Attestation SDK C++

Attestation SDK C++

• NVIDIA Attestation SDK (NVAT)
  • Project Status
  • Components
  • CoRIM verifier
  • Quick Start Guide for the CLI (nvattest)
    • Prerequisites
    • CLI Installation
      • Option 1: Package
      • Option 2: Source Installation
    • Attestation
    • Using the C API
    • GPU ready state
  • Documentation
  • License
  • Support
• Attestation SDK CLI
  • Introduction
    • CoRIM verification
    • Installation
      • Prerequisites
      • From package manager
      • From source
    • Quick Start
  • Next steps
  • Command Reference
    • Global Options
    • Subcommands
    • CoRIM workflow
      • version
      • collect-evidence
        • Output:
      • collect-evidence-v2
      • attest
        • JSON Output
    • Example CLI commands
      • attest-v2
      • verify-token
        • EAR mode
        • Exit codes
        • Output
  • Developer Setup
    • Dev environment
    • Build the CLI
      • CMake Available Options
    • Command structure
    • Evidence files
    • Making changes
    • Testing
      • Prereqs
      • Environment variables controlling the test behaviour
      • Run all the automated tests
• Attestation SDK C
  • Introduction
    • Installation
      • Prerequisites
      • From package manager
      • From source
    • Quick Start
    • CoRIM verification
    • Next steps
  • CoRIM verifier
    • Standards direction and scope
    • Processing flow
    • Evidence inputs
      • DiceTcbInfo conversion
      • SPDM and Concise Evidence conversion
    • RIM discovery and validation
    • Supported CoRIM CDDL
      • CoRIM envelope and map
      • Tag types and CoMID fields
      • Triple categories
      • Environment maps
      • Measurement maps and values
    • Appraisal behavior
      • Root environment OID
      • ACS processing
    • CMW input
    • Output CDDL
    • Result semantics
      • Evidence claims passed to the relying party
    • Local appraisal workflow
    • Relying-party policy
    • Signed EARs at a remote relying party
    • CLI equivalent
  • Configure the CoRIM verifier
    • HTTP and TLS
    • CoRIM sources
    • Verification controls
    • Fallback inputs and input digests
    • Signed EAR verification
  • EAR format
    • Top-level claims
    • Submodules
    • Privacy
    • Using the EAR
  • User Guide
    • Overview
      • Conventions
    • Examples
      • Basic GPU Attestation
      • Local Attestation
      • Remote Attestation
      • Attesting with an appraisal policy for attestation results
      • Attestation without any appraisal policy
      • Evidence Collection
      • Custom Logger
      • Verifying an attestation token (relying party)
        • Step 1 — Verify the token and decode the claims
        • JWT time claims and clock skew
        • Step 2 — Optionally apply a relying-party policy
        • Freshness / nonce flow
    • Selecting the OCSP CertID hash
    • Next Steps
      • Explore the Full API
  • Configuring attestation
    • Attestation context
    • Relying party policy
    • Evidence policy
  • Claims and Detached EAT schema
    • Example claims obtained after attesting 8 GPUs
    • Opaque data mismatch examples
  • Detached EAT
    • Example EAT obtained after attesting 8 GPUs
  • Developer Setup
    • Onboarding
      • 1. Setup the docker container
      • 2. Build the SDK
      • 3. Install the SDK
      • 4. VS Code Integration
    • Debugging
    • Testing
      • Prereqs
      • Unit tests
      • Integration tests
      • Running examples
    • Coding standards
    • Release process
  • Thread Safety
    • Handle Usage in Multithreaded Environments
    • Third-Party Global Initialization
    • Shared State
  • Attestation CPP SDK API
    • API contents
      • Macros
      • Functions
      • Groups
      • Typedefs
• Attestation SDK Rust Bindings
  • Introduction
    • Workspace Structure
      • nv-attestation-sdk-sys
      • nv-attestation-sdk
    • Installation
      • Prerequisites
      • Adding as a Dependency
      • Optional Features
      • Using System-Installed Library
      • Using Local C++ Build
    • License
    • Support
    • Next Steps
  • CoRIM verifier
    • Local appraisal
    • EAR results and policy
    • Thread safety
    • More examples
  • Configure the CoRIM verifier
    • HTTP and TLS
    • CoRIM sources and cache
    • OCSP and verification controls
    • Fallbacks and input digests
  • User Guide
    • Overview
    • API Organization
    • Core Concepts
      • SDK Initialization
      • Attestation Context
      • Device Types
      • Verifier Types
      • Nonce Operations
      • Error Handling
      • GPU Ready State
    • Quick Start
    • Examples
      • Example 1: Remote GPU Attestation
      • Example 2: Local GPU Attestation
      • Example 3: Low-Level Evidence Collection
      • Example 4: Custom Logging
      • Example 5: Verifying an attestation token (relying party)
        • Freshness / nonce flow
      • Example 6: NVSwitch Attestation
      • Example 7: Signing the detached EAT with a service key (issuing party)
    • Thread Safety
    • Next Steps
  • Configuration Guide
    • Overview
    • Attestation Context Configuration
      • Device Type
      • Verifier Type
    • SDK Options
    • HTTP Configuration
    • JWT Time-Claim Validation
    • RIM Store Configuration
      • Filesystem RIM Store
      • Remote RIM Store
    • OCSP Client Configuration
    • Environment Variables
    • Logging Configuration
      • Enabling Logging
      • Using with env_logger
    • Complete Configuration Example
    • Next Steps
  • Development Guide
    • Prerequisites
      • System Requirements
      • Build Dependencies
      • NVIDIA Dependencies
    • Building from Source
      • Step 1: Build the C++ SDK
      • Step 2: Build the Rust Workspace
      • Step 3: Run Examples
    • Development Workflow
      • Using System-Installed Library
      • Using Local Build
    • Testing
      • Running Tests
    • Code Quality
      • Formatting
      • Linting
      • Documentation
    • FFI Bindings Generation
      • Build Script (build.rs)
      • Customizing Bindings
      • Regenerating Bindings
    • Troubleshooting
      • Bindgen Errors
      • Linker Errors
      • Runtime Errors
    • Additional Resources
    • Support
• Releases