AutoPi began as a small engineering project in 2016, built by three founders with a shared interest in vehicle electronics and software.
The first product direction was validated through a Kickstarter launch, which pushed the project from prototype work into a real production roadmap.
Early development focused on connecting to vehicles through standard interfaces such as OBD-II and CAN, and on making data accessible outside the vehicle.
As deployments grew, the scope shifted from individual hobby use to professional use in fleets and engineering projects, where repeatability, support, and long-term availability matter.
The current product stack is built around telematics hardware and cloud tooling.
The focus is a reliable telematics unit paired with a
management cloud for provisioning, configuration, monitoring, and data access.
Many customers use AutoPi as a complete system, while others use it as an integration layer that forwards data into existing backends.
AutoPi operates as a Danish IoT company with engineering centered around vehicle communication and embedded systems.
Work typically involves constraints from real vehicles: mixed ECU support, varying bus load, intermittent connectivity, and power conditions that are not lab-clean.
The approach stays practical: stable hardware, predictable firmware behavior, and platform features that support day-to-day operation.
How does it work?
You ask, we customize
AutoPi provides telematics solutions that are designed to be adapted rather than locked down.
Hardware, firmware, and cloud components are built to support changes in data flow, configuration, and system behavior,
which is often required once a project moves beyond a pilot phase.
In many deployments, AutoPi devices act as a gateway layer between the vehicle and an existing customer backend.
Data can be forwarded to external systems using defined formats and transport methods, while the AutoPi platform
continues to handle device provisioning, configuration, monitoring, and operational tooling.
Customization work typically involves practical constraints found in real vehicles.
Examples include limited ECU access, mixed protocol stacks such as CAN, CAN-FD, J1939, or proprietary OEM frames,
intermittent connectivity, and strict power conditions.
These factors shape how firmware, buffering, and data delivery are implemented.
Engineering efforts are handled by the same teams that design and maintain the core products.
This keeps changes aligned with the underlying architecture and avoids one-off solutions that cannot be maintained over time.
Projects range from small adjustments in signal handling to larger changes in device behavior or cloud-side workflows.
Scalability is treated as a baseline requirement rather than an add-on.
Custom solutions are expected to run across fleets, survive software updates, and remain supportable as deployments grow.
This applies equally to hardware configuration, firmware logic, and cloud integrations.
AutoPi Core is built on Raspberry Pi OS and follows an open-source development model.
This choice is rooted in practical engineering considerations rather than ideology.
Access to the full software stack makes it possible to inspect behavior at every layer,
from system services and drivers to application-level logic.
In vehicle and machinery projects, this level of visibility matters.
Real-world deployments often expose issues that are difficult to reproduce in a lab environment,
such as timing differences on CAN buses, power interruptions, or interactions with OEM-specific ECUs.
Open access to the system allows these issues to be analyzed and addressed without relying on black-box components.
The open-source approach also supports long-term maintainability.
Customers are not tied to closed firmware images or opaque update mechanisms.
Instead, they can audit changes, maintain forks when necessary, and align device behavior with internal engineering standards or compliance requirements.
Community involvement plays a practical role as well.
External developers contribute fixes, improvements, and extensions that often originate from real deployment scenarios.
These contributions feed back into the platform and help keep it aligned with how the hardware is actually used in the field.
We will enable vehicles around the world with advanced technology and customizable
solutions with one IoT platform, and consequently strengthen our customers’ operations and make them
more profitable.
Vision:
We seek to convey more innovation, efficiency, and abundance of opportunities in the world by
pushing the telematics industry into our current century.
Worldwide Innovations
Trusted by customers globally
Global reach, real-time insights, and high-performance solutions for your success.
Keyless Entry Transforms Home Care
Sweden
Managing vehicle keys was a hassle for a home care service with a small fleet. Misplaced keys and time-consuming handovers were causing delays and frustration.
With AutoPi's keyless entry feature, caregivers now access vehicles quickly and securely using their smartphones. This innovation saved time and improved service quality, allowing caregivers to focus on their clients.
A logistics company faced challenges with monitoring and managing their fleet effectively. Inefficient tracking led to delays, increased costs, and customer dissatisfaction.
By implementing AutoPi's GPS fleet tracking, they gained real-time visibility of their vehicles, optimized routes, and improved delivery times. This innovation reduced costs and enhanced customer satisfaction, making their operations more efficient and reliable.
Smart Fuel Management for Truck Fleets
Belgium
Managing fuel consumption was a major challenge for a truck fleet operator. High fuel costs and inefficiencies were impacting their bottom line.
With AutoPi's fuel management solution, they gained precise control over fuel usage, reducing costs and improving overall efficiency. This innovation led to significant savings and a more sustainable fleet operation.
Telematics Powers University Research
Germany
A university research team was struggling to collect accurate data on cruise control and fuel consumption. Traditional methods were time-consuming and lacked precision.
By implementing AutoPi's custom telematics solution, they gained detailed insights and real-time data, significantly enhancing their research accuracy and efficiency. This innovation streamlined their study, providing valuable findings for future advancements.
A university research team needed to compare data from different electric vehicles but faced challenges in collecting and standardizing the information.
With AutoPi's full electric vehicle support, they accessed comprehensive and consistent EV data across various models. This innovation improved their research accuracy and efficiency, providing crucial insights for the future of electric vehicles.
Site Security and Efficiency with Geofencing
Germany
Construction site managers struggled with unauthorized movements and inefficient tracking of equipment and vehicles.
AutoPi's geofencing solution set virtual boundaries and provided real-time data on vehicle movements. Managers received alerts for unauthorized movements and could monitor how long vehicles stayed within or outside the geofenced areas. This innovation improved site security, operational efficiency, and resource management.
Railway construction projects faced challenges with delayed data and inefficient communication, leading to costly downtime.
With AutoPi's real-time data streaming, project managers could access live data from the construction site, ensuring timely decisions and efficient communication. This innovation reduced downtime, improved project coordination, and kept the construction on track.
A fleet in France struggled to optimize vehicle performance due to a lack of detailed diagnostics data.
With AutoPi's specific CAN data solution, they gained access to precise diagnostics, enabling them to fine-tune their vehicles for optimal performance. This innovation improved efficiency, reduced maintenance costs, and enhanced overall fleet performance.
An Italian company needed detailed data from their electric motors to enhance performance and reliability.
With AutoPi's custom EV data project, they collected precise data tailored to their specific needs. This innovation provided valuable insights, improved motor efficiency, and drove advancements in their electric vehicle technology.
A recycling and waste management company in Spain struggled with tracking their fleet efficiently, leading to delays and increased operational costs.
With AutoPi's fleet management solution, they gained real-time visibility and control over their vehicles. This innovation optimized routes, improved efficiency, and reduced costs, ensuring timely waste collection and recycling.
A client in Spain sought more than just one feature for their fleet management—they needed a comprehensive solution that included GPS tracking, MQTT communication, and more.<
AutoPi's complete solution delivered everything they needed, providing real-time tracking, seamless data communication, and full-spectrum control over their fleet. This all-in-one package enhanced efficiency, reduced costs, and streamlined their operations.
A company in Greece needed a telematics device capable of recording signals and sending data to custom endpoints while syncing with their existing maintenance software.
With AutoPi's custom endpoints solution, they achieved seamless data integration and real-time synchronization with their maintenance systems. This innovation improved maintenance efficiency, reduced downtime, and optimized overall fleet performance.
A client in South Africa required direct vehicle data flow to their own server, bypassing AutoPi's infrastructure.
AutoPi delivered with a dedicated server setup, ensuring seamless data transfer and total control over their fleet data. This innovation provided complete autonomy, enhanced data security, and tailored fleet management to their specific needs.
A client in Japan had a specific demand: their R&D team sought new technologies to enhance vehicle performance and sustainability. They needed CAN and IoT data to fuel their innovations.
With AutoPi's vehicle telematics solution, they accessed the critical data required for their research and development. This innovation enabled their team to push the boundaries of performance and sustainability, driving the future of automotive technology.
A client in Vietnam needed better control over their supply chain through effective truck asset management.
With AutoPi's GPS fleet tracking, they gained real-time visibility and control over their trucks, optimizing their supply chain operations. This innovation improved asset management, reduced delays, and enhanced overall efficiency.
Superior Supply Chain Control
Singapore
A client in Singapore needed improved supply chain visibility to enhance their operations and efficiency.
With AutoPi's fleet management solution, they achieved real-time tracking and comprehensive visibility of their fleet. This innovation provided better control over their supply chain, reduced inefficiencies, and ensured timely deliveries.
A client in Australia needed trustworthy vehicle diagnostics that could be accessed securely from anywhere.
With AutoPi's secure remote diagnostics solution, they received reliable diagnostics via a secure VPN connection. This innovation ensured they could trust their data and access it remotely, improving maintenance and operational efficiency.
A university in Tasmania needed detailed data on driving behavior for their research.
With AutoPi's driver behavior solution, they accessed comprehensive analytics on driving patterns and habits. This innovation provided valuable insights, enhancing their research and contributing to advancements in driving behavior studies.
An electric car rental service in Hawaii faced challenges with managing physical keys, leading to inefficiencies and delays.
With AutoPi's keyless entry solution, they provided customers with quick, secure access to rental vehicles using their smartphones. This innovation streamlined the rental process, improved customer satisfaction, and enhanced operational efficiency.
A mining site in Canada needed reliable GPS tracking for heavy machinery, including underground operations, to access real-time data.
With AutoPi's GPS fleet tracking, they gained precise location data and real-time tracking capabilities, even underground. This innovation improved operational efficiency, reduced downtime, and ensured better control over their mining operations.
Geofencing for Superior Site Control
Canada, Quebec
Construction managers in Canada needed better control and oversight across multiple sites.
With AutoPi's geofencing solution, they established virtual boundaries for each site, receiving alerts and detailed data on vehicle movements. This innovation improved security, resource management, and operational efficiency across their construction projects.
A heavy machinery operation in Canada needed real-time tracking and telematics data, including J1939, for better management.
With AutoPi's real-time data streaming, they accessed live data on machinery performance and location. This innovation improved tracking, operational efficiency, and maintenance planning.
A university in Wisconsin needed detailed accelerometer and gyroscope data for smart city research.
With AutoPi's fleet data solution, they accessed comprehensive vehicle data, providing valuable insights for their smart city initiatives. This innovation supported their research and contributed to advancements in urban planning and technology.
A winter service fleet in New Hampshire needed real-time tracking to manage punctual dispatch and tight schedules.
With AutoPi's fleet management solution, they gained real-time visibility and control over their vehicles. This innovation improved scheduling, operational efficiency, and ensured timely winter services.
A rental company in Massachusetts needed to track the total lifecycle of their vehicles to optimize operations and maximize asset value.
With AutoPi's fleet management solution, they gained comprehensive insights into vehicle usage, maintenance, and performance throughout the entire lifecycle. This innovation improved operational efficiency and asset management, ensuring maximum return on investment.
A company in New York wanted to resell and white label a telematics device, integrating it with Connected Cars, Blockchain, and Web3 technologies.
With AutoPi's vehicle telematics solution, they accessed advanced features and customization options, enabling seamless integration with cutting-edge technologies. This innovation enabled them to offer a unique and powerful telematics device to their clients.
A construction company in New York needed effective asset tracking and security for their fleet.
With AutoPi's fleet management solution, they achieved real-time tracking, enhanced security, and better control over their construction assets. This innovation improved operational efficiency and safeguarded valuable resources.
A company in California needed a custom OS on the AutoPi device for enhanced system control and software integration.
With AutoPi's custom OS solution, they tailored the device to their specific needs, integrating seamlessly with their existing systems. This innovation provided precise control and flexibility, enhancing overall vehicle management.
A transportation service in California needed effective management for their fleet of EV shuttles, minibuses, and vans.
With AutoPi's EV fleet management solution, they gained real-time insights, improved scheduling, and enhanced operational efficiency. This innovation ensured smooth and sustainable transport services.
Smart Keyless Entry for Car Rentals
USA, California
A car rental company in California needed a smart, secure way for customers to access vehicles using their smartphones.
With AutoPi's keyless entry solution, utilizing Bluetooth Low Energy (BLE) technology, renters enjoyed quick and secure access to vehicles directly from their smartphones. This innovation streamlined the rental process and enhanced customer convenience.
A research team in Florida needed real-time vehicle data to enhance city infrastructure and support smart city R&D.
With AutoPi's vehicle data solution, they accessed comprehensive, real-time data, integrating seamlessly with city infrastructure. This innovation provided valuable insights, driving advancements in smart city technology and urban planning.
A project in Colombia aimed to optimize road conditions and traffic patterns using detailed telematics data.
With AutoPi's telematics data solution, they gained critical insights into road usage and traffic flows. This innovation helped improve road infrastructure, reduce congestion, and enhance overall traffic management.
An initiative in Peru focused on improving road infrastructure using big data analytics.
With AutoPi's big data solution, they collected and analyzed vast amounts of data to identify areas for improvement. This innovation led to more efficient road maintenance and enhanced infrastructure planning.
A project in Brazil aimed to convert combustion engines to electric through seamless OEM integration.
With AutoPi's OEM integration solution, they achieved a smooth transition, ensuring all components worked harmoniously. This innovation supported their electrification goals, contributing to a more sustainable future.
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