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total throughput, and modes needing attention\n2. **Check health** — Call `quantum_protect` for comprehensive health checks (worker connectivity, throughput, mode stalls)\n3. **Optimize priorities** — If modes need rebalancing, call `quantum_optimize` to auto-adjust priority weights\n4. **Monitor costs** — Call `quantum_cost` to identify inefficient modes consuming disproportionate GPU time\n5. **Review progress** — Call `quantum_review` for overall fleet performance summary\n\n## Key Concepts\n\n| Concept | Description |\n|---------|-------------|\n| Worker | A GPU process running btc_puzzle with `--worker` flag, connected to the API |\n| Mode | One of 23 weak key generation strategies (LCG, MT19937, SHA256-brain, etc.) |\n| Priority Weight | 0.0-10.0 float controlling work distribution per mode (0 = disabled) |\n| Work Unit | A keyspace range (mode + start_offset + end_offset) assigned to a worker |\n| Checkpoint | A verifiable sample point within a work unit for anti-cheat validation |\n| Canary | A honeypot target with a known private key, injected to detect cheating |\n\n## Mode Reference\n\n| Mode | Name | Keyspace | Strategy |\n|------|------|----------|----------|\n| 0 | random | Infinite | Strong random (cuRAND) |\n| 1 | time-lcg-glibc | ~63M | glibc LCG seeded by Unix timestamp |\n| 2 | time-lcg-msvc | ~63M | MSVC LCG seeded by Unix timestamp |\n| 3 | sha256-seq | 2^64 | SHA256(counter) |\n| 4 | sha256-time | ~63M | SHA256(timestamp) |\n| 5 | time-mt | ~63M | MT19937 seeded by timestamp |\n| 6 | low-bits | 2^64 | key = counter (small keys) |\n| 10 | openssl-pid | 65,536 | OpenSSL seeded by PID only |\n| 12 | java-lcg | ~63B | Java LCG with ms timestamps |\n| 13 | phone-sha256 | 10B | SHA256(phone_number) |\n| 17 | v8-mwc1616 | ~4T | V8 JavaScript MWC1616 (Randstorm) |\n| 20 | openssl-debian | 65,536 | Debian OpenSSL CVE-2008-0166 |\n| 21 | sha256-short-ascii | ~744B | SHA256(short strings, len 1-8) |\n\n## References\n\n- [modes.md](references\u002Fmodes.md)\n","# Fleet Management\n\nManage a distributed fleet of GPU workers (NVIDIA CUDA, Apple Metal, AMD HIP) performing Bitcoin private key search across 23 weak entropy modes.\n\n## Procedure\n\n1. **Assess fleet status** — Call `quantum_fleet` to get active\u002Foffline workers, total throughput, and modes needing attention\n2. **Check health** — Call `quantum_protect` for comprehensive health checks (worker connectivity, throughput, mode stalls)\n3. **Optimize priorities** — If modes need rebalancing, call `quantum_optimize` to auto-adjust priority weights\n4. **Monitor costs** — Call `quantum_cost` to identify inefficient modes consuming disproportionate GPU time\n5. **Review progress** — Call `quantum_review` for overall fleet performance summary\n\n## Key Concepts\n\n| Concept | Description |\n|---------|-------------|\n| Worker | A GPU process running btc_puzzle with `--worker` flag, connected to the API |\n| Mode | One of 23 weak key generation 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