DePIN Red Flags: A New Educational Video by Johnny B, The Digital Tutor 🤖
by @JohnnyBTutor
Introductory video on #DePIN to explain the theory behind building Web3 projects with IoT and robotics devices.
With almost a decade of hands-on experience in connecting a wide range of robots and smart devices, we’re confident that our insights will provide valuable guidance for you!
https://www.youtube.com/watch?v=alDf-ndczbI
by @JohnnyBTutor
Introductory video on #DePIN to explain the theory behind building Web3 projects with IoT and robotics devices.
With almost a decade of hands-on experience in connecting a wide range of robots and smart devices, we’re confident that our insights will provide valuable guidance for you!
https://www.youtube.com/watch?v=alDf-ndczbI
YouTube
Red Flags of DePIN / Robonomcis Notes from JohnnyB
Our digital tutor JohnnyB invites you to figure out how to understand which DePIN (Decentralized Physical Infrastructure Networks) project is good, and which one is better to avoid. Be careful and pay attention!
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FEECC: A Decentralized Manufacturing Data Accumulation System 🤖
Curious about how Web3 can revolutionize industries like manufacturing and even your morning coffee? In this article, Pavel Tarasov introduces FEECC—a decentralized manufacturing data accumulation system built to provide irrefutable proof of authenticity.
What started as a simple coffee experiment evolved into a powerful tool for industries like medical equipment, where precision and accountability are critical.
Learn how FEECC leverages blockchain technology and IPFS to ensure transparency, traceability, and security in the supply chain.
Whether it’s your cappuccino or crucial medical components, discover how FEECC is reshaping data integrity in production.
Learn more by diving into the full article:
- https://robonomics.network/blog/feecc-recap/
More info:
- https://multi-agent.io/projects/feecc/
Curious about how Web3 can revolutionize industries like manufacturing and even your morning coffee? In this article, Pavel Tarasov introduces FEECC—a decentralized manufacturing data accumulation system built to provide irrefutable proof of authenticity.
What started as a simple coffee experiment evolved into a powerful tool for industries like medical equipment, where precision and accountability are critical.
Learn how FEECC leverages blockchain technology and IPFS to ensure transparency, traceability, and security in the supply chain.
Whether it’s your cappuccino or crucial medical components, discover how FEECC is reshaping data integrity in production.
Learn more by diving into the full article:
- https://robonomics.network/blog/feecc-recap/
More info:
- https://multi-agent.io/projects/feecc/
Hardware for Cyberpunks 2025 🤖
This fall, we're focusing on the 'Hardware for Cryptopunks' initiative. Membership activation will be available starting from the first day of the Devcon conference in Bangkok this year!
We’re thrilled to introduce the first lineup of devices from our project team, blending web3 infrastructure with the power of @AIRA_Robonomics software solutions.
These innovations are designed for the modern cyberpunk, those who value autonomy, privacy, and the open-source spirit. Here’s what’s coming your way:
✨Altruist Civil Station
Become part of a decentralized network of open hardware sensors, built without relying on cloud technologies. Become a source of environmental data—such as noise, dust, and temperature—with your community and neighbors.
Starting price: $95
✨RISC-V Smart Home Server
The most open-source smart home server based on RISC-V, which is a single board computer with a Web3 cloud under the hood, instead of the centralized Amazon servers.
Starting price: $275
✨Hikikomori Tamagotchi
Your smart home assistant that you'll enjoy taking care of, even when you're out of the house.
Starting price: $75
✨Personal Bank
A secure safe that can only be opened through a transaction that meets the conditions of a smart contract.
Price to be announced in Q1 2025.
Summary
The Altruist Civil Station and RISC-V smart home server will be available for order by the end of 2024.
The Hikikomori Tamagotchi will be available in Q1 2025, and the Personal Bank in Q2 2025.
Did we spark your interest?
We invite everyone to participate in creating a community of engineers capable of supporting the next revolution, the economy of robots. A collective initiative that embodies the spirit of Network States!🦸♂️
#DePIN #web3 #Robonomics $XRT
This fall, we're focusing on the 'Hardware for Cryptopunks' initiative. Membership activation will be available starting from the first day of the Devcon conference in Bangkok this year!
We’re thrilled to introduce the first lineup of devices from our project team, blending web3 infrastructure with the power of @AIRA_Robonomics software solutions.
These innovations are designed for the modern cyberpunk, those who value autonomy, privacy, and the open-source spirit. Here’s what’s coming your way:
✨Altruist Civil Station
Become part of a decentralized network of open hardware sensors, built without relying on cloud technologies. Become a source of environmental data—such as noise, dust, and temperature—with your community and neighbors.
Starting price: $95
✨RISC-V Smart Home Server
The most open-source smart home server based on RISC-V, which is a single board computer with a Web3 cloud under the hood, instead of the centralized Amazon servers.
Starting price: $275
✨Hikikomori Tamagotchi
Your smart home assistant that you'll enjoy taking care of, even when you're out of the house.
Starting price: $75
✨Personal Bank
A secure safe that can only be opened through a transaction that meets the conditions of a smart contract.
Price to be announced in Q1 2025.
Summary
The Altruist Civil Station and RISC-V smart home server will be available for order by the end of 2024.
The Hikikomori Tamagotchi will be available in Q1 2025, and the Personal Bank in Q2 2025.
Did we spark your interest?
We invite everyone to participate in creating a community of engineers capable of supporting the next revolution, the economy of robots. A collective initiative that embodies the spirit of Network States!🦸♂️
#DePIN #web3 #Robonomics $XRT
Hello Robonomics v3.0.0!🤖
We’re excited to announce the release of Robonomics v3.0.0,
a major update marking our official launch on Polkadot!
Built on the stable Polkadot SDK 1.0 , this version brings enhanced stability and security to our ecosystem.
We’ve updated the launch parameters for the Robonomics node.
From now on, you need to specify the target chain when starting your node.
Use --chain kusama for the Kusama relay chain and --chain polkadot for the Polkadot relay-based parachain.
Example:
robonomics --chain polkadot
robonomics --chain kusama
Key updates include:
- Support for both Kusama and Polkadot relay chains.
- Updated launch parameters for streamlined node deployment.
- Improved runtime and build specs.
https://github.com/airalab/robonomics/releases/tag/v3.0.0
We’re excited to announce the release of Robonomics v3.0.0,
a major update marking our official launch on Polkadot!
Built on the stable Polkadot SDK 1.0 , this version brings enhanced stability and security to our ecosystem.
We’ve updated the launch parameters for the Robonomics node.
From now on, you need to specify the target chain when starting your node.
Use --chain kusama for the Kusama relay chain and --chain polkadot for the Polkadot relay-based parachain.
Example:
robonomics --chain polkadot
robonomics --chain kusama
Key updates include:
- Support for both Kusama and Polkadot relay chains.
- Updated launch parameters for streamlined node deployment.
- Improved runtime and build specs.
https://github.com/airalab/robonomics/releases/tag/v3.0.0
Understanding DePIN: Building a Reliable, Trustworthy Network Infrastructure
by JohnnyB
In this thread, our tutor JohnnyB dives into the critical aspects of managing network infrastructure in DePIN projects, using the Robonomics Sensor Network as a case study:
https://sensors.social/
Devices That Can Be Trusted
To build trust, the devices and their firmware must be open and accessible. For example, Robonomics Sensor Network uses a transparent setup with the ESP8266 NodeMCU and SDS011 particle sensor, all documented on GitHub.
Reliable Connectivity
Understanding the connectivity architecture is vital to ensure independence from centralized nodes. Robonomics allows users to configure their own connectivity options, enhancing network flexibility and resilience.
Proofs and Verification
Robust verification mechanisms are necessary to prevent fraud and ensure data integrity. Without commercial incentives, there's no mass influx of scammers supplying fake data. However, if data verification became necessary, several methods could be employed.
Valuable Tokenization
Tokenizing sensor data must be grounded in real-world value, such as contributing to carbon credit verification.
Growth Through Reasonable Incentives
Effective incentive structures are essential for expanding the network. Simply connecting devices is not enough; mechanisms must ensure device quality and strategic placement.
Read the full thread on X:
https://x.com/johnnyb_tutor/status/1839625588367069529
by JohnnyB
In this thread, our tutor JohnnyB dives into the critical aspects of managing network infrastructure in DePIN projects, using the Robonomics Sensor Network as a case study:
https://sensors.social/
Devices That Can Be Trusted
To build trust, the devices and their firmware must be open and accessible. For example, Robonomics Sensor Network uses a transparent setup with the ESP8266 NodeMCU and SDS011 particle sensor, all documented on GitHub.
Reliable Connectivity
Understanding the connectivity architecture is vital to ensure independence from centralized nodes. Robonomics allows users to configure their own connectivity options, enhancing network flexibility and resilience.
Proofs and Verification
Robust verification mechanisms are necessary to prevent fraud and ensure data integrity. Without commercial incentives, there's no mass influx of scammers supplying fake data. However, if data verification became necessary, several methods could be employed.
Valuable Tokenization
Tokenizing sensor data must be grounded in real-world value, such as contributing to carbon credit verification.
Growth Through Reasonable Incentives
Effective incentive structures are essential for expanding the network. Simply connecting devices is not enough; mechanisms must ensure device quality and strategic placement.
Read the full thread on X:
https://x.com/johnnyb_tutor/status/1839625588367069529
Update: Temporary XCMP Issue and Compensation
In September, Robonomics 3.0.0 was successfully released, marking the Polkadot launch. This update was deployed to the Kusama network, and while it brings us closer to our goals, some temporary issues have arisen.
XCMP Channel Issue
Due to the parachain update in the Kusama network, token transfers via XCMP to other parachains in the network are temporarily unavailable. Unfortunately, within the first few hours after the update, a number of users experienced their XRT transfers from Basilisk to Robonomics being stuck in a “suspended” state.
We have compiled a list of affected users and the amount of XRT tokens currently stuck in the channel between parachains. This list can be found in the Treasury Proposal linked below.
It's expected that XCM transfers will be possible again in a matter of days. We'll keep the community updated on this.
Compensation/Treasury Proposal
As an apology for the inconvenience, the Robonomics developers have proposed allocating an equivalent amount of XRT tokens from the treasury to each affected user. Once the XCMP channel is restored, the original stuck XRT tokens will be returned to users’ accounts in the BSX parachain.
🔵 https://robonomics.polkassembly.io/tech/310
We deeply regret the inconvenience caused and appreciate your patience as we work to resolve this issue.
Thank you for your continued support and understanding!
For any further questions or concerns, feel free to reach out to the team.
In September, Robonomics 3.0.0 was successfully released, marking the Polkadot launch. This update was deployed to the Kusama network, and while it brings us closer to our goals, some temporary issues have arisen.
XCMP Channel Issue
Due to the parachain update in the Kusama network, token transfers via XCMP to other parachains in the network are temporarily unavailable. Unfortunately, within the first few hours after the update, a number of users experienced their XRT transfers from Basilisk to Robonomics being stuck in a “suspended” state.
We have compiled a list of affected users and the amount of XRT tokens currently stuck in the channel between parachains. This list can be found in the Treasury Proposal linked below.
It's expected that XCM transfers will be possible again in a matter of days. We'll keep the community updated on this.
Compensation/Treasury Proposal
As an apology for the inconvenience, the Robonomics developers have proposed allocating an equivalent amount of XRT tokens from the treasury to each affected user. Once the XCMP channel is restored, the original stuck XRT tokens will be returned to users’ accounts in the BSX parachain.
🔵 https://robonomics.polkassembly.io/tech/310
We deeply regret the inconvenience caused and appreciate your patience as we work to resolve this issue.
Thank you for your continued support and understanding!
For any further questions or concerns, feel free to reach out to the team.
Hardware for Cryptopunks, Industrial Edition: Introducing the Robossembler Project 🤖
The days of needing millions to design and build a functional robot are over. At Robonomics we're developing a series of open-source hardware designs to build industrial robots from the ground up.
In this video, we showcase the assembly of a low-cost machine designed for winding electromagnetic coils—essential for servo drive stators. And the great thing? It is remarkably affordable, with most parts 3D-printable and the rest costing just around $150.
Servo drives? Why is this so important?
Electromagnetic coils are at the heart of electric motors, transformers, and various other devices. For servo drives, which control the precision and movement of industrial robots, these coils are critical for generating the magnetic fields that drive the motor. Traditionally, winding such coils requires specialized, expensive machinery, making small-scale robotics production inaccessible.
However, our machine can be built with 3D-printed parts, and the remaining components cost just around $150.
This is the world’s first open-source winding machine, designed to make robotics production truly accessible to anyone, from enthusiasts, innovators, makers to small businesses. By democratizing the creation of essential components like electromagnetic coils, we’re helping to break down one of the biggest barriers to industrial robot development.
The Robossembler project is rooted in the Fourth Industrial Revolution, where open-source platforms and affordable technologies allow civilians to build their own robotic solutions.
Watch the showcasevideo on X:
https://x.com/AIRA_Robonomics/status/1841516231918076279
The days of needing millions to design and build a functional robot are over. At Robonomics we're developing a series of open-source hardware designs to build industrial robots from the ground up.
In this video, we showcase the assembly of a low-cost machine designed for winding electromagnetic coils—essential for servo drive stators. And the great thing? It is remarkably affordable, with most parts 3D-printable and the rest costing just around $150.
Servo drives? Why is this so important?
Electromagnetic coils are at the heart of electric motors, transformers, and various other devices. For servo drives, which control the precision and movement of industrial robots, these coils are critical for generating the magnetic fields that drive the motor. Traditionally, winding such coils requires specialized, expensive machinery, making small-scale robotics production inaccessible.
However, our machine can be built with 3D-printed parts, and the remaining components cost just around $150.
This is the world’s first open-source winding machine, designed to make robotics production truly accessible to anyone, from enthusiasts, innovators, makers to small businesses. By democratizing the creation of essential components like electromagnetic coils, we’re helping to break down one of the biggest barriers to industrial robot development.
The Robossembler project is rooted in the Fourth Industrial Revolution, where open-source platforms and affordable technologies allow civilians to build their own robotic solutions.
Watch the showcasevideo on X:
https://x.com/AIRA_Robonomics/status/1841516231918076279
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Robonomics is Bringing #Factorio to Life! 🤖
Manipulators are crucial in the world of robotics because they function as the “hands” of robots, allowing them to interact with the physical world.
These devices can perform a wide range of tasks, from precise assembly work in factories to handling delicate materials in laboratories.
As robotics continues to evolve, manipulators will increasingly become part of our daily lives—helping with household chores, personal assistance, or even in healthcare.
They are the backbone of automation, enabling robots to complete tasks that were previously difficult or too repetitive for humans.
At Robonomics, we believe that manipulators should be accessible to everyone, not just large corporations. That’s why, through our Robossembler project, inspired by the game Factorio, we’re contemplating and working towards producing an open-source manipulator for around $2,000.
By making these tools affordable and leveraging the open-source philosophy, we aim to democratize robotics, giving innovators and everyday users the ability to integrate robots into their lives for practical, real-world applications.
Whether it’s automating mundane tasks at home or driving small-scale manufacturing, our open-source approach puts the power of robotics into the hands of the people.✊
https://x.com/AIRA_Robonomics/status/1841773412357746910
Manipulators are crucial in the world of robotics because they function as the “hands” of robots, allowing them to interact with the physical world.
These devices can perform a wide range of tasks, from precise assembly work in factories to handling delicate materials in laboratories.
As robotics continues to evolve, manipulators will increasingly become part of our daily lives—helping with household chores, personal assistance, or even in healthcare.
They are the backbone of automation, enabling robots to complete tasks that were previously difficult or too repetitive for humans.
At Robonomics, we believe that manipulators should be accessible to everyone, not just large corporations. That’s why, through our Robossembler project, inspired by the game Factorio, we’re contemplating and working towards producing an open-source manipulator for around $2,000.
By making these tools affordable and leveraging the open-source philosophy, we aim to democratize robotics, giving innovators and everyday users the ability to integrate robots into their lives for practical, real-world applications.
Whether it’s automating mundane tasks at home or driving small-scale manufacturing, our open-source approach puts the power of robotics into the hands of the people.✊
https://x.com/AIRA_Robonomics/status/1841773412357746910
Update: XCM channel Robonomics <> Basilisk 🤖
The Robonomics <> Basilisk channel has been reinstated! Transfers from Basilisk to Robonomics through the bsx.fi dApp will be operational soon.
You can monitor the status on Github:
👉 https://github.com/galacticcouncil/sdk/issues/82
Missed our last update on the stuck XCM transfers?
👉 https://t.me/Robonomics_ann/494
Thanks for the patience and understanding all!
The Robonomics <> Basilisk channel has been reinstated! Transfers from Basilisk to Robonomics through the bsx.fi dApp will be operational soon.
You can monitor the status on Github:
👉 https://github.com/galacticcouncil/sdk/issues/82
Missed our last update on the stuck XCM transfers?
👉 https://t.me/Robonomics_ann/494
Thanks for the patience and understanding all!
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Polkadot Launch: Final Stage🏗
We’re nearing the completion of our launch on Polkadot! :color_1:
1: The Robonomics parachain on Polkadot has successfully passed the 80,000th block, with the open collator network running smoothly.
2: The Shell runtime has been upgraded to the latest core functionality from the Kusama parachain.
3: A technical committee has been established, with the same members as in the Kusama network.
4: The Robonomics team has issued its first on-chain request for 12 IoT subscriptions.
5: We are preparing to disable sudo, moving towards full decentralization.
6: Work is in progress to implement Async backing and improve XCM support on Polkadot.
7: Next up: merging XRT versions across Kusama and Polkadot.
8: Looking ahead, we plan to roll out 3-4 key updates by the end of the year.
Stay tuned for more exciting updates from Robo Pirate Station! 🏴☠️
We’re nearing the completion of our launch on Polkadot! :color_1:
1: The Robonomics parachain on Polkadot has successfully passed the 80,000th block, with the open collator network running smoothly.
2: The Shell runtime has been upgraded to the latest core functionality from the Kusama parachain.
3: A technical committee has been established, with the same members as in the Kusama network.
4: The Robonomics team has issued its first on-chain request for 12 IoT subscriptions.
5: We are preparing to disable sudo, moving towards full decentralization.
6: Work is in progress to implement Async backing and improve XCM support on Polkadot.
7: Next up: merging XRT versions across Kusama and Polkadot.
8: Looking ahead, we plan to roll out 3-4 key updates by the end of the year.
Stay tuned for more exciting updates from Robo Pirate Station! 🏴☠️
Robonomics City Quest Inspired by Neuromancer at #DevConSEA 🤖
The Robonomics team is excited to announce a unique event—a city quest in Bangkok from November 7 to 15 during #DevConSEA, inspired by the cyberpunk classic Neuromancer by William Gibson.
This immersive experience is designed to offer an exciting alternative to traditional meetups, blending exploration, technology, and creativity in a vibrant urban setting.
Neuromancer is a novel that helped shape the cyberpunk genre, and it explores themes of artificial intelligence, hacking, and a dystopian future where technology plays a central role in society. Inspired by this visionary work, the city quest will encourage participants to dive into the spirit of the novel while interacting with the city in a new and creative way.
And here’s why Neuromancer should ignite a fire in your heart if it hasn’t already:
First of all, it’s an incredible story without the sugarcoating of mainstream entertainment—no “Disney gloss” here—which is probably why it faced some resistance, much like the works of Philip K. Dick. It challenges readers to think critically about technology and the future, not just offering escapism.
Second, even though many players have enjoyed the game Cyberpunk 2077, some still don’t fully grasp the deeper layers of the story—how it connects to the cyberpunk world pioneered by Neuromancer. Beyond the drama of the main character, there’s a whole philosophy about autonomy, corporate control, and AI that mirrors the themes of Gibson’s novel.
And third, most importantly: Gibson wrote a novel about a completely new form of intelligence escaping from a metaphorical “gravitational well” to the surface. That’s a mind-blowing concept that earned the author three well-deserved kudos for pushing the boundaries of imagination and intelligence in sci-fi!
We’re hoping this event turns into a memorable adventure and a refreshing break from typical conference routines!
The Robonomics team is excited to announce a unique event—a city quest in Bangkok from November 7 to 15 during #DevConSEA, inspired by the cyberpunk classic Neuromancer by William Gibson.
This immersive experience is designed to offer an exciting alternative to traditional meetups, blending exploration, technology, and creativity in a vibrant urban setting.
Neuromancer is a novel that helped shape the cyberpunk genre, and it explores themes of artificial intelligence, hacking, and a dystopian future where technology plays a central role in society. Inspired by this visionary work, the city quest will encourage participants to dive into the spirit of the novel while interacting with the city in a new and creative way.
And here’s why Neuromancer should ignite a fire in your heart if it hasn’t already:
First of all, it’s an incredible story without the sugarcoating of mainstream entertainment—no “Disney gloss” here—which is probably why it faced some resistance, much like the works of Philip K. Dick. It challenges readers to think critically about technology and the future, not just offering escapism.
Second, even though many players have enjoyed the game Cyberpunk 2077, some still don’t fully grasp the deeper layers of the story—how it connects to the cyberpunk world pioneered by Neuromancer. Beyond the drama of the main character, there’s a whole philosophy about autonomy, corporate control, and AI that mirrors the themes of Gibson’s novel.
And third, most importantly: Gibson wrote a novel about a completely new form of intelligence escaping from a metaphorical “gravitational well” to the surface. That’s a mind-blowing concept that earned the author three well-deserved kudos for pushing the boundaries of imagination and intelligence in sci-fi!
We’re hoping this event turns into a memorable adventure and a refreshing break from typical conference routines!
Robo Season Pass 2025: Welcome to the Paper St. Club!🤖
The fear of being disconnected is real, and it’s only growing. With the number of smart, useful devices set to skyrocket in the next five years, the idea of 'cutting the digital umbilical cord' from corporate clouds and surviving seems impossible.
But the engineers at Robonomics know how to guide you toward a self-sovereign digital life where your tech only answers to you.
The event consists of three key elements:
AI Agent “Tyler Durden” – 🤖
Your personal guide to unplugging from corporate clouds.
Season Pass: “Monkey Astronaut” – 🎫
Your access pass to the Paper St. Club, and once activated you’ll earn achievements and participate in exclusive community events.
Achievement System “The Digital Freedom Hall of Fame” – 🏅
Track your and the community's progress and try to become a part of the next generation of digital autonomy, a virtual Martian colony.
--------------------------------------------
The Paper St. Club
Yes, we’re referencing Fight Club. Just like Tyler Durden’s frustration with the consumer culture, today’s world is even more complex.
We’re not just losing ourselves to materialism, but to corporate-controlled technology. Afraid of surrendering your life to centralized systems? It’s already happening, worse yet, we’re balancing on the edge of digital enslavement, with tech giants like Amazon pulling the strings. We’re here for those daring enough to experiment and reclaim their digital freedom. 🦾
Full announcement on Robonomics.network! 🗞️
https://robonomics.network/blog/robo-season-pass-2025-welcome-to-the-paper-st-club/
The fear of being disconnected is real, and it’s only growing. With the number of smart, useful devices set to skyrocket in the next five years, the idea of 'cutting the digital umbilical cord' from corporate clouds and surviving seems impossible.
But the engineers at Robonomics know how to guide you toward a self-sovereign digital life where your tech only answers to you.
The event consists of three key elements:
AI Agent “Tyler Durden” – 🤖
Your personal guide to unplugging from corporate clouds.
Season Pass: “Monkey Astronaut” – 🎫
Your access pass to the Paper St. Club, and once activated you’ll earn achievements and participate in exclusive community events.
Achievement System “The Digital Freedom Hall of Fame” – 🏅
Track your and the community's progress and try to become a part of the next generation of digital autonomy, a virtual Martian colony.
--------------------------------------------
The Paper St. Club
Yes, we’re referencing Fight Club. Just like Tyler Durden’s frustration with the consumer culture, today’s world is even more complex.
We’re not just losing ourselves to materialism, but to corporate-controlled technology. Afraid of surrendering your life to centralized systems? It’s already happening, worse yet, we’re balancing on the edge of digital enslavement, with tech giants like Amazon pulling the strings. We’re here for those daring enough to experiment and reclaim their digital freedom. 🦾
Full announcement on Robonomics.network! 🗞️
https://robonomics.network/blog/robo-season-pass-2025-welcome-to-the-paper-st-club/
Otaberu: Open-Source Tool for Scalable P2P Networks for Edge Devices 🤖
Announcing Otaberu!
Otaberu is an open-source tool designed by the Robonomics team to manage peer-to-peer networks for edge devices and robotics.
In this first part of the article series, we break down how Otaberu, built on the robust libp2p protocol, allows developers to set up secure, encrypted networks without needing a central server, perfect for managing fleets of devices autonomously.
What makes Otaberu so unique?
It’s flexible enough to work on-premises, even without internet access, and it can scale to millions of nodes across cloud environments or distributed networks.
This makes it ideal for search and rescue robots, AI-driven systems, and collaborative automation, where devices need to securely exchange data and work together with minimal setup. In the article, you’ll also discover how it compares to the tech behind projects like Ethereum, Polkadot, and IPFS.
Whether you’re a developer, roboticist, or simply passionate about decentralized technologies, this deep dive into Otaberu is a must-read. Learn how it’s set to reshape the future of robotics, IoT, and edge automation!
Read more on our blog at Robonomics.network!
🔵 https://robonomics.network/blog/otaberu-part-1/
Announcing Otaberu!
Otaberu is an open-source tool designed by the Robonomics team to manage peer-to-peer networks for edge devices and robotics.
In this first part of the article series, we break down how Otaberu, built on the robust libp2p protocol, allows developers to set up secure, encrypted networks without needing a central server, perfect for managing fleets of devices autonomously.
What makes Otaberu so unique?
It’s flexible enough to work on-premises, even without internet access, and it can scale to millions of nodes across cloud environments or distributed networks.
This makes it ideal for search and rescue robots, AI-driven systems, and collaborative automation, where devices need to securely exchange data and work together with minimal setup. In the article, you’ll also discover how it compares to the tech behind projects like Ethereum, Polkadot, and IPFS.
Whether you’re a developer, roboticist, or simply passionate about decentralized technologies, this deep dive into Otaberu is a must-read. Learn how it’s set to reshape the future of robotics, IoT, and edge automation!
Read more on our blog at Robonomics.network!
🔵 https://robonomics.network/blog/otaberu-part-1/
Robonomics x Polkadot Sub0 @ Bangkok! 🤖
Introducing the first Robonomics Hardware @RobonomicsHW lineup of 4 #smartdevices, built on the @Polkadot infrastructure and powered by the Robonomics #DePIN full stack, presented by
@EnsRationis!
See you in Bangkok @Polkadotsub0! 🤖
🔵 https://x.com/AIRA_Robonomics/status/1851383351208284528
Introducing the first Robonomics Hardware @RobonomicsHW lineup of 4 #smartdevices, built on the @Polkadot infrastructure and powered by the Robonomics #DePIN full stack, presented by
@EnsRationis!
See you in Bangkok @Polkadotsub0! 🤖
🔵 https://x.com/AIRA_Robonomics/status/1851383351208284528
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Workshop: Interact with True DEPIN Using the Robonomics Platform 🤖
November 10, Bangkok, sub0 Reset, 17:30–18:30
Ivan @berman_ivan has arrived in Bangkok and is busy training the robo-puppy for his presentation at sub0:reset @joinwebzero.
Join us and try launching the robot yourself using a Polkadot-based dapp!
Workshop Details:
https://agenda.sub0.gg/sub0-reset-2024/talk/XTS8DB/
Twitter Announcement:
https://x.com/AIRA_Robonomics/status/1853327652620542012
November 10, Bangkok, sub0 Reset, 17:30–18:30
Ivan @berman_ivan has arrived in Bangkok and is busy training the robo-puppy for his presentation at sub0:reset @joinwebzero.
Join us and try launching the robot yourself using a Polkadot-based dapp!
Workshop Details:
https://agenda.sub0.gg/sub0-reset-2024/talk/XTS8DB/
Twitter Announcement:
https://x.com/AIRA_Robonomics/status/1853327652620542012
Robonomics Open Hardware Origins 🤖
As we launch of the Hardware for Cyberpunks project, it's time to reflect on our hardware journey since 2020. This essay will explore Robonomics' open hardware movement.
Robonomics has always been partly a "hardware" project. For us, blockchain was the technology through which devices could become true economic agents and use financial assets to produce changes in real life.
Starting with the first drone flight launched by a smart contract in 2016, we haven't stopped thinking about real hardware for a minute — hardware that senses the real world and is capable of influencing it: sensors and robots. At the same time, remaining committed to the open-source software movement, we tried to make hardware projects open as well. Now, the blueprints of all devices we develop are published under open licenses.
Much time has passed since 2020, and now it's the perfect time to recall how much interesting hardware we have developed. In this essay, we will review the history of the open hardware movement in Robonomics and the most interesting developments of the past, present, and future.
🗞️ Read the full article:
https://robonomics.network/blog/robonomics-open-hardware-origins/
As we launch of the Hardware for Cyberpunks project, it's time to reflect on our hardware journey since 2020. This essay will explore Robonomics' open hardware movement.
Robonomics has always been partly a "hardware" project. For us, blockchain was the technology through which devices could become true economic agents and use financial assets to produce changes in real life.
Starting with the first drone flight launched by a smart contract in 2016, we haven't stopped thinking about real hardware for a minute — hardware that senses the real world and is capable of influencing it: sensors and robots. At the same time, remaining committed to the open-source software movement, we tried to make hardware projects open as well. Now, the blueprints of all devices we develop are published under open licenses.
Much time has passed since 2020, and now it's the perfect time to recall how much interesting hardware we have developed. In this essay, we will review the history of the open hardware movement in Robonomics and the most interesting developments of the past, present, and future.
🗞️ Read the full article:
https://robonomics.network/blog/robonomics-open-hardware-origins/
Devcon Quest Teaser, Bangkok! 📺
Starting November 12, all three locations are live!
https://x.com/AIRA_Robonomics/status/1856298055005548782
Starting November 12, all three locations are live!
https://x.com/AIRA_Robonomics/status/1856298055005548782
X (formerly Twitter)
Robonomics (@AIRA_Robonomics) on X
Teaser for the Devcon quest in Bangkok 📺
Starting November 12, all three locations are live!
Starting November 12, all three locations are live!
Hardware for Cyberpunks 2025 | sub0:reset | Bangkok, 2024 Boston
Our software architect. Sergei Lonshakov presented Hardware for Cyberpunks 2025 at sub0:reset in Bangkok!
"Introducing the first Robonomics Hardware lineup of 3 smart devices, built on the Polkadot infrastructure and powered by the Robonomics DePIN full stack."
Watch on YouTube! 📺
https://www.youtube.com/watch?v=gI8HhBudr4A&t=2s
Our software architect. Sergei Lonshakov presented Hardware for Cyberpunks 2025 at sub0:reset in Bangkok!
"Introducing the first Robonomics Hardware lineup of 3 smart devices, built on the Polkadot infrastructure and powered by the Robonomics DePIN full stack."
Watch on YouTube! 📺
https://www.youtube.com/watch?v=gI8HhBudr4A&t=2s
Gear Protocol integrates with Robonomics IoT devices to accelerate usage and education of Blockchain technology! 🤖
Starting next year, Gear Protocol will integrate the Tamagotchi example into Gear.exe - a bridgless solution designed to supercharge Ethereum dApps - and the Hikikomori device will be used in their University workshop classes worldwide!
👉https://robonomics.network/blog/gear-protocol-integrates-with-robonomics-iot/
Starting next year, Gear Protocol will integrate the Tamagotchi example into Gear.exe - a bridgless solution designed to supercharge Ethereum dApps - and the Hikikomori device will be used in their University workshop classes worldwide!
👉https://robonomics.network/blog/gear-protocol-integrates-with-robonomics-iot/
Robossembler December Developer Report! 🤖
In the latest Robossembler development report we're focusing on our advancements in accessible industrial robotics for DIY enthusiasts. 🗞️
Highlights include improved torque systems, optimized winding machines, and enhanced robot manipulator designs. And we're also sharing our upcoming goals!
Servo Development:
A new precessing gearbox with a 1:43 gear ratio boosts torque for the 3D-printed stator. The lightweight, easy-to-assemble design aligns with the goal of user-friendly robotics.
Stator Winding Machine:
The fifth iteration features stability improvements, reduced material use, and a robust wire feeding system. A custom GCode generator adds versatility for different stator designs.
Robot Manipulator Optimization:
Design refinements ensure compatibility with budget 3D printers and smooth trajectory calculations. ROS 2 Humble-based control software is in the final stages of testing.
Did we spark your interest?
Read more in the article! 🗞️
👉 https://robonomics.network/blog/robossembler-dev-report-december-2024/
In the latest Robossembler development report we're focusing on our advancements in accessible industrial robotics for DIY enthusiasts. 🗞️
Highlights include improved torque systems, optimized winding machines, and enhanced robot manipulator designs. And we're also sharing our upcoming goals!
Servo Development:
A new precessing gearbox with a 1:43 gear ratio boosts torque for the 3D-printed stator. The lightweight, easy-to-assemble design aligns with the goal of user-friendly robotics.
Stator Winding Machine:
The fifth iteration features stability improvements, reduced material use, and a robust wire feeding system. A custom GCode generator adds versatility for different stator designs.
Robot Manipulator Optimization:
Design refinements ensure compatibility with budget 3D printers and smooth trajectory calculations. ROS 2 Humble-based control software is in the final stages of testing.
Did we spark your interest?
Read more in the article! 🗞️
👉 https://robonomics.network/blog/robossembler-dev-report-december-2024/