Intelligent building blocks for robotics and the internet of things

Ready to connect to your project

hello world tutorial for obsidian bmod dsp board for robotics and iot

Hello world tutorial for the Obsidian BMOD! Click here

FEATURE
port of Erlang to uClinux for IOT and robotics

New port of Erlang to uClinux released! Click here

FEATURE
Tiny DSP linux Erlang board for IOT and robot projects

Tiny DSP based Erlang / Linux boards shipping soon! Pre-order yours today! Click here

NEWS
Smart IOT and robotics

Build smarter things

Build intelligent Internet of Things and robotics projects with tiny affordable DSP single board computers, and write your embedded software in the powerful Erlang programming language. Explore artificial intelligence with the the state-of-the-art Neuroevolutionary system DXNN — evolve artificial neural network brains to sense, make decisions, and control the environment. We leveraged the power efficient Analog Devices Blackfin processor to support a lean, scalable software stack built upon Erlang, uClinux, and DXNNe, our DSP optimized embedded neural-net runtime. Optimized native libraries make it possible to write efficient signal processing programs in Erlang code.

Erlang Programming Language Blackfin DSP

IOT sensor gateway

Keep your design modular and flexible

Base MODule (BMOD), provides built-in support for the industrial strength bus protocols CANbus and RS485, industry standard I2C and optional Bluetooth wireless gives you an extensible and reliable platform you can leverage to build out your design as it evolves. Sensors and actuators can be added or removed easily. Many BMODs can be networked together for robot control, sensor signal processing, and internet of things gateways. The BMOD+BTS (with Bluetooth support) allows you to program, develop, and interact with the BMOD wirelessly. Our software stack supports the popular MQTT protocol for publishing processed sensor data. BMOD is designed to be low power and can run for hours on a single-cell AA-sized LiFePo4 battery.

Fault detection
											 sensor signal processing

Create, Teach, and Learn

Learning, sharing knowledge, and advancing the state-of-the-art in intelligent systems is our goal. Our software and hardware platform is designed to serve as a stepping stone to exploring intelligent robotics and connected smart devices. Our software stack is completely open source and available from GitHub. Utilizing high-level productive programming languages such as Erlang, R, and Python help to lower the learning curve and opens the door to a vast array of programming libraries. Intuitive data visualization using R and Shiny aims to provide new insights into your evolving system — and can serve as a great tool for teaching. We are writing a series of tutorials to help you get a jump start on your project.

Store

Store

Ready to get started building advanced robots and smart devices? Check our store for pricing and availability of computing modules, expansion boards, and accessories.

Tutorials

Tutorials

Want a jump start building robotics and smart devices? We provide tutorials covering topics from the simplest "Hello World" project to advanced neuro-evolutionary projects. Our tutorials cover both hardware and software, and strive to provide you with elements you can build upon for your own projects. We are working to add more tutorials all the time, so check back often!

Learning about robotics and internet of things

Learning

Looking for documentation? Want to learn more? Whether you are just getting started in the field of embedded systems and AI, or are a seasoned engineer, we provide a range of resources including documentation, articles, and more. Follow this link to start exploring.

Contact Lumenosys Robotics

Feedback or questions? Feel free to contact us!