a new philosophy in one leap. We embed the architecture where it solves specific, high-value problems first. Alignment precedes expansion. Demonstrated advantage precedes scale.