Documentation

HexaEight Developer Documentation

HexaEight provides cryptographic identity and end-to-end encrypted messaging for AI Assistants and Agents, humans, and machines. This documentation covers the concepts, the get-started tutorial, focused how-to recipes for individual tasks, and the complete API reference.

Start here

If you want to…Go to
Understand the problem HexaEight solvesConcepts → The problem we solve
Learn the mental modelConcepts → The HexaEight approach
Get a working installation in five minutesGet Started → Quickstart
Look up how to do a specific taskHow-to → Encrypt a message (and dozens of others)
Reference the API.NET SDK Reference

How this documentation is organised

SectionWhat's in itHow to read it
Concepts The problems HexaEight solves and the mental model behind the SDK Read top to bottom on first encounter
Get Started A 5-step tutorial that takes you from nothing to a working encrypted exchange Follow in order
How-to Focused single-task pages with working code (encrypt, decrypt, allow a sender, enable swarm, etc.) Search or browse by category when you need to do a specific thing
Reference Complete API listings, wire format, glossary, error codes Lookup, not reading

SDK availability

LanguagePackageStatus
.NETHexaEight.Bridge on NuGetStable — Windows, Linux, macOS
Node.js@hexaeight/sdk on npmStable — Linux, macOS, WSL2 on Windows
Pythonhexaeight-sdk on PyPIIn development
BrowserWASM via BridgePlanned

For AI agents reading this site

A plain-text mirror of the entire API surface is available at /llms-full.txt. The high-level index lives at /llms.txt and follows the llms.txt convention. Both are JS-free, server-rendered, and intended to be consumed directly by retrieval pipelines.

License

The SDK and all language wrappers are released under Apache-2.0. The cryptographic core libraries are distributed as NuGet packages whose runtime use is governed by the HexaEight identity license. A complete reference implementation is published at github.com/HexaEightTeam/deaddrop-encryption for cryptographic review.