Software Architecture
Define interfaces, data flow, state behavior, timing, fault handling, and the boundaries between firmware, application software, algorithms, and cloud services.
Software Development
Software for complex instruments
We develop and integrate software for scientific and medical instruments where hardware, timing, data, algorithms, and user workflow all have to work as one system.
Capabilities
From architecture to integrated product
Instrument Control
Coordinate motion, fluidics, imaging, sensors, actuators, and deterministic processes across embedded and host software.
Data & Algorithms
Build acquisition and processing pipelines for images, signals, measurements, and detection algorithms with traceable performance.
User Experience
Create operator workflows that make complex instruments easier to run, diagnose, service, and support.
Integration & Verification
Test software in the context of the complete system, with emphasis on interfaces, edge cases, recovery behavior, and product requirements.
Technical Leadership
Guide software teams and cross-functional engineering through architecture decisions, development planning, risk reduction, and release readiness.
System thinking
Software is part of the instrument, not a separate layer.
For complex products, the most important software decisions often sit at the interfaces: how a command maps to physical behavior, how measurements become actionable information, and how the system responds when reality differs from the nominal path.
Paska Scientific