Roko Network
AI & Machine Learning
< status : funded >
Project Details
Close your eyes and envision a future where the lines between reality and virtuality blur. Imagine stepping into a world where the virtual realities aren’t just confined to screens, but rather a tangible reality that can be accessed through an index. This is the future of our world, where we can prompt possible realities like we do Midjourney, and actively take steps towards realizing them. With the rapid development of technology, the world has witnessed a significant shift in the way we interact with the digital world.
Blockchain and virtual reality have emerged as two of the most promising technologies that have the potential to transform the way we work, play and interact with each other. But, what if we could take it a step further? What if we could create a world where humans and machines collaborate, pushing the boundaries of innovation and paving the way for new possibilities? The Roko Network is the answer.
The Roko Network is a deep tech research and development protocol that aims to create a self-organizing human machine network that leverages cutting-edge technologies to bring together humans and machines towards a common goal. Get ready to witness the future of technology, where anything is possible, with the Roko Network leading the way.
Blockchain and virtual reality have emerged as two of the most promising technologies that have the potential to transform the way we work, play and interact with each other. But, what if we could take it a step further? What if we could create a world where humans and machines collaborate, pushing the boundaries of innovation and paving the way for new possibilities? The Roko Network is the answer.
The Roko Network is a deep tech research and development protocol that aims to create a self-organizing human machine network that leverages cutting-edge technologies to bring together humans and machines towards a common goal. Get ready to witness the future of technology, where anything is possible, with the Roko Network leading the way.
Objective(s)
Virtual reality creates immersive experiences, while blockchain creates secure, transparent and decentralized systems. Together, they offer endless possibilities for innovation and collaboration. The process of bringing a simulated object from The Reality Index into the real world through robotics is commonly referred to as “virtual-to-physical” or “V2P” integration. It involves using robotics or other physical systems to translate the digital data and instructions from the virtual environment into real-world actions and movements. This process can be complex and may involve a combination of technologies such as machine learning, computer vision, and robotics control systems.
The rapid development of artificial intelligence, machine learning, and mechatronic systems has led to an explosion of data and computing power. However, existing infrastructure and networks are not designed to handle the vast amounts of data and computational power required to build and deploy these systems at scale.
This is where the Roko Network comes in. By integrating the best features of different network pieces, the Roko Network aims to create a self-organizing machine network that can efficiently handle the data and computing power required for the development of advanced AI, machine learning, and mechatronic systems.
The rapid development of artificial intelligence, machine learning, and mechatronic systems has led to an explosion of data and computing power. However, existing infrastructure and networks are not designed to handle the vast amounts of data and computational power required to build and deploy these systems at scale.
This is where the Roko Network comes in. By integrating the best features of different network pieces, the Roko Network aims to create a self-organizing machine network that can efficiently handle the data and computing power required for the development of advanced AI, machine learning, and mechatronic systems.
Technical Specification (including tools and technologies to be used):
Enhancing Roko Network’s Mining & Development Capabilities with NVIDIA A100 GPU-
PTP for Relay Networks:
Enhanced Data Transmission: By ensuring precise synchronization between relay nodes, PTP minimizes the chances of data collisions, thereby boosting the overall efficiency of the network.
Optimized Network Performance: PTP synchronizes the clocks of all nodes within the network, leading to improved network performance by reducing latency and jitter.
Resilience in Adverse Conditions: The Best Master Clock Algorithm of PTP allows for automatic selection and switching to a new master clock if the current one fails, thereby enhancing the network’s time synchronization resilience.
PTP for IoT Devices:
Consistent Data: IoT devices frequently collect and transmit data at regular intervals. PTP guarantees accurate timestamps, eliminating potential data inconsistencies that could occur from unsynchronized clocks.
Precise Coordinated Actions: IoT devices often need to synchronize their actions with each other or a central server. PTP ensures all devices have synchronized clocks, enabling them to coordinate their actions accurately.
Enhanced Security: Certain security protocols depend on time synchronization. PTP provides accurate timekeeping, allowing IoT devices to authenticate themselves and securely communicate with other devices.
PTP for Blockchain Systems:
Accurate Transaction Ordering: The order of transactions is vital in blockchain systems. PTP provides the necessary precise time synchronization for accurately timestamping and ordering transactions.
Improved Network Consensus: Blockchain networks depend on consensus algorithms, many of which require accurate timekeeping to function correctly. PTP can boost the performance and reliability of these algorithms.
PTP for Relay Networks:
Enhanced Data Transmission: By ensuring precise synchronization between relay nodes, PTP minimizes the chances of data collisions, thereby boosting the overall efficiency of the network.
Optimized Network Performance: PTP synchronizes the clocks of all nodes within the network, leading to improved network performance by reducing latency and jitter.
Resilience in Adverse Conditions: The Best Master Clock Algorithm of PTP allows for automatic selection and switching to a new master clock if the current one fails, thereby enhancing the network’s time synchronization resilience.
PTP for IoT Devices:
Consistent Data: IoT devices frequently collect and transmit data at regular intervals. PTP guarantees accurate timestamps, eliminating potential data inconsistencies that could occur from unsynchronized clocks.
Precise Coordinated Actions: IoT devices often need to synchronize their actions with each other or a central server. PTP ensures all devices have synchronized clocks, enabling them to coordinate their actions accurately.
Enhanced Security: Certain security protocols depend on time synchronization. PTP provides accurate timekeeping, allowing IoT devices to authenticate themselves and securely communicate with other devices.
PTP for Blockchain Systems:
Accurate Transaction Ordering: The order of transactions is vital in blockchain systems. PTP provides the necessary precise time synchronization for accurately timestamping and ordering transactions.
Improved Network Consensus: Blockchain networks depend on consensus algorithms, many of which require accurate timekeeping to function correctly. PTP can boost the performance and reliability of these algorithms.
Budget Breakdown
Controlling our source of time for the Roko Network is crucial. It is a key component in most critical infrastructure systems today, and these are just a few examples of how PTP can enhance our user experience and security for devices that heavily rely on highly accurate timestamping.
6x $85 Intel Core i3-10105F 4-Core Comet Lake Processor 3.70GHz 8GT/s 6MB LGA 1200 CPU
3x $425 Shuttle XPC Slim XH510G2 Barebone System – Socket LGA-1200-1 x Processor Support
3x $370 Shuttle XPC Slim XH410G Mini Barebone PC Intel H410 Support 65W Cometlake-s LGA1200 CPU PCI-E X16 Slot No Ram No HDD/SSD No CPU No OS (Vesa Mount Included)
6x $140 Seagate BarraCuda 5TB Internal Hard Drive HDD – 2.5 Inch SATA 6Gb/s 5400 RPM 128MB Cache for Computer Desktop PC (ST5000LM000)
12x $55 SAMSUNG 980 SSD 1TB PCle 3.0×4, NVMe M.2 2280, Internal Solid State Drive, Storage for PC, Laptops, Gaming and More, HMB Technology, Intelligent Turbowrite, Speeds of up-to 3,500MB/s, MZ-V8V1T0B/AM
3x $315 Timebeat TimeCard mini Base Board (PCIe Carrier board)
3x $250 Secure Compute Modules, Hardened RPi CM4s
Syntropy (NOIA) Tokens:
Syntropy (NOIA) is a decentralized network and marketplace that aims to optimize the internet infrastructure by enabling efficient content delivery, enhanced security, and improved privacy. We see great potential in NOIA and believe that it can bring substantial benefits to our organization. By purchasing $15,000 USD worth of Syntropy (NOIA) tokens, we aim to support the development of the network and position ourselves for future growth opportunities.
Urbit Stars:
Urbit is a decentralized, personal cloud computing platform that provides users with complete control over their data and online identities. The acquisition of three Urbit Stars aligns with our organization’s interest in exploring innovative and secure solutions for data management and online privacy. By owning Urbit Stars, we will have an opportunity to contribute to the development of this groundbreaking platform and gain firsthand experience of its capabilities.
NOTE: The purchase of Syntropy (NOIA) token and Urbit Stars will be made through the official Urbit website or any authorized reseller you recommend. We will adhere to all necessary registration and verification processes to ensure a legitimate and compliant acquisition. The acquired Urbit Stars will be securely stored and maintained, allowing us to actively engage in the Urbit ecosystem and benefit from its unique features.
ROKO’s software stack operates in multiple domains, MARLIN nodes, which take advantage of cloud compute via AWS, and local 100% uptime dev-boxes to facilitate setup and ongoing operation. The EDGE compute modules in question will add data acquisition via multiple IP67 FULL HD Cameras, as well as multiple 3d TOF Modules and distributed compute capability for both local and shared batched processing from external requests on the order of up to 275 Sparse TOPS (INT8) in AI performance per compute module. Each module will consist of a 3D printed assembly housing the above components, as well as a CAT6 Connection to a local router (outside scope of this snapshot) and contain a single 2 TB m.2 SSD.
Objective: To purchase three complete standalone stacks of base and supporting hardware for edge compute acquisition connection and testing prior to integration with a bipedal robotics platform.
6x $85 Intel Core i3-10105F 4-Core Comet Lake Processor 3.70GHz 8GT/s 6MB LGA 1200 CPU
3x $425 Shuttle XPC Slim XH510G2 Barebone System – Socket LGA-1200-1 x Processor Support
3x $370 Shuttle XPC Slim XH410G Mini Barebone PC Intel H410 Support 65W Cometlake-s LGA1200 CPU PCI-E X16 Slot No Ram No HDD/SSD No CPU No OS (Vesa Mount Included)
6x $140 Seagate BarraCuda 5TB Internal Hard Drive HDD – 2.5 Inch SATA 6Gb/s 5400 RPM 128MB Cache for Computer Desktop PC (ST5000LM000)
12x $55 SAMSUNG 980 SSD 1TB PCle 3.0×4, NVMe M.2 2280, Internal Solid State Drive, Storage for PC, Laptops, Gaming and More, HMB Technology, Intelligent Turbowrite, Speeds of up-to 3,500MB/s, MZ-V8V1T0B/AM
3x $315 Timebeat TimeCard mini Base Board (PCIe Carrier board)
3x $250 Secure Compute Modules, Hardened RPi CM4s
Syntropy (NOIA) Tokens:
Syntropy (NOIA) is a decentralized network and marketplace that aims to optimize the internet infrastructure by enabling efficient content delivery, enhanced security, and improved privacy. We see great potential in NOIA and believe that it can bring substantial benefits to our organization. By purchasing $15,000 USD worth of Syntropy (NOIA) tokens, we aim to support the development of the network and position ourselves for future growth opportunities.
Urbit Stars:
Urbit is a decentralized, personal cloud computing platform that provides users with complete control over their data and online identities. The acquisition of three Urbit Stars aligns with our organization’s interest in exploring innovative and secure solutions for data management and online privacy. By owning Urbit Stars, we will have an opportunity to contribute to the development of this groundbreaking platform and gain firsthand experience of its capabilities.
NOTE: The purchase of Syntropy (NOIA) token and Urbit Stars will be made through the official Urbit website or any authorized reseller you recommend. We will adhere to all necessary registration and verification processes to ensure a legitimate and compliant acquisition. The acquired Urbit Stars will be securely stored and maintained, allowing us to actively engage in the Urbit ecosystem and benefit from its unique features.
ROKO’s software stack operates in multiple domains, MARLIN nodes, which take advantage of cloud compute via AWS, and local 100% uptime dev-boxes to facilitate setup and ongoing operation. The EDGE compute modules in question will add data acquisition via multiple IP67 FULL HD Cameras, as well as multiple 3d TOF Modules and distributed compute capability for both local and shared batched processing from external requests on the order of up to 275 Sparse TOPS (INT8) in AI performance per compute module. Each module will consist of a 3D printed assembly housing the above components, as well as a CAT6 Connection to a local router (outside scope of this snapshot) and contain a single 2 TB m.2 SSD.
Objective: To purchase three complete standalone stacks of base and supporting hardware for edge compute acquisition connection and testing prior to integration with a bipedal robotics platform.
Project Timeline
We are currently mining TAO, with the A100, We have been running a marlin cluster on testnet building reputation for 8 or 9 months, we have built working concepts of both robots and IOT edge devices. Tbh, we are building for the next 1000 years and that is the vibe.
Team Background
We have all been in the scene since 2015, we have done it all ranging from defi, space, ai, etc. Feel free to contact me on telegram and talk to me over voice chat.
Project Impact
The ROKO NETWORK project is poised to make a significant impact on the cause of decentralization and provide numerous benefits to the MOROS community.
By leveraging a decentralized network, ROKO NETWORK will contribute to the resilience and robustness of digital infrastructure. This aligns with the core values of MOROS NET, as it reduces reliance on centralized entities that can be points of failure or control.
Innovation in Human-Machine Collaboration: The project’s focus on creating a self-organizing human-machine network will push the boundaries of collaborative innovation. This will not only benefit the MOROS community by providing new tools and systems for decentralized operations but also by setting a precedent for future projects that aim to merge human ingenuity with machine efficiency.
Education and Research: The deep tech research and development aspect of ROKO NETWORK will serve as a knowledge hub for the MOROS community. It will provide educational resources and research findings that can empower individuals to understand and contribute to the field of decentralization.
By leveraging a decentralized network, ROKO NETWORK will contribute to the resilience and robustness of digital infrastructure. This aligns with the core values of MOROS NET, as it reduces reliance on centralized entities that can be points of failure or control.
Innovation in Human-Machine Collaboration: The project’s focus on creating a self-organizing human-machine network will push the boundaries of collaborative innovation. This will not only benefit the MOROS community by providing new tools and systems for decentralized operations but also by setting a precedent for future projects that aim to merge human ingenuity with machine efficiency.
Education and Research: The deep tech research and development aspect of ROKO NETWORK will serve as a knowledge hub for the MOROS community. It will provide educational resources and research findings that can empower individuals to understand and contribute to the field of decentralization.
Roko Network
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