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Update README.md - #220

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clauspruefer merged 1 commit into
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clauspruefer-patch-4
Aug 19, 2026
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Update README.md#220
clauspruefer merged 1 commit into
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clauspruefer-patch-4

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Pull Request

Description

Emphasize that the encryption layer will use standardized mechanisms.

Copilot AI lite review requested due to automatic review settings August 19, 2026 08:30
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clauspruefer merged commit 4ea0ff2 into main Aug 19, 2026
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Pull request overview

Updates the project README to clarify the intended approach for NLAP’s encryption layer, aiming to emphasize use of standardized mechanisms as part of the protocol’s “Core Architectural Characteristics” section.

Changes:

  • Revises the “Simplified High-Integrity Cryptography” bullet to more explicitly describe atomic, frame-based signing/encryption and standardized X.509-related mechanisms.

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Comment thread README.md
- **Formalized Model Descriptions:** Reduces protocol complexity to a bare minimum by enforcing a 100% complete structural and semantic definition via Document Type Definitions (DTD) and YANG modeling schemas.
- **Granular Protocol Sub-typing:** Sub-divides transport traffic into distinct, functional protocol variants to maximize scalability and simplify network firewalls (see chapter [7. NLAP Subtypes](#7-nlap-subtypes)).
- **Simplified High-Integrity Cryptography**: Drastically reduces cryptographic complexity. Because data is processed as static, complete messages rather than continuous streams, the entire frame is signed and encrypted atomically. This enables hardware-native X.509 standard compliance with direct HSM and TPM integration without complex TLS state-machines.
- **Simplified High-Integrity Cryptography**: Drastically simplifies cryptographic state-machines and maximizes security by eliminating partial stream-based encryption entirely. Implemented via WolfSSL, data is signed and encrypted atomically as discrete, static messages. This approach supports standard X.509 mechanisms natively across both high-performance OpenSC (x86_64) environments and embedded IoT deployments via direct hardware TPM integration.
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clauspruefer deleted the clauspruefer-patch-4 branch August 20, 2026 09:32
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2 participants