Model-based control systems, embedded software, and verification solutions for automotive, aerospace, and defense — delivered by a team with 100+ combined years of domain expertise.
From requirements to production-ready software — we own the full development lifecycle so you can focus on your product.
Model-based development of control algorithms for EV powertrains, BMS, chassis, and power distribution — from concept to autocode.
Production-grade C code generation, manual coding, and AUTOSAR-compliant software components for safety-critical ECUs.
Full ISO 26262, IEC 61508, and DO-178C compliance support — from safety planning and FMEA to software FuSa and certification evidence.
Comprehensive MiL, SiL, and HiL test strategies with automated test execution, coverage analysis, and formal V&V documentation.
Requirements architecture, system decomposition, and traceability from concept to component — using Polarion, IBM DOORS, and MATLAB RM.
Validated control function libraries for BMS, PDU, and electrification — accelerating your time-to-market with reusable, tested components.
From EV powertrains to airborne systems — our expertise spans the full spectrum of safety-critical engineering.
EV, BMS, ADAS, chassis & powertrain control
DO-178C aligned airborne software & systems
Safety-critical embedded software systems
EV powertrains, battery & charging systems
ADAS, sensor fusion & SOTIF compliance
System & software requirements capture, analysis, and traceability
Model architecture, interface design, and AUTOSAR mapping
Model-based design, autocoding, and manual C development
MiL / SiL / HiL testing with full coverage and V&V reports
ISO 26262, ASPICE, DO-178C evidence & compliance packages
Our team is experienced across every major functional safety and process standard in automotive, aerospace, and industrial domains.
Drop-in validated libraries and tools built on real-world programme experience — accelerate your schedule from day one.
SOC, SOH, and state management libraries compatible with multiple cell chemistries and battery configurations.
Signal acquisition, contactor control, isolation monitoring, and power limit management function blocks.
Productivity tools, analysis scripts, and custom Simulink apps for test automation and data analysis workflows.
Plant models, virtual sensors, and hardware-in-the-loop simulation environments for your test bench.
Bespoke control function libraries developed to your specification, delivered with full V&V evidence.
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We are actively developing a next-generation AI-assisted design tool that brings machine learning directly into the Simulink model-based development workflow.
Simulink AI Designer will leverage large language models and reinforcement learning to auto-generate, tune, and verify control system architectures — dramatically reducing design iteration time from weeks to hours.
Natural language requirements are automatically translated into structured Simulink models — with traceability, ISO 26262 compliance annotations, and suggested test vectors generated in context.
AI-driven test case generation that learns from simulation results, identifies uncovered requirements, and autonomously expands the test suite — reducing manual V&V effort by up to 60%.
The global model-based design tooling market is projected to exceed $8B by 2030. Simulink AI Designer positions Bhanexus at the intersection of AI and safety-critical engineering — a category with no direct incumbent.
Bhanexus is seeking strategic partners and early adopters to co-develop Simulink AI Designer. If you are an investor, automotive OEM, or Tier-1 supplier interested in shaping the future of AI-assisted control system design — we want to hear from you.
We typically respond within one business day.