ZTES Library
System Canon, Standards and Guides
1. Event Correctness Engineering
Defines correctness engineering as a formal discipline and establishes the primitives used across all ZTES standards.
2. Event Correctness: The Architecture of Truth
Explains how correctness, truth, and event‑based reasoning form the basis of trustworthy systems.
3. Zero Trust Event System Structural Foundations
Describes the architecture, primitives, governance metadata, event model, and core machine‑readable artifacts of ZTES.
4. Zero Trust Event System (ZTES): Canon — Core Specifications
Consolidates the authoritative, governance‑aligned specifications that define the ZTES system.
5. Event Messaging Standard (EMS)
Specifies the deterministic event envelope, DE fields, and serialization rules used across all ZTES‑compliant systems.
6. Event Appliance Specification (EAS)
Defines stripped‑down, unstealable, single‑purpose appliances that capture, seal, and emit EMS events.
7. Event Correctness Engineering Tally and Retrieval Engine (TARE)
Describes the retrieval, tallying, and correctness‑preserving computation layer for institutional systems.
8. User Event Correctness Capture System (UECCS)
Defines the user‑level correctness capture workflow and event‑level integrity mechanisms.
9. Remote Voting Application Protocol (RVAP)
Specifies the remote voting protocol built on ZTES primitives and EMS envelopes.
10. Zero Trust Event Architecture (ZTEA)
Provides the architectural posture, design patterns, and system‑level framing for ZTES deployments.
11. Implementation Guide for Zero Trust Event Systems (ZTES)
Offers practical, step‑by‑step guidance for architects, implementers, and auditors deploying ZTES.
12. ECE and ZTES for Normal Humans
Presents correctness engineering and ZTES in accessible language for general audiences.