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ChronoSeal v0.5.0 - Production Architecture Refactor

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@thakares thakares released this 22 May 13:29
· 37 commits to main since this release
v0.5.0
9e78dae

ChronoSeal v0.5.0

Production Architecture Refactor

This release represents the most significant internal evolution of ChronoSeal so far.

ChronoSeal has undergone a rigorous architectural refactor focused on runtime modularity, operational resilience, configuration flexibility, daemon lifecycle management, and long-term maintainability.

The project now transitions beyond an experimental anti-automation prototype into a structured cryptographic attestation runtime designed for production-oriented deployment models.

Major Architectural Changes

Dynamic Runtime Configuration

  • Refactored daemon configuration architecture
  • Runtime-configurable heartbeat intervals
  • Improved deployment flexibility
  • Cleaner environment and configuration handling

Database & Concurrency Refactor

  • Migrated SQLite handling toward pooled connection architecture
  • Added r2d2 + r2d2_sqlite
  • Reduced serialized database contention
  • Improved concurrent runtime scalability

Structured Error Handling

  • Added unified custom error architecture using thiserror
  • Improved failure boundary clarity
  • Cleaner operational diagnostics
  • Better runtime observability

CLI & Operational Tooling

ChronoSeal now includes significantly expanded daemon tooling:

  • chronoseal run
  • chronoseal status
  • chronoseal health
  • chronoseal metrics
  • chronoseal stats
  • chronoseal config check
  • chronoseal generate keypair
  • shell completion generation

This release substantially improves operational ergonomics for administrators and deployments.

WASM Runtime Improvements

  • Renamed WASM runtime package from antibot_wasm to chronoseal_wasm
  • Improved runtime identity consistency
  • Cleaner frontend/runtime integration
  • Refined heartbeat scheduling model

Cleanup & Runtime Lifecycle

  • Refactored cleanup subsystem
  • Improved stale entry eviction handling
  • Runtime-aware rate-limit cleanup
  • Better lifecycle isolation

Internal Refactor Scope

  • 33 files changed

  • ~1200 lines added

  • Extensive subsystem restructuring

  • Protocol/runtime separation improvements

  • Better module organization across:

    • server
    • shared
    • wasm
    • frontend

Lightweight Runtime Footprint

ChronoSeal continues prioritizing lean operational deployment and low runtime overhead.

Current release artifacts:

chronoseal            ~8.5 MB
chronoseal_wasm.wasm ~719 KB

Despite substantial architectural expansion, the runtime remains compact while including:

  • daemon lifecycle management
  • SQLite persistence
  • pooled database handling
  • Prometheus metrics
  • structured CLI tooling
  • cryptographic attestation runtime
  • WASM execution environment
  • behavioral continuity validation

ChronoSeal intentionally avoids:

  • heavyweight frontend frameworks
  • Electron-style packaging
  • excessive runtime dependencies
  • telemetry-heavy infrastructure
  • bloated deployment models

The project remains optimized for:

  • edge deployments
  • lightweight containers
  • low-resource systems
  • self-hosted environments
  • Unix-native operational workflows

Design Direction

ChronoSeal continues focusing on:

  • privacy-preserving attestation
  • ephemeral proof-of-presence
  • behavioral continuity validation
  • cryptographic runtime integrity
  • automation cost escalation

while intentionally avoiding:

  • invasive fingerprinting
  • CAPTCHA dependency
  • persistent tracking
  • surveillance telemetry

Build

WASM

wasm-pack build wasm --target web --release
mv wasm/pkg frontend/pkg

Server

cargo build --release

Docker

docker compose up -d --build

Repository

GitHub:
https://github.com/thakares/chronoseal-rs

License

Dual licensed under:

  • Apache-2.0
  • MIT
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