"We're constantly reorganizing ourselves for your projects. Only one thing always remains the same: our enjoyment of the work."

The future of navigation: real time, AI and the highest precision.

Navigation technology is developing rapidly. Recent studies show that the focus is increasingly shifting from static map solutions to dynamic, AI-supported systems. Real-time data analysis, cloud-based map updates and highly precise sensor fusion are just a few of the trends revolutionizing modern navigation systems.

As an engineering service provider with many years of experience in the automotive industry, including projects for the BMW Group such as:

• Connected Navigation Services (validation of connected navigation services of the latest BMW navigation systems, including ticket management, ticket analyses, overall testing and new app releases)
• Development & series support of digital road maps and update functions (securing and releasing the digital road map, including ADAS and HD maps, as the basis for highly automated driving, incl. ticket management and ticket analyses, etc.) or
• Location-based services: impact chain validation (end-to-end validation of functions for connected driver assistance systems (Connected DAS), backend route clearance, hazard preview, learning map, etc.)

we are actively driving these developments forward.

But our expertise extends far beyond the automotive sector. The demands for high-precision navigation are also increasing in other industries, such as aerospace, logistics, and robotics. Autonomous transport systems, precise indoor navigation, and predictive route optimization are key technologies that will play an even greater role in the future.

Our engineering teams are working on innovative navigation technologies that are not only reliable and powerful, but also future-proof. We combine state-of-the-art algorithms with robust software development, verification & validation, and intelligent quality management. Our focus is on efficiency, safety, and user-friendliness – essential factors for successful navigation in complex environments.

With our HIGHER ENGINEERING concept, we are setting new standards in navigation development. Whether for connected vehicles, smart city solutions or industrial automation – we are your partner for tomorrow’s navigation. Let’s shape the future together.

📌 Interested in innovative navigation solutions? Contact us and discover new possibilities!

#Navigationtechnology #ConnectedNavigation #NavigationSystem #RealTimeNavigation #IndoorNavigation #MapUpdate #AI-poweredNavigation #AutonomousNavigation #RouteOptimization #SensorFusion #SmartMobility #HigherEngineering

Digital Rail: shaping the mobility of the future with technology

Rail is considered the backbone of sustainable mobility. Technological change is needed to meet increasing transport needs in an efficient and environmentally friendly way. The ‘Digitale Schiene Deutschland‘ (Digital Rail for Germany) initiative is one of the key initiatives to take rail transport to a new level through automated processes, intelligent control and security technology, and networked systems. Studies show that digital control systems can increase the capacity of existing lines by up to 35% – without additional infrastructure expansion.

Modern technologies such as the European Train Control System (ETCS), artificial intelligence, digital twins and predictive maintenance make rail transport safer, more efficient and more flexible. Automatic Train Operation (ATO) and cloud-based control systems enable optimized network capacity, lower operating costs and better integration into intermodal transport concepts. The challenge lies in the safe and reliable implementation of these highly complex systems.

Our rail experts in Berlin and Buckow have been working with the best in the industry for almost 20 years to develop control and security software solutions, verify safety-critical systems and optimize complex processes through intelligent automation.

Our customers include:

Alstom S.A. (Bombardier)

• Testing & Maintenance: Implementation of test projects and maintenance for various vehicle types (DT5, BR430, BR490 etc.)
• Automated driving: Implementation for BR430 / DT5
• ETCS Integration: Maintenance project GOA2, integration of the Siemens ETCS system
• SLT Sprinter Light Train (NL)
• Flexity vehicles (Vienna)
• System engineering & BIDs: Support with tenders and assumption of system engineering tasks in the area of PIS

HVLE (Havelländische Eisenbahn)

Digital Rail for Germany (DSD) & Deutsche Bahn (DB)

• Automated Train: Successful vehicle tests
• TÜV-Süd Rail: Assessment and test drives

Stadler Rail – Berlin Pankow

• Conversion projects: FLIRT EMIL project
• New features: Implementation of “Leuchtmelder Haltewunsch” (indicator stop request)
• Engineering & approval: Regio-Shuttle RS1
• Maintenance projects
• Metro IK: Maintenance project with assessment
• Successful implementation of BLB / RS1-DNO with TÜV-Süd Rail

Deuta Werke, and much more

📌 Let’s talk – we are your ideal partner!

#DigitalRail #HigherEngineering #FutureMobility #ETCS #SmartRail #Industrie40 #Automation #AI #AllgeierEngineering

Industry 4.0 in plant engineering – intelligent automation for maximum efficiency

The transformation of plant engineering through Industry 4.0 has long been a reality. Highly adaptive manufacturing systems, AI-supported process optimization and cyber-physical production environments are defining new standards for efficiency, scalability and quality assurance. Studies show that companies with digitally networked and data-driven production facilities achieve significant productivity gains – a crucial factor in increasingly volatile markets.

The integration of Industry 4.0 technologies is leading to a paradigm shift, particularly in the field of specialty plant engineering. Intelligent control systems, predictive maintenance concepts (predictive maintenance) and digital twins enable consistently optimized production. Real-time data analysis ensures more precise process control, reduced downtime and seamless adaptation to changing production requirements.

As an engineering service provider with in-depth expertise in automation and special plant engineering – including for YASKAWA, a leading supplier of robotics solutions – we are driving these developments forward in a targeted manner.

Our range of services includes, among other things:

• Software development for adaptive control systems (e.g. for robotics and factory automation)
• PLC control development for the manufacturing of various components
• Design development of innovative process technologies and peripherals
• Verification & validation of control technology according to the highest quality standards
• AI-supported process optimization through machine learning and predictive algorithms
• System integration in smart factories for seamless interoperability and maximum efficiency
• Project coordination and management for successful project implementation

The demands placed on Industry 4.0 technologies go far beyond traditional mechanical engineering. Future-proof automation solutions are essential for industries such as medical technology, electronics manufacturing, and the food, chemical, building and pharmaceutical industries. The challenge lies in the precise coordination of complex systems – from highly networked sensor architectures to secure, scalable software.

With our HIGHER ENGINEERING concept, we set standards in the development of highly precise, intelligent and efficient production plants. Our engineers combine in-depth domain knowledge with innovative technologies – for sustainable, high-performance and adaptive manufacturing of the future.

📌 Optimize your production with our support – we look forward to your inquiry!

Photo credit: Yaskawa Europe GmbH

#Industrie40 #Anlagenbau #Automatisierungstechnik #Sonderanlagenbau #Robotik #PredictiveMaintenance #digitaleZwillinge #SmartFactory #Steuerungssoftware #MachineLearning #Verifikation #Validierung #adaptiveFertigung #HigherEngineering

Consumer Electronic Devices & Smart Device Integration – future-proof solutions for the automotive industry and beyond

The increasing networking between vehicles and consumer electronic devices (CE devices) is opening up new possibilities for user-friendliness, safety and innovative digital experiences. We are a strategic partner for the development, protection and integration of smart technologies, particularly in the automotive sector. With a large team of experts, we support well-known automotive manufacturers in implementing innovative solutions in the areas of smart device integration (SDI) and projected modes (Android Auto, Apple CarPlay).

Our expertise: bridging the gap between CE devices and vehicle technology

Combining consumer electronics with automotive infrastructure requires a deep understanding of software and hardware integration, agile development processes and rigorous testing.

Our services include:

• Testing & validation of “projected modes” and manufacturer-specific smart device technologies for seamless connection of mobile devices to vehicles.
• Test management in leading tools such as Jira and Octane – from creating new test cases to quality assurance.
• Automation of test cases to maximize efficiency and reproducibility in the validation of smart technologies.
• Creation and update of test plans with precise scheduling and definition of quality targets.
• Conducting test and analysis drives with prototypes and production vehicles.
• Development partnerships with leading OEM, CE manufacturers and software developers such as Apple, Google, Huawei and Samsung.
• Global logistics and support for development platforms for CE device integrations.
• Scrum-based agile development for rapid market adaptations and continuous improvements.

Market development and future prospects

Studies show that the global market penetration of smart device integration will grow by over 15% per year until 2030 (Source: McKinsey, 2023). The shift towards software-defined vehicles makes the seamless integration of consumer electronics a key competitive advantage for OEMs (original equipment manufacturers) and technology providers. Future trends such as V2X communication, AI-based driver assistance and cloud-based over-the-air updates require highly specialized engineering solutions – a core competence of Allgeier Engineering.

Why choose Allgeier Engineering?

Our combination of in-depth expertise, innovative strength and engineering excellence makes us the ideal partner for companies that want to set new standards in the field of smart device integration and CE device validation. We enjoy working with startups, medium-sized companies and global corporations to develop pioneering solutions together.

📌 Contact us for an individual consultation.

#SmartDeviceIntegration #ConsumerElectronics #ConnectedCar #AutomotiveEngineering #SoftwareDefinedVehicles #TestManagement #QualityAssurance #AndroidAuto #AppleCarPlay #FutureMobility #AllgeierEngineering

Telematics & Connectivity: Intelligent networking

The demands on telematics systems and connectivity solutions are growing rapidly. Vehicle fleets, industrial plants and IoT systems require powerful, secure and scalable communication solutions. Today, modern telematics control units are much more than just classic communication interfaces – they are the central data platform for vehicle networking, over-the-air updates (OTA), car-to-x communication and data-driven services.

Studies show that the market for connected vehicles will grow at a double-digit rate annually until 2030. Advances in 5G, edge computing and artificial intelligence are driving this development. In particular, the integration of new mobile communications standards and security architectures poses major challenges for companies – from hardware development and software integration to long-term series production support.

As an engineering service provider with many years of experience in the development of control units – including for the BMW Group – we support telematics and connectivity projects throughout the entire product life cycle.

One example is the development of five generations of telematics control units, including new development, series support and continuous further development up to end of production.

Our range of services includes:

• Hardware and software development for telematics control units (V-model, AUTOSAR, embedded systems)
• System architecture and validation for highly connected vehicles and IoT devices
• Secure over-the-air update technologies (OTA) for efficient software maintenance
• Car-to-x communication & V2X integration for future mobility concepts
• Verification & validation (V&V) for reliable, certified and future-proof systems

Logistics, smart cities, medical technology and Industry 4.0 also benefit from intelligent networking solutions that enable secure, scalable and efficient communication.

With our Higher Engineering approach, we deliver customized solutions for the mobility and connected systems of the future. We combine in-depth domain knowledge with the latest technological developments – for companies that want to actively shape change.

📌 Are you looking for a partner for innovative telematics and connectivity solutions? Let’s develop the future of connected systems together!

#Telematics #Connectivity #TelematicsControlUnits #VehicleConnectivity #OvertheAirUpdates #CarToX #V2X #5G #EdgeComputing #IoTCommunication #SmartMobility #Automotiveindustry #Industry4.0 #ControlUnitDevelopment #HigherEngineering

Infotainment – smart networking for tomorrow’s mobility

The digital transformation is fundamentally changing the driving experience. According to a McKinsey study, 85% of drivers worldwide expect their vehicles to be seamlessly connected to smartphones and digital services. The integration of consumer electronics (CE) into modern infotainment systems is therefore not a luxury, but a core requirement for connectivity, comfort and safety.

However, the challenges are also growing with the increasing number of mobile devices and interfaces: new software updates, growing security requirements and global market requirements demand precise validation, safeguarding and highly qualified test management.

As an experienced engineering service provider, we drive the development of smart infotainment solutions. With our expertise in quality management, validation and software development, we support OEMs, suppliers and technology companies in the flawless integration and safeguarding of consumer electronics.

Our range of services:

• Testing and validation of software and hardware for Bluetooth, USB, WLAN, NFC & Co.
• Agile development methods (SCRUM) for efficient release cycles
• Steering of committees & release planning for worldwide markets
• Worldwide coordination with development partners such as Apple, Huawei, Google & Samsung
• Organization of test events with OEMs & mobile device manufacturers
• Conducting test and analysis drives with prototypes

Infotainment trends: AI, 5G & cloud integration

The future of infotainment will be shaped by AI-supported voice assistants, ultra-wideband (UWB), 5G connectivity and cloud-based services. According to a Gartner analysis, over 70% of all new vehicles will be equipped with automated infotainment systems by 2028. Our focus: innovative test procedures and the highest quality standards to make infotainment solutions safe, future-proof and user-friendly.

📌 Whether you are an automotive manufacturer, supplier or technology company, let’s shape the future of digital mobility together. Talk to us about your next infotainment project!

#InfotainmentSysteme #ConnectedCars #SmartphoneIntegration #Bluetooth #NFC #WLAN #Validierung #Infotainment #SoftwareIntegration #CE

Security & Safety – future-proof solutions for the rail sector and beyond

Digitalization and automation in the rail sector are advancing rapidly. Safety and cybersecurity are key challenges for rail operators, OEMs and suppliers. According to a recent study by the European Railway Agency (ERA), over 60% of safety-critical incidents in the rail sector are due to insufficient system validation or cyberattacks. The introduction of ETCS (European Train Control System) and digital interlockings further increases complexity.

Allgeier Engineering – The highest safety standards for the rail sector

As an experienced engineering service provider, we support companies such as Alstom, DB (Digitale Schiene), Stadler and Deuta Werke in securing safety-critical systems.

Our focus is on:

• Functional safety (Safety) according to CENELEC EN 50126, EN 50128 & EN 50129
• Cybersecurity (Security) according to IEC 62443 for rail systems
• Validation and verification of software and hardware for rail infrastructure and vehicles
• Test management and safeguarding of safety-critical communication (e.g. CBTC, ETCS, GSM-R)
• Agile development methods (SCRUM) for efficient release cycles
• Committee and approval management for the international rail sector

Trends and challenges – How safe will the railways of the future be?

With the increasing networking of rail systems through IoT, 5G and AI, the risk of cyber attacks and system failures is also increasing. According to a study by McKinsey & Co., the global market for railway security systems will grow to over 20 billion USD by 2030 – driven by new regulations and technological advances. With our expertise in security and safety, we ensure that innovation and security go hand in hand.

📌 Are you interested in the future of safe mobility? Let’s develop groundbreaking solutions together! Our team in Berlin is looking forward to it.

#Security #Safety #RailwayTechnology #Cybersecurity #FunctionalSafety #ETCS #DigitalRail #MobilitySolutions #Verification #validation #Engineering #HigherEngineering #SmartMobility #ConnectedRail #SoftwareTesting #TransportationSafety #CENELEC #IEC62443

E-Mobility: Innovations for a sustainable future

Electromobility is one of the decisive factors for a sustainable shift in transportation. According to recent studies, the global market for electric vehicles will grow by more than 25% per year until 2030. Advances in battery technology, charging infrastructure and digital networking are driving this change. Car manufacturers are not the only ones investing billions in new platforms, while regulations and funding programs are accelerating the transition to emission-free mobility.

There is particularly strong demand for intelligent charging solutions, bidirectional charging and sustainable production. However, new technologies require not only powerful hardware, but also reliable software solutions, quality assurance and verification and validation. The requirements for safety, efficiency and digital control are constantly increasing – and this is precisely where we at ALLGEIER ENGINEERING come in, always with the claim of HIGHER ENGINEERING.

With our expertise in Industry 4.0 (the current trend of automation and data exchange in manufacturing technologies), smart charging and e-mobility software development, we support companies along the entire value chain. We advise on the implementation of innovative mobility solutions, develop customized software, take on project coordination and ensure the highest quality standards. Our specialists accompany the entire development process – from the initial idea to market launch.

We have been able to support numerous customers in the areas of intelligent charging solutions, programmable logic controllers, quality assurance and project coordination:

• YASKAWA Europe GmbH
• ZF Friedrichshafen AG
• Torqeedo GmbH

We are happy to exchange ideas about specific applications and best practices – please contact us!

#Emobility #electromobility #sustainable mobility #smart charging #industry40 #innovation #battery technology #charging solutions #future mobility #AllgeierEngineering

Automated driving stands for a range of technologies that enable vehicles to navigate safely and efficiently without human intervention. State-of-the-art sensors and artificial intelligence are revolutionizing our roads by making driving safer, more comfortable and more environmentally friendly.

Imagine sitting in our car and instead of concentrating on the traffic, we can relax, work or spend time with our family. Automated vehicles offer us exactly that: more time and freedom in everyday life. They also help to reduce human error – a major cause of traffic accidents – and increase safety on our roads.

Another advantage of automated driving is the optimization of traffic flow. Networked vehicles and intelligent traffic management systems can avoid traffic jams and reduce journey times. This not only leads to greater efficiency, but also to a reduction in fuel consumption and CO2 emissions.

Finally, automated driving opens up new opportunities for people who were previously excluded from driving due to restrictions, such as older people or people with disabilities. This makes mobility accessible and more inclusive for everyone.

Overall, automated driving offers enormous benefits for individuals, companies and society as a whole. It is not just a technology, but a game changer for a more sustainable, safer and more comfortable future. At Allgeier Engineering, we are proud to be at the forefront of this development.

Let’s shape the mobility of tomorrow – together!