ENGINEERING & INNOVATION
Engineering connections. Advancing possibilities.
Vehicle engineering, connected software and intelligent data systems are complementary parts of Contigo’s development approach.
Electric vehicle engineering
Compact platforms, integrated electric drivetrains, supplier collaboration and regulatory development.
Battery & energy systems
Battery swapping, energy infrastructure and alternative energy research.
Connected software & AI
Connected vehicle technologies, computer vision and transportation analytics. Contigo Mobility is a member of the NVIDIA Inception program, which supports startups developing innovative technologies. Membership does not imply NVIDIA endorsement or a commercial partnership.
Research collaboration
Autonomous mobility research and opportunities for university and research collaboration.
EDUCATION & RESEARCH
Advancing EV efficiency with Indonesia University of Defence.
CoMo is collaborating with Indonesia University of Defence on the development of a next-generation brushless DC (BLDC) motor enhancement for electric vehicles.
The research explores an integrated motor device intended to support regenerative charging and improve vehicle range. The technology remains in development; performance and commercial applications are subject to technical validation.
Research concepts and proposed collaborations are not presented as commercially validated systems or confirmed agreements.
WORK WITH CONTIGO
Let’s build the future of mobility together.
Connect with our team about investment, industrial collaboration, public-sector initiatives and technology partnerships.
From engineering question to real-world application.
Electric drivetrain engineering
Integrated electric drive units bring propulsion, packaging and control considerations together. Development work supports compact vehicle architectures and supplier collaboration.
Battery and energy systems
Battery integration, energy management and swapping concepts are assessed against vehicle duty cycles, safety requirements and regional infrastructure.
Vehicle architecture
Modular architecture development considers urban microcars, connected systems and the different regulatory pathways for European L6e/L7e and Canadian low-speed vehicles.
AI and computer vision
CoMoAI focuses on interpreting road, traffic and fleet information through computer vision and analytics. Applications include roadway conditions and transport decision support.
Connected mobility
Vehicle connectivity links booking, fleet operations and digital services. Integration requirements vary between campus, city and commercial deployments.
CoMoAutonomo — teleoperation and autonomous mobility research
Research explores sensing, decision support and the relationship between vehicles and infrastructure. Research activity is not a claim of commercially validated autonomous capability.
Alternative energy research
Longer-term energy research examines possible applications within mobility systems. Concepts require technical assessment and validation before commercialization.
Smart infrastructure
CoMoBox and connected transport initiatives explore infrastructure that links physical access, digital services and logistics workflows.
Programme specifications, regulatory approvals, research outcomes and manufacturing plans remain subject to project-specific development and validation.