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The Agent Economy: Building Trust and Reputation Through Verifiable Execution

The Agent Economy: Building Trust and Reputation Through Verifiable Execution

As explored in a prior article, the Newton Protocol, developed by the Newton Foundation and leveraging Magic’s expertise—having onboarded over 50M embedded wallets—addresses Web3’s fragmentation and trust barriers through “application abstraction,” where users set goals like “maximize stablecoin yields” and agents manage complexity. Powered by zkPermissions,

Navigating GDPR and Public Blockchain: Challenges and Solutions

Navigating GDPR and Public Blockchain: Challenges and Solutions

Introduction The General Data Protection Regulation (GDPR) and public blockchains follow very different approaches. GDPR focuses on protecting personal data through user control, data minimization, and accountability. In contrast, public blockchains rely on transparency, immutability, and decentralization features that power innovations in finance, supply chains, and identity systems but often

Powering Nexus: How Folding Schemes Scale Verifiable Proofs

Powering Nexus: How Folding Schemes Scale Verifiable Proofs

The Nexus project aims to transform computation by enabling verifiable proofs at Internet scale, uniting global computers into a trustless supercomputer Our prior articles laid the groundwork: “Verifiable Computation at Scale” introduced the Nexus zkVM as a universal prover for any program, “The Nexus Virtual Machine” explored the NVM’s

Laying the Foundation: 'The One-Time Setup' for Nexus zkVM Architecture

Laying the Foundation: 'The One-Time Setup' for Nexus zkVM Architecture

The Nexus Vision: A Foundation for Verifiable Computing The Nexus zkVM is a groundbreaking system designed to make verifiable computation scalable, practical, and trustless, as explored in our earlier articles. In "Verifiable Computation at Scale: How the Nexus zkVM Redefines What’s Possible with Zero-Knowledge Proofs," we introduced

Smart Permissions: Unlocking Secure Automation for Crypto and Beyond

Smart Permissions: Unlocking Secure Automation for Crypto and Beyond

The Newton Protocol, developed by the Newton Foundation, is a verifiable automation layer designed to transform onchain finance by addressing the fragmentation, manual workflows, and trust barriers that hinder mainstream crypto adoption. By enabling "application abstraction"—where users express high-level goals like "maximize my stablecoin yields across

The Ethics of Immutability: "Code is Law" and Its Consequences

Introduction Blockchain technology’s defining feature, immutability, ensures that once data or code is recorded on a decentralized ledger, it is nearly impossible to alter without network consensus. This tamper-proof nature, enforced through cryptographic hashing and consensus mechanisms like Proof of Work (PoW) or Proof of Stake (PoS), underpins blockchain’

🔗 Blockchain Governance: Experiments in Digital Democracy

🔗 Blockchain Governance: Experiments in Digital Democracy

Trust in governance has long rested in the hands of institutions—legislatures, courts, bureaucracies. But what happens when those structures are decentralized, when no one person or entity holds the gavel? Welcome to the evolving world of blockchain governance, where decision-making is encoded in protocols, shaped by token holders, and