Microsoft Azure and blockchain innovator Automata Network announced a major partnership. This collaboration improves TEE security for millions of users worldwide. The partnership relies on Automata Network’s blockchain security. This method adds modular attestation to Ethereum machine trust. Hardware from Automata Network builds blockchain ecosystem trust in Microsoft Azure’s confidential computing.
Microsoft Azure OpenAI Service Enhances Automata Network’s Chatbot Capabilities
This integration allows remote verification of TEEs like Intel® Software Guard Extensions (Intel SGX) to secure software binaries on trusted hardware platforms. This major confidential computing change enhances blockchain application security and privacy.
This collaboration relies on Microsoft Azure Attestation to verify TEEs and software in secure enclaves. Meanwhile, with this technology, Automata Network creates practical apps with verified, confidential enclaves. Over 3.5 million monthly users use 1RPC, a Web3 relay. The relay protects its large user base from metadata disclosure and phishing with strong privacy and anti-phishing measures. Automata Network secures its services with Intel SGX Data Center Attestation Primitives (DCAP) remote attestation through its Azure enclave infrastructure.
Microsoft AzureAI features like Azure OpenAI Service help Automata Network create exclusive chatbots. Moreover, with advanced natural language processing, Automata Network’s chatbots improve internal communication and business processes. Consequently, users get streamlined and effective solutions from Automata Network’s AI.
Blockchain experts say Automata Network and Microsoft Azure’s partnership is revolutionary. Microsoft GM Rashmi Misra praised the partnership, highlighting Azure’s AI and confidential computing services’ security and blockchain tech innovation.
Intel SGX and Azure’s Confidential Computing Enhance Application Security
Intel Software Guard Extensions (SGX) is a hardware-based security technology that ensures the protection of code and data stored in enclaves. Azure’s confidential computing framework restricts system administrators’ and service providers’ data access. Third-party developers can improve application security and build a distributed ecosystem by assigning security-sensitive tasks to enclaves.
Automation Network’s Proof of Machinehood is an innovative way to authenticate computers. Additionally, using machine attestations can boost stakeholder ownership and decentralized trust. Users can verify and receive tokens without social verification or third-party extensions on Proof of Machinehood testnet faucets.
Automata Network and Microsoft Azure improve blockchain security and confidentiality. The collaboration sets blockchain ecosystem security and decentralized trust standards using confidential computing and AI. Azure and Automata Network can advance blockchain technology with their expertise and resources.