E/E Systems We Are Familiar With

We ensure the safety of your products. With expertise and standards.

MRI Scanner

Safety development & process optimization for Li-ion energy storage systems

Magnetic resonance imaging uses a strong static magnetic field of typically 1.5 tesla and a high-frequency alternating magnetic field at the Larmor frequency of approximately 64 megahertz to tilt the spins of the hydrogen nuclei out of their alignment.

After the alternating magnetic field is turned off, the spins begin to precess freely in the static magnetic field. As they return to equilibrium, a very weak signal of approximately minus 120 dBV is detected at the receiving antennas for a duration of 30 ms to 2000 ms, depending on the tissue. Using various techniques for driving the alternating magnetic field—such as spin echo, gradient echo, and inversion recovery—it is possible to measure hydrogen-containing tissue and distinguish it in images based on its decay time. By aligning the static magnetic field gradient, the slice plane to be visualized can be freely selected.

Our MRI expertise includes the development and assembly of:

  • Our MRI expertise includes the development and assembly of:
  • Components of the patient table

Our team has extensive experience in the development and precise tuning of highly sensitive RF receiving antennas, as well as in the high-frequency technology of modern magnetic resonance imaging (MRI) scanners.

We also understand the mechanical and magnetic requirements for MR scanners and patient tables—from receiving materials through testing to final assembly.

Our work is conducted in accordance with relevant medical standards, particularly those relating to electrical safety, electromagnetic compatibility, and the quality and safety of medical devices.

BMS for Lithium-Ion Energy Storage Systems (ESS)

solar, energy, electricity, panel, renewable, solar, solar, solar, solar, solar, electricity, panel, renewable

If a malfunction occurs, lithium-ion batteries can cause significant injury to people and damage to property due to fire or explosion.

The battery management system (BMS) in a lithium-ion storage system is critical to ensuring the safety and longevity of the battery. It is designed to

  • Cell voltages
  • Cell currents
  • Cell temperatures
  • State of charge (SOC)
  • Consistency of the system

monitor in order to disconnect in a timely manner before dangerous conditions arise.

Proving that the BMS is capable of detecting all dangerous faults in accordance with the recognized state of the art and safely isolating them in a timely manner is not an option, but a necessity for users, your company, and those responsible.

For this reason, in addition to IEC 62619, we also design the Battery Management System (BMS) in a manner that is verifiably compliant with the functional safety standard IEC 61508.

Our specialty is bringing your BMS into compliance with IEC 61508—without incurring excessive additional costs. To this end, we provide a proven set of pre-defined specifications and analyses based on

  • ISO 13849 Kategorie 2, PL d
  • IEC 61508 SIL 2

These templates are specifically designed for Li-ion energy storage BMS systems and can be quickly adapted to your system. In doing so, we systematically identify safety-critical vulnerabilities in both hardware and software.

IEC 61508 has been considered the state of the art for many years and can be implemented without significant additional effort. In combination with our certification support, we efficiently demonstrate the effectiveness of the measures and demonstrably reduce risks such as fire or explosion.

This is how you protect users, businesses, and data controllers—while also building trust in your product.

Batterie Elekrische Fahrzeuge (BEV)

Safety development & process optimization for Li-ion energy storage systems

The BMS in a battery electric vehicle monitors, controls, and protects the high-voltage battery by regulating parameters such as state of charge (SoC), temperature, and cell voltage to ensure maximum performance, safety, and battery lifespan.

Wir sind auf die ISO 26262-konforme Entwicklung von batterieelektrischen Fahrzeugen (BEVs) spezialisiert und können Ihnen daher eine umfassende Unterstützung anbieten. Damit Sie die Zertifizierung der funktionalen Sicherheit effizient und sicher erreichen.
Durch die Integration von Sicherheitstechnik bereits in den frühesten Entwicklungsphasen helfen wir Ihnen, die Zeit bis zur Zertifizierung zu verkürzen und kritische Risiken wie thermisches Durchgehen, Stromschläge und durch Missbrauch verursachte Gefahren zu minimieren.

  • Battery Management Systems
  • Inverter

Sensoren

laser, laser engraver, cutting laser, laser cutter, wood engraving, opt lasers, cnc machines, laser attachments, cnc lasers, laser accessories, blue laser, engraving laser, wood engraver, laser wood engraver, wood cutting lasers, wood engraving lasers, cnc laser, machine, laser metal engraving, laser metal engraver, 3d laser

RADAR, LiDAR, and GNSS sensors enable vehicles to perceive their surroundings, detecting objects, mapping terrain, and determining position in real time to support fast, reliable decision-making. In Advanced Driver Assistance Systems (ADAS) each play distinct and complementary roles to leverage their strengths and compensate for individual weaknesses.

Wenn der Sensor ursprünglich für Verbraucher- oder Industrieanwendungen entwickelt wurde, müssen diese Technologien für den Einsatz im autonomen Fahren (ADAS) angepasst werden. Dazu gehört die Erfüllung der Anforderungen an funktionale Sicherheit und SOTIF, um ein vorhersehbares Verhalten auch in Grenzfällen oder Ausfallszenarien zu gewährleisten.

Wir führen eine strukturierte GAP-Analyse Ihres Produkts gemäß ISO 26262 durch, basierend auf einem sehr guten technischen Verständnis dieser Sensoren und der zu erwartenden Entwicklungsprozesse. Unser Ziel ist es, eine klare, detaillierte Einschätzung des erforderlichen Aufwands für die Anpassung Ihrer Sensortechnologie – beispielsweise für den Einsatz im autonomen Fahren – zu liefern. Dazu gehört z. B. eine gründliche Überprüfung von Anforderungen, Testfällen, Sicherheitsanalysen, Systemarchitektur Softwarearchitektur und Verifizierungsplänen. Wir identifizieren Lücken in der Einhaltung relevanter Sicherheitsstandards und skizzieren die notwendigen Schritte, um diese zu schließen – und ermöglichen so eine effiziente Wiederverwendung Ihrer bestehenden Technologie in sicherheitskritischen Anwendungen.
  • RADAR
  • LiDAR
  • GNSS (GPS, GLONASS)

Automotive Lenkungen

Lenkung mit Fokus auf Safety Development & Prozessoptimierung für Lenkungen

Electric power steering systems are not only lower-maintenance and more efficient than hydraulic systems. They also improve driving stability and maneuverability and are essential for the seamless integration of ADAS features.

The rear-axle steering (RAS) works as follows:

  • At low speeds (below about 60 km/h), the rear wheels turn in the opposite direction to the front wheels. This reduces the turning radius and increases agility.
  • At high speeds (above about 60 km/h), the rear wheels turn in the same direction as the front wheels. This has the effect of lengthening the wheelbase and improves stability, for example when changing lanes suddenly.
  • In addition, RAS supports the stability control system to help stabilize the vehicle in critical situations.

The control algorithms are based on input signals such as vehicle speed, steering torque, steering angle, wheel speeds, and yaw rate.

This makes these steering systems critical to safety. Errors, particularly in the software, can lead to unintended steering movements (“self-steering”) and cause dangerous situations, such as collisions with oncoming traffic.

The challenge lies in validating a high-performance steering system with complex software and powerful actuators in a way that does not compromise performance.

We have extensive experience in developing safe steering systems (EPS and RAS) – throughout the entire development lifecycle:

  • Concept phase, including identification of critical driving maneuvers
  • System, hardware, and software development, as well as system and software architectures
  • Objective and subjective safety validation on test tracks with regular drivers

Chassis and Antriebsstrang Systeme

Racing vehicle with focus on safety development & process optimization for automotive E/E systems

Chassis control systems resolve the trade-off between ride comfort and handling stability by continuously adapting to road conditions and driving situations. Typical systems include:

  • PASM (Porsche): continuous adjustment of damping forces at each wheel based on road conditions and driving dynamics 
  • Airmatic (Daimler): Adjustment of ride height and spring stiffness
  • ABC (Daimler): Semi-active suspension that uses hydraulic or electric adjustment of the spring seats to counteract roll, pitch, and vertical movement

The dual-clutch powertrain system enables fast and seamless gear shifts using two separate clutches for even and odd gears.

However, because they directly affect the chassis and wheels, faulty control systems can lead to instability and loss of control of the vehicle.

For many years, we have been actively involved in hardware, software, and system development, with a focus on functional safety, including the safety validation of these systems. In particular, we contribute our expertise in:

  • Safety concept and design of safety functions
  • Hardware and Software Development with Software Architecture
  • Understanding vehicle dynamics and driver behavior
  • Objective and subjective safety validation in the vehicle

Risk Analysis

compliant, complete, and clearly structured
The HARA is used to assess the potential hazards associated with product failures. The FMEA identifies the causes of these failures and defines appropriate prevention and detection measures. We have extensive experience in performing these analyses in the automotive sector, lithium ion energy storage systems, and medical devices such as MRI systems. For us, it is essential that these analyses are concise and complete in order to provide meaningful results, mitigate critical risks, and avoid unnecessary measures.

konform, vollständig und klar strukturiert

Die HARA dient zur Bewertung der potenziellen Gefahren, die mit Produktfehlern verbunden sind. Die FMEA identifiziert die Ursachen dieser Fehler und definiert geeignete Präventions- und Erkennungsmaßnahmen. Wir verfügen über umfangreiche Erfahrung in der Durchführung dieser Analysen im Automobilbereich, bei Lithium-Ionen-Energiespeichersystemen und bei medizinischen Geräten wie MRT-Systemen. Für uns ist es unerlässlich, dass diese Analysen prägnant und vollständig sind, um aussagekräftige Ergebnisse zu liefern, kritische Risiken zu mindern und unnötige Maßnahmen zu vermeiden.

Contact Us

MR

Expertise in MRI development, assembly, and medical standards
Our team has extensive experience in the construction and precise tuning of highly sensitive RF receiving antennas, as well as in all aspects of high-frequency technology used in modern magnetic resonance imaging systems. We develop and optimize coil systems for different anatomical regions and are proficient in the relevant imaging techniques such as spin echo, turbo spin echo, gradient echo, and echo planar imaging. We are also familiar with the mechanical and magnetic requirements for patient tables and their attachments. This covers the entire process from goods receipt and component testing to final assembly. In addition, we have in-depth experience in the relevant medical standards, in particular the requirements for electrical safety, electromagnetic compatibility, and the basic standards for the quality and safety of medical technology systems.
Kompetenz in MRT Entwicklung, Zusammenbau und medizinischen Standards

Unser Team verfügt über umfassende Erfahrung im Aufbau und in der präzisen Abstimmung hochsensitiver HF Empfangsantennen sowie in der gesamten Hochfrequenztechnik moderner Magnetresonanztomografen. Wir entwickeln und optimieren Spulensysteme für unterschiedliche anatomische Regionen und beherrschen die relevanten bildgebenden Verfahren wie Spin Echo, Turbo Spin Echo, Gradient Echo und Echo Planar Imaging. Zudem kennen wir die mechanischen und magnetischen Anforderungen an Patientenliegen und deren Anbauten. Dies umfasst den gesamten Prozess vom Wareneingang über die Prüfung der Komponenten bis zum finalen Zusammenbau. Darüber hinaus verfügen wir über fundierte Erfahrung in den relevanten medizinischen Normen, insbesondere den Anforderungen an elektrische Sicherheit, elektromagnetische Verträglichkeit und die grundlegenden Normen zur Qualität und Sicherheit medizintechnischer Systeme.

Contact Us

Supplier Management

OEM and Suppliers in Sync
Für eine effiziente Entwicklung ist es wichtig, dass OEM und Zulieferer ein gemeinsames Verständnis haben, die gleichen Prioritäten setzen und auf gemeinsame Ziele hinarbeiten. Aus zahlreichen Projekten auf beiden Seiten verstehen wir die Anforderungen und übersetzen sie in konkrete Ergebnisse. Wir harmonisieren die Ziele, legen die richtigen Methoden fest und stimmen sie direkt mit den Lieferanten ab. Das vermeidet Missverständnisse, verkürzt die Abstimmungszeiten und sorgt dafür, dass sich die Entwicklungsarbeit auf das Wesentliche konzentriert. Für ein Finale in Dur.
OEM and Suppliers Playing Together

For efficient development, it is essential that OEM and suppliers share a common understanding, set the same priorities, and work toward common goals.

From numerous projects on both sides we understand the requirements and translate them into concrete deliverables. We harmonize the goals, establish the right methods, and align them directly with the suppliers. This avoids misunderstandings, shortens coordination, and keeps the development work focused on what really matters.

For an Ending on a Major Chord.

Contact Us

Write us your query about our Standard Services

Write us your query about our Systems Services

Write us your query about our Engineering Services

Write us your query about our Management Services

Write us your query about our Consulting Services

Workshop:

Functional Safety Compliant Li-Ion Home-ESS

Together, we create the essential work products for your Home-ESS, including:
  • Risk assessment (according to ISO 12100)
    • Determination of the limits of the machinery
    • Hazard identification
    • Risk estimation and evaluation
  • Safety requirements (ISO 13849-1, Clause 5)
    • Safety Requirements Specification (SRS)
    • Description of the safety functions
    • Description of the limitations of the safety functions
  • Design and justification (ISO 13849-1, Clause 6–10)
    • Architecture description of SRP/CS
    • Component data sheets / safety manuals
    • Performance Level calculation report
    • CCF assessment
    • Documentation of measures for avoidance of systematic faults
  • Software (if applicable, ISO 13849-1 Annex J, Annex N)
    • Software specification
    • Software architecture / design documentation
    • Software verification and validation report
  • Validation (ISO 13849-2)
    • Validation plan
    • Validation report
  • Complete documentation / Safety File
    • Complete technical documentation / Safety File
    • Declaration of conformity (CE, if Machinery Directive applies)
Contact Us

Electronics Production

From transforming an entire production line, such as switching from assembling wired through-hole components for small series to a fully automated SMT assembly line for automotive applications, to implementing direct copper bonding for high-current transistors in electric vehicles, we support your transition with experience and precision.

We also bring hands-on expertise in moderating process FMEAs, supporting production audits, and auditing supplier manufacturing processes.

Our experience spans the entire production process from incoming goods to final packaging, always with careful attention to the unique characteristics of your product.

Contact Us

Agile

Performance Under Pressure — Agile That Works

Agile or conventional? It’s not as simple as one being better than the other. We have extensive experience with both approaches — and we’ve seen successes and challenges on each side.

We’ve successfully transitioned large, globally distributed teams to agile methodologies, even within the constraints of demanding serial development for complex systems.

What makes it work? It depends on several factors:

  • Company and team culture
  • Level of discipline and process maturity
  • Internal regulations and compliance needs
  • Team skills and collaboration mindset

Efficient collaboration requires a deep understanding of the product, the people, and the relevant best practices. With this approach, we create a maximum-efficiency development process — making your Product Engineering Process (PEP) work for your business metrics.

Contact Us

Process Optimization

Understand processes. Reduce the workload. Enable improvements.
 

Bevor wir Prozesse verändern, verstehen wir sie. Wir analysieren Ihren bestehenden Entwicklungsprozess, identifizieren Schwachstellen und priorisieren gezielt die Maßnahmen mit dem größten Nutzen.

Dabei starten wir mit Verbesserungen, die Ihre Mitarbeiter unmittelbar entlasten – so werden Ressourcen frei für die nächsten Optimierungsschritte. Veränderung wird so nicht als Mehraufwand, sondern als echte Unterstützung erlebt.

Wir verknüpfen Analysen wie FMEA, DFA und FTA mit System- und Softwarearchitektur sowie den Requirements zu einer klaren, logischen Struktur. Datenbanken und KI helfen uns, doppelte Informationen zu vermeiden und die Erstellung von Anforderungen weitgehend zu automatisieren.

Das Ergebnis: schlanke, normkonforme Prozesse nach CMMI, ASPICE und weiteren Standards – mit weniger Aufwand, höherer Transparenz und messbarem Fortschritt.

Also available as a performance-based contract model.

Weniger Aufwand. Mehr Wirkung.
Understand Processes. Create Relief. Enable Improvement.

Before we change processes, we make sure we understand them. We analyze your existing development process, identify weaknesses, and prioritize actions that deliver the greatest impact.

We start with improvements that immediately ease the workload of your team – freeing up resources for further enhancements. This way, change isn’t perceived as extra work, but as real support.

We connect analyses such as FMEA, DFA, and FTA with system and software architecture and requirements into a clear, logical structure. By using databases and AI, we eliminate redundant information and automate large parts of the requirements creation process.

The result: lean, standards-compliant processes according to CMMI, ASPICE, and others – with less effort, greater transparency, and measurable progress.

Also available as a performance-based service model.

Less effort. More impact.
Contact Us

Security

Support for Security Concept and Architectures

We add security  to your safe product in detail at

1. Concept Phase

  • Identify assets (e.g., firmware, CAN communication, credentials)
  • Perform Threat Analysis and Risk Assessment (TARA)
  • Define security goals
  • Determine initial security requirements
  • Outline a high-level security concept

2. System and Software Architectures

  • Define security architecture (e.g., zones, firewalls, trust boundaries)
  • Allocate security requirements to system and software components 
  • Define interfaces and protocols securely
Contact Us

SOTIF

Integrating SOTIF from the Start: A Structured Approach to Safer Innovation

Just like Functional Safety, SOTIF (Safety of the Intended Functionality) should be considered right from the concept phase—not only for Advanced Driver Assistance Systems (ADAS), but for any innovative, not yet fully established product.

We integrate SOTIF activities into your safety development process in a structured and systematic way, typically aligned with the following key development stages:

  • HARA (Hazard Analysis and Risk Assessment)
  • SRS (Software Requirements Specification)
  • Software Architecture
  • System Integration Testing
  • System Validation

Our approach is grounded in hands-on experience from both ADAS and automated door opening systems, ensuring practical, real-world applicability.

Safety by Design. Confidence by Experience. Efficiency through Reuse.

Contact Us

Functional Safety

Making Functional Safety a Natural Part of Your Workflow

For example, an electric power steering system must not steer you into cross traffic, and a battery energy storage system must not explode due to a transistor failure or a software bug.

That’s why all potential root causes, whether random or systematic, must be considered during the development of such devices. The risk must be controlled and kept at an acceptably low level.

Functional Safety has been at the core of our services since 2010. We began in the automotive sector and have since expanded to include Li-Ion home energy storage systems and medical devices. This broad experience has made us well-versed in a wide range of functional safety standards and industries.

Our projects typically involve safety-critical systems in accordance with ISO 26262 ASIL D, ISO 13849 PL d, or IEC 61508 SIL 3. We are experienced in implementing these standards both in your projects and across your organization.

A key success factor is organizing cross-domain collaboration and fostering a shared safety mindset within teams to support a strong safety culture. We are skilled in efficiently managing the necessary changes to achieve this.


Minimizing failure risk. By design, by experience, by heart.

Contact Us

Chassis Systems

Enhancing Comfort and Stability

Whether it’s:

  • Continuously adjusting damping forces at each wheel based on road conditions and driving dynamics (e.g., PASM by Porsche),
  • Using air springs to adapt ride height and stiffness (e.g., Air Suspension by Daimler),
  • Actively counteracting body roll, pitch, and dive through hydraulic actuators (e.g., ABC by Daimler),
  • Enabling fast, seamless gear shifts with two separate clutches for odd and even gears (e.g., Double Clutch by Audi),

we have been deeply involved in the software development, functional safety engineering, and safety validation of these systems for many years.

Verbesserung von Komfort und Stabilität

Ob es sich nun um Folgendes handelt:

  • Kontinuierliche Anpassung der Dämpfungskräfte an jedem Rad basierend auf den Straßenbedingungen und der Fahrdynamik (z. B. PASM von Porsche),
  • Verwendung von Luftfedern zur Anpassung der Fahrhöhe und Steifigkeit (z. B. Luftfederung von Daimler),
  • Aktives Gegenwirken von Wank-, Nick- und Sturzbewegungen durch hydraulische Aktuatoren (z. B. ABC von Daimler),
  • Schnelles, nahtloses Schalten mit zwei separaten Kupplungen für gerade und ungerade Gänge (z. B. Doppelkupplung von Audi),

Wir sind seit vielen Jahren intensiv an der Softwareentwicklung, der funktionalen Sicherheitstechnik und der Sicherheitsvalidierung dieser Systeme beteiligt.

Contact Us

Automotive Steering

Electric Power Steering (EPS) and Rear Axle Steering (RAS)

Since Electric Power Steering (EPS) replaced traditional hydraulic systems with an electric motor and an electronic control unit (ECU), several advantages have become evident:

  • Variable assist based on vehicle speed (more assist at low speed)
  • Active return-to-center functionality
  • Seamless integration with ADAS features (e.g., lane keeping)
  • Energy efficiency – power is only consumed during steering activity

In combination with Rear Axle Steering (RAS), vehicle maneuverability and stability are significantly enhanced:

  • Low Speed (< ~60 km/h): Rear wheels steer in the opposite direction of the front wheels, reducing the turning radius
  • High Speed (> ~60 km/h): Rear wheels steer in the same direction as the front wheels, improving lane change stability

Together, EPS and RAS contribute significantly to vehicle dynamics control and ADAS functionality, enabling features such as:

  • Lane keeping and lane centering
  • Automated parking
  • Emergency evasive maneuvers

EPS assists the driver’s steering input based on vehicle speed, steering angle, and torque. However, steering systems also pose safety-critical challenges. In the event of a failure, unintended steering—also known as „self-steering“—can lead to hazardous situations, such as collisions with cross traffic.

We bring extensive experience in developing safe and reliable steering systems:

  • From the concept phase, including identification of critical driving maneuvers
  • Through system, hardware, and software development
  • To performance testing and safety validation on test tracks with a wide range of everyday drivers

Leverage our expertise in steering systems to strengthen your E/E development and ensure functional safety from the ground up.

Electric Power Steering (EPS) und Rear Axle Steering (RAS)

Seitdem die elektrische Servolenkung (EPS) die herkömmlichen Hydrauliksysteme durch einen Elektromotor und eine elektronische Steuereinheit (ECU) ersetzt hat, sind mehrere Vorteile deutlich geworden:
  • Variable Unterstützung basierend auf der Fahrzeuggeschwindigkeit (mehr Unterstützung bei niedriger Geschwindigkeit)
  • Aktive Rückstellfunktion in die Mittelstellung
  • Nahtlose Integration mit ADAS-Funktionen (z. B. Spurhalteassistent)
  • Energieeffizienz – Strom wird nur während der Lenkbewegung verbraucht
In Kombination mit der Hinterachslenkung (RAS) werden die Manövrierfähigkeit und Stabilität des Fahrzeugs deutlich verbessert:
  • Niedrige Geschwindigkeit (< ~60 km/h): Die Hinterräder lenken in die entgegengesetzte Richtung der Vorderräder, wodurch der Wendekreis verringert wird.
  • Bei hoher Geschwindigkeit (> ~60 km/h): Die Hinterräder lenken in die gleiche Richtung wie die Vorderräder, wodurch die Stabilität beim Spurwechsel verbessert wird.
Zusammen tragen EPS und RAS erheblich zur Fahrzeugdynamiksteuerung und ADAS-Funktionalität bei und ermöglichen Funktionen wie:
  • Spurhaltung und Spurzentrierung
  • Automatisches Einparken
  • Notausweichmanöver
Das EPS unterstützt die Lenkbewegungen des Fahrers auf der Grundlage von Fahrzeuggeschwindigkeit, Lenkwinkel und Drehmoment. Lenksysteme stellen jedoch auch sicherheitskritische Herausforderungen dar. Im Falle eines Ausfalls kann eine unbeabsichtigte Lenkbewegung – auch als „Selbstlenkung” bekannt – zu gefährlichen Situationen führen, wie z. B. Kollisionen mit Querverkehr. Wir verfügen über umfangreiche Erfahrung in der Entwicklung sicherer und zuverlässiger Lenksysteme:
  • Von der Konzeptphase, einschließlich der Identifizierung kritischer Fahrmanöver
  • Über die System-, Hardware- und Softwareentwicklung
  • Bis hin zu Leistungstests und Sicherheitsvalidierungen auf Teststrecken mit einer Vielzahl von Alltagsfahrern
Nutzen Sie unser Know-how im Bereich Lenksysteme, um Ihre E/E-Entwicklung zu stärken und die funktionale Sicherheit von Grund auf zu gewährleisten.
Contact Us

BEV

Engineering Services for ISO 26262 Compliance and Certification

We specialize in the ISO 26262-compliant development of battery electric vehicles (BEVs) and can therefore offer you comprehensive support. This enables you to achieve functional safety certification efficiently and reliably.
By integrating safety technology at the earliest stages of development, we help you shorten the time to certification and minimize critical risks such as thermal runaway, electric shock, and hazards caused by misuse.

Ingenieurdienstleistungen für die Einhaltung und Zertifizierung nach ISO 26262

Wir sind auf die ISO 26262-konforme Entwicklung von batterieelektrischen Fahrzeugen (BEVs) spezialisiert und können Ihnen daher eine umfassende Unterstützung anbieten. Damit Sie die Zertifizierung der funktionalen Sicherheit effizient und sicher erreichen.
Durch die Integration von Sicherheitstechnik bereits in den frühesten Entwicklungsphasen helfen wir Ihnen, die Zeit bis zur Zertifizierung zu verkürzen und kritische Risiken wie thermisches Durchgehen, Stromschläge und durch Missbrauch verursachte Gefahren zu minimieren.

Contact Us

Sensor Reuse

Your Roadmap to Safety Readiness

In case of the sensor originally has been developed for consumer or industrial applications, these technologies must be adapted for use in autonomous driving (ADAS). This includes meeting the requirements of Functional Safety and SOTIF to ensure predictable behavior, even in edge cases or failure scenarios.

We perform a structured GAP analysis of your product to ISO 26262 based on a very good technical understanding of these sensors and the expected development processes. 

Our goal is to provide a clear, detailed estimation of the effort required to adapt your sensor technology—such as for use in automotive autonomous driving.

This includes e.g. a thorough review of

  • requirements,
  • test cases,
  • safety analyses,
  • system architecture
  • software architecture, and
  • verification plans.

We identify compliance gaps with relevant safety standards and outline the necessary steps to close them—enabling efficient reuse of your existing technology in safety-critical applications.

Ihr Fahrplan zur Sicherheitsbereitschaft

Wenn der Sensor ursprünglich für Verbraucher- oder Industrieanwendungen entwickelt wurde, müssen diese Technologien für den Einsatz im autonomen Fahren (ADAS) angepasst werden. Dazu gehört die Erfüllung der Anforderungen an funktionale Sicherheit und SOTIF, um ein vorhersehbares Verhalten auch in Grenzfällen oder Ausfallszenarien zu gewährleisten.

Wir führen eine strukturierte GAP-Analyse Ihres Produkts gemäß ISO 26262 durch, basierend auf einem sehr guten technischen Verständnis dieser Sensoren und der zu erwartenden Entwicklungsprozesse.

Unser Ziel ist es, eine klare, detaillierte Einschätzung des erforderlichen Aufwands für die Anpassung Ihrer Sensortechnologie – beispielsweise für den Einsatz im autonomen Fahren – zu liefern.

Dazu gehört z. B. eine gründliche Überprüfung von

  • Anforderungen,
  • Testfällen,
  • Sicherheitsanalysen,
  • System Architecture
  • Softwarearchitektur und
  • Verifizierungsplänen.

Wir identifizieren Lücken in der Einhaltung relevanter Sicherheitsstandards und skizzieren die notwendigen Schritte, um diese zu schließen – und ermöglichen so eine effiziente Wiederverwendung Ihrer bestehenden Technologie in sicherheitskritischen Anwendungen.

Contact Us

Li-Ion Energy Storages

Functional Safety for Li-Ion Energy Storages
The Battery Management System (BMS) in an electrical energy storage system is critical to ensuring safety, performance, and battery longevity. It continuously monitors and regulates key parameters such as:
  • Cell voltages
  • Cell currents
  • Cell Temperature
  • State of Charge (SoC)
and protects from conditions that could lead to fire or explosion. We provide a fast and comprehensive set of pre-filled work products acc. to ISO 13849 Category 2 specifically designed for Li-Ion Energy Systems and apply it fast for your System. In combination with our certification support we get the risk of fire or explosion demonstrably under control.
Funktionale Sicherheit für Lithium-Ionen-Energiespeicher
Das Batteriemanagementsystem (BMS) in einem elektrischen Energiespeichersystem ist für die Gewährleistung von Sicherheit, Leistung und Langlebigkeit der Batterie von entscheidender Bedeutung. Es überwacht und reguliert kontinuierlich wichtige Parameter wie:
  • Cell voltages
  • Cell currents
  • Cell temperatures
  • State of charge (SOC)
und schützt vor Zuständen, die zu Bränden oder Explosionen führen könnten. Wir bieten Ihnen ein schnelles und umfassendes Set an vorgefertigten Arbeitsprodukten gemäß ISO 13849 Kategorie 2, die speziell für Li-Ionen-Energiesysteme entwickelt wurden und schnell für Ihr System eingesetzt werden können. In Kombination mit unserer Zertifizierungsunterstützung bringen wir das Risiko von Bränden oder Explosionen nachweislich unter Kontrolle.
Contact Us

Quality Management

Quality That Drives Performance

In mehr als 80 Projekten haben wir Normen erfolgreich umgesetzt. Wenn Standards den Entwicklungsablauf bremsen, liegt das meist an unnötigem Aufwand.

Standards don’t have to slow you down. We simplify complex E/E development standards like ASPICE, ISO 9001, and IATF 16949 and turn them into clear strategic advantages. That means aligning teams and suppliers on shared quality goals, cutting friction from processes, and driving measurable improvements in performance. Let’s turn standards into real value. Together. ASPICE, CMMI und IATF 16949 so an, dass sie die Entwicklungsarbeit vereinfachen – nicht verkomplizieren. Dabei reduzieren wir die Dokumentation auf das notwendige Minimum, vermeiden doppelte Nachweise und fokussieren alle Aktivitäten konsequent auf die Produktqualität.

Das Ergebnis: weniger Reibungsverluste, schnellere Abläufe und messbar bessere Ergebnisse.

Better quality. Less effort.

Quality That Drives Performance

Standards don’t have to slow you down. We simplify complex E/E development standards like ASPICE, ISO 9001, and IATF 16949 and turn them into clear strategic advantages. That means aligning teams and suppliers on shared quality goals, cutting friction from processes, and driving measurable improvements in performance.

Let’s turn standards into real value. Together.

Contact Us

Test Management

Test Smarter. Deliver with Confidence

Wir testen die Qualität, Sicherheit und Zuverlässigkeit Ihres Produkts mit einem schlanken Testmanagement. Mit unserer systematischen Methode identifizieren die richtigen Tests, eliminieren Redundanzen und stellen eine vollständige Testabdeckung sicher. 

Lassen Sie uns Ihr Testing schneller und zuverlässiger machen.

Test Smarter. Deliver with Confidence

We test the quality, safety and reliability of your product with lean test management. Our systematic method identifies the right tests, eliminates redundancies and ensures complete test coverage. 

Let us make your testing faster and more reliable.

Contact Us

Analysis

Insightful analyses. Stronger products

Ob DFMEA, PFMEA, FTA oder DFA – unsere Analysemethoden entsprechen den einschlägigen Richtlinien und ihre Ergebnisse bringen einen echten Mehrwert für Ihr Produkt. Unsere Methodik identifiziert schnell die Risiken in Ihrem Produkt.

Address problems promptly.

Meaningful Analyses. Stronger Products

Whether DFMEA, PFMEA, FTA or DFA – our analysis methods comply with the relevant guidelines and their results bring real added value to your product. Our methodology quickly identifies the risks in your product.

Eliminate problems in good time.

Contact Us

Product Specifications

A razor-sharp methodology

Developers are familiar with the problem: Standards like ISO 26262 often feel like a waste of time. Countless hours are spent on requirements attributes, traceability, revisions, and inspections—and when a major product change is on the horizon, the workload skyrockets. Frustration is inevitable.

Genau hier setzt unsere „messerscharfe Methodik“ an (wie sie ein Kunde nannte). Sie beendet endlose Diskussionen über „gute Requirements“ – ob sie nun „atomic“, „necessary“ oder „keine Design-Anforderung“ sind.

Leverage your requirements engineering efforts to benefit product development. With our razor-sharp methodology.

Razor-Sharp Methodology

Developers know the problem: standards such as ISO 26262 often feel like a waste of time. Countless hours are spent on requirements attributes, traceability, revisions and inspections – and when a major product change is due, the effort explodes. Frustration included.

This is exactly where our „razor-sharp methodology“ (as one customer called it) comes in. It puts an end to endless discussions about „good requirements“ – whether they are „atomic“, „necessary“ or „not a design requirement“.

Use the effort in requirements engineering in favor of product development. With our razor-sharp methodology.

Contact Us

Safety Validation

Compliance nachweisen. Leben schützen. 

Drawing on our experience from numerous projects, we help OEMs and suppliers in Europe and Asia demonstrate that their safety concept effectively protects lives in the event of a failure—quickly and reliably.

Let’s work together to protect people—and your business.

Prove compliance. Protect lives. 

With our experience from numerous projects, we support OEMs and suppliers in Europe and Asia in proving that their safety concept effectively protects lives in the event of a fault – quickly and reliably.

Let’s protect people – and your company – together.

Contact Us

Gap Analysis

Automatisiert Lücken identifizieren.

Wir gleichen Ihre Spezifikationen, Anforderungen und Sicherheitsanalysen (z. B. FMEA, FTA) mittels KI und unserer „messerscharfen Logik“ ab.

So erkennen wir:

  • doppelte und widersprüchliche Anforderungen,
  • fehlende und überflüssige Anforderungen,
  • Abweichungen von IEC 61508, ISO 26262 und ISO 13849.

Durch diese logische Konsistenzprüfungen und unser tiefes technisches Verständnis identifizieren wir sowohl technische als auch zertifizierungsrelevante Lücken und liefern detaillierte Änderungshinweise – schnell, nachvollziehbar und normkonform.

Schließen Sie Safety-Gaps, bevor sie zum Risiko werden.

Identify Gaps Automatically.

We compare your specifications, requirements, and safety analyses (e.g., FMEA, FTA) using AI and our „razor-sharp logic.“

This enables us to identify:

  • duplicate and contradictory requirements,
  • missing and superfluous requirements,
  • deviations from IEC 61508, ISO 26262, and ISO 13849.

Through these logical consistency checks and our deep technical understanding, we identify both technical and certification-related gaps and provide detailed change notes – quickly, comprehensibly, and in compliance with standards.

Close safety gaps before they become a risk.

Contact Us

Safety Concept

A systematic safety concept – quickly adaptable and comprehensive

We offer proven, template-based solutions that can be easily adapted to your product. Whether you want to improve an existing concept and fill critical gaps, or create a new one from scratch—we provide all the necessary documents:

  • Item Definition
  • HARA
  • Functional and Technical Safety Concept
  • System Architecture
Systematic safety concept – quickly adapted and complete

We offer proven, template-based solutions that can be adapted to your product with little effort. Whether you want to improve an existing concept and close critical gaps or create a new one from scratch – we deliver all the important work products:

  • Item Definition
  • HARA
  • Functional and Technical Safety Concept
  • System Architecture
Contact Us

Safety Management

Coordinating Safety. From the Very Beginning.

Every electrical product will fail at some point. The key question is: what happens when it does?

From numerous projects at OEMs and suppliers in different industries we are experienced in performing functional safety management. We help you to develop systems that comply with the ISO 26262 or IEC 61508 standards.

We manage security. For your business. For people.

Managing safety. Right from the start.

Every electrical product will fail at some point. The key question is: what happens when it does?

From numerous projects at OEMs and suppliers in different industries we are experienced in performing functional safety management. We help you to develop systems that comply with the ISO 26262 or IEC 61508 standards.

We Manage Safety. For Your Company. For People.

Contact Us

Project Management

Standardized and results-oriented project management

Our certified project managers combine practical know-how with internationally recognized standards, to manage your projects in a structured, transparent and successful manner.

With our database-supported methodology, we increase the reusability value of your project work and ensure smooth processes.

Ob mit agilen oder klassischen Ansätzen – wir sichern Ihren Serienanlauf, behalten das Budget im Auge und unterstützen Ihr Projektteam.

Project Management Grounded in Standards, Focused on Results.

Our certified project managers combine practical know-how with internationally recognized standards, to manage your projects in a structured, transparent and successful manner.

With our database-supported methodology, we increase the reusability value of your project work and ensure smooth processes.

Whether with agile or classic approaches – we ensure your series production start-up, keep an eye on the budget and support your project team.

Contact Us

Program Management

Success through synergy and effective coordination

Mit unserer Erfahrung im Management zahlreicher Entwicklungsprojekte bei OEMs und Zulieferern sowie unserer technischen Detailkenntnis in System-, Hardware- und Softwareentwicklung unterstützen wir Ihre Teams mit etablierten, datenbankgestützten Best Practices dabei, Synergien zu erkennen und gezielt zu nutzen.

So werden Ihre Ressourcen optimal eingesetzt, Risiken effektiv gemanagt und der Unternehmenserfolg nachhaltig abgesichert.

Success through synergy and skillful coordination
With our experience in managing numerous development projects for OEMs and suppliers, combined with deep technical expertise in system, hardware, and software engineering, we support your teams with proven, database-driven best practices to identify and leverage synergies effectively. This way, your resources are used optimally, risks are managed effectively, and business success is secured sustainably.
Contact Us

Unterstützung Zertifizierung

Zielsicher zur Zertifizierung

Wir unterstützen Sie bei der Zertifizierung Ihrer Systeme. Von der Vorbereitung bis zur Abstimmung mit dem Assessor/Auditor. Dabei bringen wir unsere Erfahrung aus zahlreichen internationalen Assessments/Audits in den Bereichen Automotive, Energiespeicher und Produktion ein.

Wir erklären und vertreten Ihre technische Lösung gegenüber dem Assessor/Auditor, klären Interpretationsspielräume und vereinbaren akzeptable, normkonforme Lösungen. So vermeiden Sie unnötige Diskussionen und Verzögerungen – und gewinnen Sicherheit im Assessment-/Auditprozess.

Der direkte Weg zur erfolgreichen Zertifizierung.

On Target for Certification

We support you in certifying your systems. From preparation to coordination with the assessor/auditor. We bring our experience from numerous international assessments/audits in the automotive, energy storage, and production sectors to the table.

We explain and represent your technical solution to the assessor/auditor, clarify any room for interpretation, and agree on acceptable, standard-compliant solutions. This helps you avoid unnecessary discussions and delays—and gives you confidence in the assessment/audit process.

The direct route to successful certification.

Contact Us

Consulting for Results

Connect Compliance to Business Goals

We turn complex security and development standards into a catalyst for measurable improvements.
With experience from numerous projects and industries, we optimize your development to master complexity and increase your competitiveness.

That’s why we also offer our services on a success-based basis.
With our “razor-sharp methodology” (customer statement), we use a clearly structured and proven approach that uses AI to reduce complexity and make it manageable.

Smarter processes to handle complexity and to grow your business.

Compliance mit den Unternehmenszielen verbinden

We use complex safety and development standards as a catalyst for measurable improvements.

Mit unserer Erfahrung aus zahlreichen Projekten und Branchen optimieren wir Ihre Entwicklung, um die Komplexität zu beherrschen und Ihre Wettbewerbsfähigkeit messbar zu steigern.
Deshalb bieten wir unsere Dienstleistungen sogar auf Erfolgsbasis an.

Mit unserer „messerscharfen Methodik” (Kundenaussage) verfolgen wir einen klar strukturierten und bewährten Ansatz, der mithilfe von KI Komplexität reduziert und beherrschbar macht.
Intelligentere Prozesse, um Komplexität zu bewältigen und Ihr Geschäft auszubauen.

Contact Us

Engineering Support

Standards in Action: Practical Engineering for Real-World Impact

We support your engineering team with practical expertise in areas such as requirements engineering, analysis, testing, software and hardware development, and electronics manufacturing. Always in line with industry standards.

Support with technical expertise in your product, based on standards.

Contact Us

Engineering Management

Guiding Projects with Insight and Oversight

In complex development environments, success isn’t achieved through isolated projects. It’s the result of well-orchestrated, cross-functional initiatives that align with your company’s strategic goals. That’s where we come in.

We specialize in systematically coordinating and supporting multiple projects across departments, domains, development stages, and tools.
Our structured approach ensures that every project is harmonized with your company’s goals and plays in tune with the overall orchestration.

Whether it is about developing for high-volume markets, enhancing product quality, or meeting safety, regulatory, and market requirements.

With deep experience in project and safety management, and a structured approach to program governance, we help your teams work more effectively.
We support improved coordination, manage interdependencies, increase reuse, and align priorities. So your teams stay focused, your resources are used efficiently, and your goals are achieved with clarity and control.

Let’s work together to turn your strategic vision into coordinated, measurable success and ask for our established

  • Program Management,
  • Project Management,
  • Quality Management or
  • Safety Management.
Contact Us

Cyber Security

From Functional Safety to Secure Safety

Wir verfügen über umfassende Erfahrung in der Umsetzung von Security-Standards in sicherheitsrelevanten E/E-Systemen und kombinieren diese gezielt mit Functional Safety.

  • ISO/SAE 21434 – Cybersecurity in the Automotive Industry
  • IEC 62443 – Sicherheit industrieller Automatisierungs- und Steuerungssysteme
  • UN ECE R155 / R156 – Cybersecurity and Software Update Regulations

Durch unsere Erfahrung aus Autosar in Automotive, in Software für Energiespeicherwissen wir, wie Security-Anforderungen pragmatisch, auditierbar und ohne unnötigen Mehraufwand umgesetzt werden.

From functional safety to secure safety

We have extensive experience in the implementation of security standards in safety-relevant E/E systems and combine these specifically with functional safety.

  • ISO/SAE 21434 – Cybersecurity in the automotive industry
  • IEC 62443 – Industrial Automation and Control Systems Security
  • UN ECE R155 / R156 – Cybersecurity and software update regulations

Thanks to our experience from Autosar in automotive, in software for energy storage, we know how to implement security requirements pragmatically, auditably and without unnecessary additional effort.

Contact Us