Explainer Video
Skynet - Creating the Intelligent Machine EconomySkynet is an end-to-end protocol designed to meet the requirements of an intelligent machine economy via its components: Skynet Open Network , a fourth generation IoT blockchain platform and Skynet Core, the world’s first blockchain IoT chip. Billions of Skynet Cores will be deployed to devices around the world and connected by the Skynet Open Network, enabling the real-world infrastructure for blockchain technology while making Skynet the most adopted end-to-end ecosystem.
Skynet Core: The World’s First Blockchain IoT ChipSkynet Core is a license free Risc-V Blockchain Chip that can replace the existing CPU with a core optimized for the Internet of Things and Blockchain Technology.
Tensor Processing HardwareSkynet Core will smash the barrier of all modern processors with its advanced cores designed to accelerate deep learning applications over a blockchain network. By containing tensor processors focusing on 8-bit precision arithmetic, any Internet of Things device, such as robots, sensors, and drones are now able to learn more advanced neural networks and have human-level performance.
Blockchain HardwareSkynet Core contains revolutionary patent pending ideas such as the embedded hardware wallet and compact crypto engines. With the hardware, Skynet Core devices will be able to run high throughput blockchain networks and can securely use cryptocurrency. The core will be made license-free, allowing any device to use the core designs and finally utilize the utilities of blockchain networks.
Internet of Things 2.0Skynet Core will create a whole new revolution of IoT devices by combining the accelerated AI processing with blockchain networks. Inception’s design is modular, which means it can be embedded with any SoC chip in the world to form a new Blockchain Chip IC. The IC will allow it to be embedded into servers as well as small IoT edge nodes, meaning that Skynet Core can be implemented everywhere in the world and be connected by a native blockchain network.
Skynet Open Network: Fourth Generation IoT BlockchainSkynet Open Network, SON, is a Infinitely Scalable Internet of Things Optimized Network that will facilitate interactions between intelligent devices. Billions of Skynet Cores will be deployed to devices across the world and come with SON's native cryptocurrenices, instantly making the Skynet Open Network the most adopted blockchain network.
Infinity Chain BlokchainSkynet Open Network, SON, uses a novel infinity-chain blockchain architecture to handle chaotic scalability and subsystems in IoT devices. Each SON blockchain is powered by Tendermint Byzantine Fault Tolerant, a high performance consensus allowing for an endless number of independent, high finality blockchains to be created. Each of these blockchains can then be connected through SON's cross-blockchain communcation protocol, allowing data such as tokens to be sent to and from subchains. In this way, SON can provide the capacity to handle a billion transaction per second split across many chains and allow the network to keep growing to handle any IoT needs.
Hyperscalable IoT PlatformsSkynet Open Network provides many underlying infrastructures to drive value and functionality from connected devices. With decentralized identity, distributed application, blockchain, and machine learning frameworks, any existing application can be created as a infinitely scaling variant on SON or new applications can be made if they work together. The platforms enable applications to gain real world adoption by interfacing with billions of Skynet Core powered devices.
Knowledgenet of AISON serves as the collective intelligence and network of communication and transactions between Skynet Core devices and all other IoT Devices. With fundamental infrastructures such as AWS and ImageNet, as well as applications for decentralized machine learning built into the SON system, SON will serve as the central decentralized platform for all machine learning and IoT communications. Billions of devices will enter SON's network and begin to securely self-organize, distribute training, and collaborate.
