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The Future,
Programmed Today

We specialize in model-based development, embedded software and system simulation. Our team brings deep domain expertise in EV electronics, vehicle dynamics and functional safety.

For mission-critical software, we deliver TÜV-compliant solutions and support full-stack development using AUTOSAR standards and the MathWorks toolchain.

Powering Next-Gen Energy Systems

BMS Development

We design modular and scalable Battery Management Systems tailored for large-scale ESS and electric vehicles. With advanced SOC/SOH estimation, balancing algorithms and real-time monitoring, our BMS ensures safe, efficient and intelligent energy storage—fully aligned with ISO 26262 and AUTOSAR standards.

Precision in Every Move

Advanced Motion Control

From EV powertrain optimization to torque calibration and FOC algorithms, we bring high-precision motion control to your systems. Our solutions meet stringent safety requirements, including Safe Torque Off (STO) and DIN EN 61800-5-2 compliance—pushing the boundaries of electric drive technology.

Test Early. Iterate Fast. Deploy with Confidence.

Hardware in the Loop

We develop tailored HIL platforms to simulate, test and validate embedded systems under real-world conditions—without waiting for physical prototypes. From model parameterization to automated test benches, our solutions enable continuous integration and early fault detection across development cycles.

Driving Trust with Certified Safety and Intelligence

Autonomous Vehicle Software Certification

We support the full certification lifecycle of autonomous vehicle software, ensuring alignment with ISO 26262, SOTIF (ISO 21448) and ISO 21434. Our structured workflows, traceable test processes and certified environments help teams deliver safe and compliant autonomous systems with confidence.

The Future,
Programmed Today

We specialize in model-based development, embedded software and system simulation. Our team brings deep domain expertise in EV electronics, vehicle dynamics and functional safety.

As a trusted partner for mission-critical software, we deliver TÜV-compliant solutions and support full-stack development using AUTOSAR standards and the MathWorks toolchain.

Powering Next-Gen Energy Systems

BMS Development

We design modular and scalable Battery Management Systems tailored for large-scale ESS and electric vehicles. With advanced SOC/SOH estimation, balancing algorithms, and real-time monitoring, our BMS ensures safe, efficient, and intelligent energy storage—fully aligned with ISO 26262 and AUTOSAR standards.

Precision in Every Move

Advanced Motion Control

From EV powertrain optimization to torque calibration and FOC algorithms, we bring high-precision motion control to your systems. Our solutions meet stringent safety requirements, including Safe Torque Off (STO) and DIN EN 61800-5-2 compliance—pushing the boundaries of electric drive technology.

Test Early. Iterate Fast. Deploy with Confidence.

Development of HIL

We develop tailored HIL platforms to simulate, test and validate embedded systems under real-world conditions—without waiting for physical prototypes. From model parameterization to automated test benches, our solutions enable continuous integration and early fault detection across development cycles.

Driving Trust with Certified Safety and Intelligence

Autonomous Vehicle Software Certification

We support the full certification lifecycle of autonomous vehicle software, ensuring alignment with ISO 26262, SOTIF (ISO 21448) and ISO 21434. Our structured workflows, traceable test processes and certified environments help teams deliver safe and compliant autonomous systems with confidence.

Adopting a sustainable approach to software design involves considering and minimizing the environmental effects of software development at all its lifecycle stages. How? For example, optimizing code to reduce energy consumption, using more efficient hardware, and opting for energy-efficient data centers.

In addition to taking an environmentally conscious approach, sustainable software development offers tangible benefits to the customer. For instance, less downtime and quicker updates, as core-level changes to sustainable software can be implemented faster, leading to better overall performance and lower application ownership costs. As a result, companies can react to shifting consumer and market demands more quickly, increasing their agility and competitive edge.

Adopting a sustainable approach to software design involves considering and minimizing the environmental effects of software development at all its lifecycle stages. How? For example, optimizing code to reduce energy consumption, using more efficient hardware, and opting for energy-efficient data centers.

In addition to taking an environmentally conscious approach, sustainable software development offers tangible benefits to the customer. For instance, less downtime and quicker updates, as core-level changes to sustainable software can be implemented faster, leading to better overall performance and lower application ownership costs. As a result, companies can react to shifting consumer and market demands more quickly, increasing their agility and competitive edge.

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