Writing & Systems Architecture
Bilingual systems monographs by Hui Zhao (@0xSynapse) on Dual-Surface CRDT document engines, human-agent capability parity, auditable permission governance, and transactional agent operating systems.
-
Why Free-Form Shell Agents Fail at Research Manuscripts: Dual-Surface CRDT & Byte-Preserving OOXML Patch Architecture
Moving beyond destructive full-file overwrites and OOXML drift: dual projection between human WYSIWYG authoring and AI structural primitives, intra-paragraph Run-level OOXML LCS patching, and 0.128ms selective per-turn rollback.
-
Human-Agent Capability & Permission Parity: Why Software Systems Must Be Rebuilt with AI-Native Interfaces
Moving beyond brittle GUI screen-scraping and unauthenticated backdoor scripts: rebuilding software infrastructure around the axiom that "An Agent’s Permissions Equal the User’s Permissions" through dual Human GUI and AI-native MCP interfaces.
-
Beyond Git Feature Branches & Shared Folders: Shadow Workspaces, Advisory File Claims, and Transactional Auto-Merge Across Code, File Trees & Multi-Agent Pipelines
Why both Git feature branches and raw shared directories collapse under multi-agent concurrency—and how 0.42ms trunk-anchored Copy-on-Write shadow workspaces, TTL claims, piggybacked IPC, 4-tier LCS auto-merge with domain verification gates, and SHA-256 CAS artifact buses unify collaboration across codebases, document vaults, data pipelines, and governed memory.
-
Why Agent Plugins Are Not a Security Boundary: From Advisory Hooks to a Kernel-Enforced Agent Runtime
When an autonomous agent shares a privilege domain with its supervisor, hooks and system prompts are merely polite suggestions. This monograph details how Aegis OS lowers the enforcement boundary into the OS kernel via parent-process sandboxing, read-only .git pass-through, granular state-dir mounts, and a two-tier network gateway.