Digital Engineering: MBSE, Multiphysics Simulation & Digital Twins
Replace slow physical prototyping cycles with physics-informed digital twins. Idynic delivers Model-Based Systems Engineering (MBSE) and high-fidelity multiphysics simulations.
Reduction in Physical Prototype Build Cycles
Digital Twin Correlation with Physical Assets
Faster Finite Element & CFD Simulations
Late-Stage Systems Integration Design Clashes
Autonomous Embedded Systems & Software-Defined Engineering
Pioneer intelligent connected products with end-to-end digital engineering. From custom silicon architectures and safety-critical RTOS firmware to cloud-native microservices and digital twin validation, we turn complex hardware into software-defined platforms.
"Idynic accelerated our Software-Defined Vehicle (SDV) middleware stack delivery by 9 months, achieving flawless ISO 26262 ASIL-D certification on the first test cycle."
Chief Technology Officer — Autonomous Mobility OEM
The Silicon-to-Cloud Engineering Continuum
Bridging the physical and digital divide through rigorous systems architecture and modern software craftsmanship.
Silicon & HW Design
Custom ASIC/FPGA design, board bring-up, high-speed multi-layer PCB layout, and signal integrity thermal simulations.
Embedded RTOS & BSP
Safety-critical deterministic firmware, board support packages (BSPs), FreeRTOS, Zephyr, and QNX kernel tuning.
Edge AI Inference
Quantized neural network execution on microcontrollers and neural processing units (NPUs) with ultra-low latency.
Cloud Twin & Over-The-Air
Secure cryptographically signed OTA update pipelines and bidirectional digital twin synchronization in hyperscale clouds.
In wireless telemetry, edge signal processing, and vehicle communications.
Using rapid hardware-in-the-loop (HIL) simulators and modular reference designs.
Zero watchdog timeouts in continuous 10,000-hour environmental chambers.
Currently running Idynic embedded software stacks in active commercial deployment.
Highest automotive functional safety rating along with DO-178C avionics standards.
Through virtual hardware simulation and automated continuous regression testing.
Software-Defined Vehicle (SDV) & AUTOSAR
Modernizing zonal vehicle architectures with AUTOSAR Classic/Adaptive, SOME/IP communications, and secure automotive Ethernet backbones.
- High-performance central compute cluster integration with RTOS separation
- UNECE WP.29 automotive cybersecurity compliance and HSM cryptographic isolation
- Over-the-air (OTA) delta update engines with fail-safe A/B rollback partitions
Medical Device Firmware & FDA 510(k) Validation
Class II & III medical electronics engineering adhering strictly to IEC 62304 life cycle standards and ISO 13485 quality systems.
- Ultra-low-power biosensor acquisition algorithms with BLE and NFC sync
- Complete Design History File (DHF) and traceability matrix generation
- Post-market surveillance telemetry and automated risk management
Electric Vehicle Manufacturer Launches Battery Management in 6 Months
By leveraging Idynic's pre-certified AUTOSAR battery management software stack and virtual hardware emulation, a fast-growing EV brand passed rigorous thermal runaway tests and entered commercial production 4 months ahead of schedule.
"Idynic's firmware engineers engineered a sub-millisecond haptic feedback loop for our surgical robotic arms that feels as natural as human touch."
VP of Robotics Engineering — MedTech Innovators
Digital Engineering Inquiries
Turn Visionary Concepts into High-Performance Products
Connect with our principal systems engineers to review your hardware architecture, firmware roadmaps, and certification strategy.
Consult an Engineer