Worry Free ROS 2 Driver Development
The world’s most popular standard for interoperability of robotics hardware for advanced applications.
Why ROS?
The Robot Operating System (ROS) has become the defacto standard for robotics interoperability around the world, allowing mobile bases, arms, cameras, sensors, and algorithms from different vendors to communicate seamlessly together.
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What is a ROS Driver?
A ROS Driver is the software that enables hardware to communicate to the ROS ecosystem, through ROS messages, services, and actions. A ROS driver is the firmware, that typically runs on a kernel-based computer, that translates messages from ROS to whatever hardware communication is being used, be that Ethercat, Ethernet, USB, etc.
Our high quality ROS Drivers enable high frequency, low latency commands which are necessary for embodied AI models and force sensitive motions.
PickNik has made many ROS 2 Drivers
For top arm manufacturers on the market
Universal
ABB
Kinova
Motiv
ARKA
HDT
Your robot
We have also migrated large projects to ROS2. Our experience is unmatched.
The Value of Creating a ROS Driver
Larger Market
Increase potential customer base for your product by tapping into the huge ROS market.
Happier Customers
By having a 1st class, official driver rather than a community supported driver with few guarantees on reliability and long term support.
Increased Awareness
By advertising to the open source community, which is popular with university students that later graduate to industry and remember your brand as they make future buying decisions.
There are many existing ROS drivers that were developed for ROS 1, however ROS 2 has gained significant adoption in the community. ROS 2 is a significant advancement of ROS 1, which tackles key architectural changes which industrial users of ROS 1 requested.
The many benefits of ROS 2 include:
ROS 2 network transport migrated from using a bespoke protocol to adopting Distributed Data System (DDS) based middleware. DDS is an established standard supporting secure data processing and extensive configuration options.
ROS 2 network architecture moved from a central discovery server to peer-to-peer discovery, making it more robust by removing the single point of failure.
ROS 2 made several core changes to adopt industrial grade tooling for threading, embedded systems, and interprocess communication.
