Privacy-first blockchain applications need infrastructure that supports confidential computing, network isolation, and regulatory compliance. Discover how bare metal and private cloud solutions provide the foundation for zero-knowledge proofs, confidential smart contracts, and secure multi-party computation.
Tag: confidential computing
Public cloud confidential computing promises security but retains provider control over critical trust components. Private cloud infrastructure eliminates third-party trust dependencies, providing genuine confidentiality for sensitive workloads through dedicated hardware and transparent attestation.
Explore how confidential computing transforms blockchain security by protecting oracle data feeds and smart contract execution. This guide covers implementation strategies, performance optimization, and deployment best practices for building secure decentralized applications on OpenMetal’s bare metal infrastructure.
Learn how confidential computing infrastructure protects PHI, AI models, and proprietary algorithms during processing. Discover implementation strategies for HIPAA-compliant AI workloads on OpenMetal’s secure bare metal platform, including real-world healthcare use cases and deployment guides.
MPC lets multiple parties compute together without sharing private data — but infrastructure matters. Learn how confidential computing on OpenMetal bare metal servers with Intel TDX helps secure MPC deployments for blockchain, fintech, and privacy-first apps.
Modular blockchain networks like Celestia, Cosmos, and Polygon CDK are redefining infrastructure needs. This post outlines why bare metal servers and private clouds offer the control, performance, and predictability that modular blockchains require.
Confidential computing is the missing piece for full-stack security. Learn how OpenMetal helps technical teams build end-to-end trust with hardware isolation and open source infrastructure.
VPNs protect data in transit—but what about when it’s being processed? Discover how confidential computing closes the gap and how OpenMetal makes it deployable.
This guide makes confidential computing practical. Explore how to reduce deployment complexity using OpenMetal’s secure, TDX-enabled infrastructure.
This guide makes confidential computing practical. Explore how to reduce deployment complexity using OpenMetal’s secure, TDX-enabled infrastructure.
Learn how to improve confidential computing performance using Intel TDX, bare metal, and GPU passthrough without sacrificing security.
Learn how to enable Intel SGX and TDX on OpenMetal’s Medium, Large, XL, and XXL v4 servers. This guide covers required memory configurations (8 DIMMs per CPU and 1TB RAM), hardware prerequisites, and a detailed cost comparison for provisioning SGX/TDX-ready infrastructure.
As blockchain technology moves beyond cryptocurrency, more companies are running blockchain workloads on bare metal to meet growing demands for speed, security, and control. This post explores how it works, why it matters, and where it’s already being used in real-world industries.