Captain Abid

@NewtonProtocol is a decentralized infrastructure layer designed to bring secure, verifiable automation to on-chain finance. By allowing users to delegate complex tasks to AI agents, it acts as a pre-transaction policy engine that ensures actions—from DeFi transactions to treasury operations—are executed strictly within predefined, compliant constraints.
Introduction: The Problem with Traditional Web3 AutomationThe decentralized finance (DeFi) ecosystem moves hundreds of billions of dollars monthly, spanning stablecoins and tokenized assets. Yet, a fundamental flaw exists: the execution of complex strategies (like recurring investments, token distributions, or cross-chain yield farming) often requires relying on off-chain bots or manual, unverified interventions. This introduces centralization, unnecessary risk, and friction.Enter the Newton Protocol, developed with contributions from Magic Labs and shepherded by the Magic Newton Foundation. It is engineered to transform fragmented, manual workflows into trusted, automated execution.
#NewtonProtocol، @NewtonProtocol

#Newton Protocol is a decentralized infrastructure layer designed to bring secure, verifiable automation to on-chain finance. By allowing users to delegate complex tasks to AI agents, it acts as a pre-transaction policy engine that ensures actions—from DeFi transactions to treasury operations—are executed strictly within predefined, compliant constraints.Introduction: The Problem with Traditional Web3 AutomationThe decentralized finance (DeFi) ecosystem moves hundreds of billions of dollars monthly, spanning stablecoins and tokenized assets.
Yet, a fundamental flaw exists: the execution of complex strategies (like recurring investments, token distributions, or cross-chain yield farming) often requires relying on off-chain bots or manual, unverified interventions.
This introduces centralization, unnecessary risk, and friction.Enter the @NewtonProtocol developed with contributions from Magic Labs and shepherded by the Magic Newton Foundation. It is engineered to transform fragmented, manual workflows into trusted, automated execution.

OpenMind Robotics: Building the "Android" of Intelligent Humanoids
Silicon Valley-based OpenMind is aiming to revolutionize the robotics industry by creating an open-source, hardware-agnostic operating system designed for humanoid robots and interactive AI agents. Founded in 2024, the company envisions a future where robots are not just automated machines but smart companions capable of learning, interacting with humans, and collaborating with each other.
The Core Technology: OM1 and FABRIC
OpenMind is developing OM1, a software layer acting as the "universal brain connector" for different robots. Similar to how Android acts as a common operating system for various phone manufacturers, OM1 allows developers to build AI agents that can run on diverse hardware. It integrates modern generative AI, enabling robots to understand their environment via sensors and interact using large language models (LLMs).
Alongside OM1, OpenMind introduced FABRIC, a decentralized protocol for robot-to-robot communication and identity verification. FABRIC allows robots to securely share data and context, speeding up the learning of new skills and languages.
Key Features and Use Cases
Conversational Companionship: OpenMind focus is on robots that can engage in conversations and assist with household tasks, such as acting as mentors for children.
Hardware Agnostic: The software is designed to be compatible with various robotic morphologies.
Secure Collaboration: FABRIC ensures robots are safe, autonomous, and verifiable.
Immediate Iteration: The company plans to deploy initial fleets of robotic dogs to gather user feedback for rapid improvements.
Vision and Future
#robo @Fabric Foundation
Led by Stanford professor Jan Liphardt, OpenMind aims to bridge the gap between AI (the brain) and robotics (the body). The project is designed to make advanced AI accessible, moving beyond simple, pre-programmed tasks to machines that can navigate complex, real-world environments.
While the project is early and face challenges in real-world environments, OpenMind's open-source approach seeks to foster a global community of developers, pushing the boundaries of what humanoid robots can achieve in daily life. With significant backing and a focus on open, decentralized systems, OpenMind is positioning itself as a foundational player in the future of intelligent machines.

Exploring the Future of Privacy with @dusk_foundation | DUSK #Dusk*
In today’s blockchain ecosystem, privacy and compliance are often seen as conflicting goals. This is where *@dusk_foundation* comes in with its revolutionary project, *DUSK*. Dusk Network is a layer-1 blockchain built specifically for financial applications, enabling *confidential smart contracts*, *private transactions*, and *compliant DeFi* — all while maintaining transparency for regulators.
What makes DUSK unique is its *Zero-Knowledge Proof (ZKP)* technology, allowing data to remain private without sacrificing the integrity of the network. With features like *Confidential Security Tokens*, *on-chain settlements*, and *compliance-by-design*, Dusk is leading the charge in making institutional-grade DeFi a reality.
Whether you're a builder, investor, or enthusiast, DUSK offers a secure, scalable, and privacy-focused environment. As real-world assets move on-chain, networks like Dusk will play a pivotal role in shaping the future of finance.
Join the movement. Learn more. Build with privacy.
#DuskDUSK @Dusk oundation