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clauspruefer merged 1 commit into from
Aug 19, 2026
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Update README.md #220

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2 changes: 1 addition & 1 deletion README.md
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Expand Up @@ -73,7 +73,7 @@ latency.
- **Strict XML Message Framing:** Eliminates stream-parsing ambiguities by processing strictly bounded data packets. This non-streamed approach significantly enhances parsing security, mitigates memory-corruption vectors, and maximizes raw processing performance.
- **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.
- **End-to-End Non-Blocking Architecture:** Features non-blocking execution primitives across all protocol layers. This design integrates seamlessly with Linux Kernel 7.0 AccECN (Accurate ECN) to optimize TCP retransmission timeouts (RTO) and low-latency feedback loops.
- **Near-Kernel Latency & Zero HoL Blocking**: Inherently eliminates head-of-line (HoL) blocking over a single socket connection. By deploying hybridized io_uring and epoll I/O frameworks, NLAP achieves deterministic processing speeds that mirror kernel-level transport latencies.

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