Published work, technical demos, and engineering insights from the Bhanexus team — showcasing real-world deployments and our AI-driven future roadmap.
Bhanexus · Published Technical Insights
What we build
Range of Functionalities We Offer
Real-world deployed software across EV, BMS, PDU, and powertrain domains — shipped to production vehicles and tested to ISO 26262.
01
Vehicle Supervisory Controls
Mode manager, hierarchical state machines, and top-level vehicle supervisory control software deployed to production EV platforms.
02
HV Contactor & DCDC Controls
High-voltage contactor sequencing, DCDC supervisory controls, and MCS/CCS charging controls — deployed and ISO 26262 compliant.
03
Thermal & Fault Management
BTMS software, fault escalation logic, diagnostic trouble codes, and reactions — deployed across multiple vehicle programmes.
04
Engine Management Controls
Engine management, HV controls for engine systems, sensors and actuator controls — supporting hybrid and conventional powertrain programmes.
05
Emission Controls
EURO 6d+ emission controls supporting green vehicle solutions — requirement-based, verified, and calibration-documented.
06
Simulation & Custom Functions
L0 simulations with fully integrated plant models, and bespoke control functions developed from customer requirements.
Technical Insight · Published
High Voltage Interlock Loop (HVIL)
We are sharing selected highlights from our HVIL Controls, Software, and System Engineering Requirements Design. The full package — system requirements, software requirements, MATLAB Simulink models, and V&V results — is available on request. Functionality is currently deployed to production vehicles and meets ISO 26262 and IEC 61851.
Technical Insight · Published
Battery Thermal Management System (BTMS)
Our BTMS software empowers EV batteries to perform at peak efficiency under all operating conditions — with comprehensive functionality including active cooling, passive cooling, heating, diagnostics, and preconditioning. The control software manages the full thermal envelope autonomously, responding to cell temperature, ambient conditions, and driver demand in real time. Get in touch to discuss custom BTMS solutions tailored to your battery architecture.
Future Roadmap · AI Innovation
Simulink AI Designer
We are actively developing a next-generation AI-assisted design tool that brings machine learning directly into the Simulink model-based development workflow.
VISION
🤖
AI-Assisted Control Design
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.
Reinforcement LearningLLM IntegrationAuto-Tuning
CAPABILITY
⚙️
Intelligent Requirements-to-Model
Natural language requirements are automatically translated into structured Simulink models — with traceability, ISO 26262 compliance annotations, and suggested test vectors generated in context.
NLP → SimulinkISO 26262Auto-Traceability
ROADMAP
🛣️
Adaptive MiL / SiL Test Generation
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%.
AI Test GenerationCoverage OptimisationMiL / SiL
IMPACT
📈
Investor Opportunity
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.
$8B+ MarketNo IncumbentFirst Mover
Early Access & Investor Enquiries
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.
