You are in Robonomics networkWelcome to Robonomics networkOpen-source solution for IoTJoin free IoT and robotics
What is Robonomics network?
Robonomics is an open-source platform for IoT applications which enables the exchange of technical and economic information in the form of atomic transactions between user applications, IoT services, and complex robotics.
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Decentralized application
Decentralized application (dapp) works within Blockchain. It is open source and its data served on IPFS and Github. These techonolgies allow application be secure and transparent at the same time. Our developers are working both on the development of Robonomics’ application and on the libraries that you can use when building your own dapp.
Decentralized application
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Digital twin
Digital Twin is one of the instruments provided by Robonomics Web Services (RWS). It acts as a digital version of the real-world equipment and copies all of its technical characteristics. It allows to make a decentralized app more responsive to the user’s commands.
Digital twin
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IoT / Smart device
You can use Robonomics with a wide range of Zigbee smart devices to automate and control various aspects of your home/office or use it with ROS-based robotics for more complex industrial tasks.
IoT / Smart device
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Explore Robonomics
Robonomics is an open-source technology for IoT market available for everyone. Read an executive summary to know more
Get XRT
XRT is the utility token that make it possible to control IoT devices on top of the Ethereum network and the Robonomics parachain
Use a Dapp
Take a look at the Beta version of decentralized application for managing IoT devices
Start building
Learn Robonomics through tutorials and practically useful experimenting in Robonomics WIKI
Robonomics objectives
Based on the achievements of cloud platforms, Robonomics aims to offer the IoT market safer and more advanced Internet solutions at every stage of human-machine communication. There are the main tasks for which Robonomics is being developed:
1. IoT device management with a decentralized cloud
Blockchain networks have all the parameters to ensure the highest level of security for device launch and receiving telemetry. Interaction with a device can actually be described by changing the state of the digital twin stored in the blockchain network and delivering information about these changes to the physical device. In the case of using a permissionless blockchain, we can be sure of the global availability of providers, as well as a high level of data protection of the digital twin from unwanted changes.
2. Techno-economic transactions between humans and machines
We can talk about institutional achievements in terms of access of automated systems directly to digital markets through cryptocurrencies and smart contracts. For example, Ethereum already implements most of the basic tools of economic activity. The applications created today to connect the end user and IoT devices will be much more efficient if the payment and terms of service are inseparable from the launch parameters of the device.
3. Serverless IoT applications for users
The question of the privacy of users of modern applications should not be stuck in the inability of companies to use modern advances in the field of web3. There is no need to authenticate or require connection to specific servers to access telemetry and control the device.
Learn with Robonomics
Introduction course
Dive into the problems that arise around building modern Internet of Things applications and possible solutions with web3 technologies and Robonomics tools for IoT developers and users.
Boston dynamics spot software developing
We are excited to introduce you the Spot SDK educational program! Our goal is to get you familiar with Spot’s SDK and allow you to test your skills remotely using a Boston Dynamics Spot robot in our lab.
Sovereign smart home with robonomics and home assistant
In this course, you will go through all the steps required in order to build your own sovereign smart home, the main advantage of which is the safety / privacy of user data.