mirror of https://github.com/blackboxprogramming/BlackRoad-Operating-System.git synced 2026-03-17 08:57:15 -05:00

Files

Alexa Louise 9644737ba7 feat: Add domain architecture and extract core services from Prism Console

## Domain Architecture
- Complete domain-to-service mapping for 16 verified domains
- Subdomain architecture for blackroad.systems and blackroad.io
- GitHub organization mapping (BlackRoad-OS repos)
- Railway service-to-domain configuration
- DNS configuration templates for Cloudflare

## Extracted Services

### AIops Service (services/aiops/)
- Canary analysis for deployment validation
- Config drift detection
- Event correlation engine
- Auto-remediation with runbook mapping
- SLO budget management

### Analytics Service (services/analytics/)
- Rule-based anomaly detection with safe expression evaluation
- Cohort analysis with multi-metric aggregation
- Decision engine with credit budget constraints
- Narrative report generation

### Codex Governance (services/codex/)
- 82+ governance principles (entries)
- Codex Pantheon with 48+ agent archetypes
- Manifesto defining ethical framework

## Integration Points
- AIops → infra.blackroad.systems (blackroad-os-infra)
- Analytics → core.blackroad.systems (blackroad-os-core)
- Codex → operator.blackroad.systems (blackroad-os-operator)

🤖 Generated with [Claude Code](https://claude.com/claude-code)

Co-Authored-By: Claude <noreply@anthropic.com>

2025-11-29 13:39:08 -06:00

1.3 KiB

Raw Blame History

Codex 17 — Erasure-Coded Resilience — Lose Shards, Keep Truth

Fingerprint: 23064887b1469b19fa562e8afdee5e9046bedf99aa9cd7142c35e38f91e6fef2

Aim

Survive faults, sabotage, or regional failures without losing data integrity.

Core

Encode (k) source blocks into (n) coded blocks (Reed–Solomon) so any (k) suffice to recover the original data.
Tolerate (f = n - k) faults with rate (k / n) tailored to the threat model.
Use regenerating codes (MSR/MBR) to optimize repair bandwidth when restoring lost shards.

Runbook

Select ((n, k)) parameters aligned with durability and latency requirements, then geo-distribute shards.
Rotate shards periodically and audit decode success under simulated failure scenarios.
Pair storage with zero-knowledge audits proving shards belong to the same file lineage.

Telemetry

Decode success probability under sampled fault sets.
Time to repair missing shards and restore redundancy.
Entropy measurements of stored shards to detect drift or tampering.

Failsafes

If shard loss exceeds (f), trigger emergency replication and pause writes until redundancy is restored.
Investigate anomalous entropy or audit failures before resuming regular operations.

Tagline: Fragment boldly, recover surely.

1.3 KiB Raw Blame History Unescape Escape