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Flexbot
– a Specification-Driven Framework for Rapid Development of Mobile Machines

Flexbot is a software platform that accelerates the development of mobile and autonomous machines by automating the creation of the software architecture.

Flexbot: Achieve the Same Results in Half the Time with Half the Team

With Flexbot, companies can develop new products and prototypes significantly faster – with fewer resources and without complex manual work.

This means cost savings and faster product development, as well as a clearer, more manageable, and well-documented development environment. Flexbot automatically generates the software framework, allowing work to be focused on developing algorithms and logic instead of building the infrastructure.

Flexbot Accelerates Maritime Surveillance Autonomy in the USVA Project

Atostek’s Flexbot software platform serves as the foundation for the software architecture of a new unmanned vessel developed for maritime surveillance. In the USVA project, Flexbot enables autonomous operation of the vessel, fusion of sensor data, and interoperability of systems in conditions where operational reliability is critical.

Key figures

50%

faster time to market

30%

less maintenance

2.5x

development speed

Scalable Swarm Applications for Mobile Machines with Flexbot

  • Flexbot makes the development of swarm applications easy to manage and scalable. It enables rapid communication and coordination between, for example, drones or autonomous vehicles—without complex manual work.
  • Flexbot automatically generates communication networks and protocols directly from system specifications. This keeps the system consistent and manageable, even as operations are scaled up or new machines are added.

Key Features

Flexbot is designed to accelerate software development for mobile and autonomous machines.

  • Automated Software Construction: Flexbot automates the generation of messaging, component isolation, and concurrency management streamlining the software development process.
  • Focus on Algorithms: By providing a pre-built platform, Flexbot allows you to direct your resources towards developing algorithms and shaping your business logic.
  • Modular and Upgradable Architecture: When requirements change, Flexbot specifications can be easily updated. The platform automatically builds a new version of the software—without the need to restart the entire project from scratch.
  • Error Reduction: Flexbot’s message-based paradigm simplifies development by dividing tasks into manageable subtasks and reducing the possibility of errors.
  • Evolutive Development: Flexbot supports the development of new applications as well as the refactoring and development of pre-existing applications. It can be deployed incrementally, allowing for software evolution with minimal disruption.
  • Compatibility: Flexbot is compatible with multiple systems, programming languages, and protocols, such as Zenoh, ROS 2, DDS, C++, MATLAB, and Simulink.

Benefits

Speed and Cost Efficiency

Flexbot significantly accelerates the process of robot software engineering and reduces costs by automating the necessary details of software construction.

Get Rid of Vendor Lock

Flexbot’s source code is available if needed.

Manageable Architecture

With the messaging network generated from a specification, the specification is always up-to-date with the implementation, ensuring the architecture remains manageable.

Read More

Flexbot: How to build autonomous swarm applications in fraction of time and money

Flexbot: How to build autonomous swarm applications in fraction of time and money

26.2.2025 | Flexbot stands out as an essential platform for advanced drone operations, managing the complexities of swarm communication and providing scalable, efficient solutions. Cost savings are evident as Flexbot lowers maintenance costs and simplifies scalability. Its robust design prioritizes safety, security, and performance in complex operations.

Simulation as support for route planning in robotic vehicles

Simulation as support for route planning in robotic vehicles

29.1.2025 | The increasing number of various robotic vehicles and their operational environments necessitate more complex routing algorithms. Simulation can be used to test and evaluate the success of route planning.

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Our expert on the subject

Lauri-Tapio Korhonen

Autonomous Systems Consultant
lauri-tapio.korhonen@atostek.com
+358 44 792 4525

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