Intégration Native d'IA dans un OS Européen OSS/Open-Core

Abstract EN
This document, produced with the assistance of ChatGPT o3 and GPT-5 Thinking, is released under the Apache 2.0 license. It is a voluntary defensive publication (prior art) and therefore enters the prior art upon release under the applicable patent statutes: EPC Art. 54(2) (European Patent Convention), French IPC/CPI Art. L 611-11 (French Intellectual Property Code), 35 U.S.C. §102(a) (United States Patent Act), Chinese Patent Law Art. 22(5) (中华人民共和国专利法), and Japanese Patent Act Art. 29(1) (特許法). It discloses an end-to-end blueprint for native AI in operating systems, covering kernel/userland architecture, energy-aware scheduling, model supply-chain integrity, privacy-by-design dataflows, TEE-secured RAG, multimodal pipelines (ASR/TTS/vision), governance and compliance, hardware/thermal enablers, QA/bench frameworks, and dev-tooling. Each contribution is enabling (design, parameters, QA/validation), classified with IPC/CPC, and suitable for OSS/open-core contexts and EU regulatory environments. Timestamp proofs (RFC 3161 / FreeTSA) and cryptographic digests are provided to secure provenance and priority.

Résumé FR
Ce document, produit avec l’assistance de ChatGPT o3 et GPT-5 Thinking, est diffusé sous licence Apache 2.0. Il constitue une publication défensive volontaire (antériorité) et entre, dès sa diffusion publique, dans l’art antérieur au titre des régimes suivants : CBE art. 54(2), CPI art. L 611-11, 35 U.S.C. §102(a), Loi chinoise sur les brevets art. 22(5) (中华人民共和国专利法), et Loi japonaise sur les brevets art. 29(1) (特許法). Il décrit une intégration d’IA native dans l’OS, incluant architecture noyau/espace utilisateur, ordonnancement frugal en énergie, intégrité de la chaîne d’approvisionnement des modèles, flux de données « privacy-by-design », RAG sécurisé en TEE, pipelines multimodaux (ASR/TTS/vision), conformité/gouvernance, dispositifs matériels/thermiques, cadres QA/benchmarks et outillage développeur. Chaque proposition est enabling (conception, paramètres, QA/validation), classée IPC/CPC et compatible OSS/open-core et cadres réglementaires UE. Des preuves d’horodatage (RFC 3161 / FreeTSA) et de hachage cryptographique assurent la traçabilité.

Timestamp: 2025-09-20T09:26:36Z
SHA-256: 6fce8b89be22263f1a7dc709c5e4a30f5f56643586011037a4a7a30a00a59bd7

Liste des innovations & classification (IPC ; CPC)

1. DVFS scheduler + paged KV — G06F 1/32 ; G06F 1/3296

2. Quantized shared KV-cache — G06F 12/0893 ; G06F 12/0891

3. Kernel DLP with LSM/eBPF — G06F 21/55 ; G06F 21/57

4. Cost-aware EP selection — G06F 9/50 ; G06F 9/5093

5. Attested tensor delta format — G06F 8/65 ; G06F 8/77

6. Extended AI SBOM (SPDX) — G06F 21/64 ; G06F 21/628

7. Encrypted OS-native vector store — G06F 21/62 ; G06F 21/6284

8. Inline PII privacy filter — G06F 21/62 ; G06F 21/63

9. Modular AI guardrails — G06N 20/00 ; G06F 21/57

10. PII-aware request router — G06F 21/62 ; G06F 9/54

11. TEE-based RAG pipeline — G06F 21/78 ; G06F 21/75

12. Joules-per-token metric — G01R 21/06 ; G06F 11/36

13. Multi-ring AI sandbox — G06F 21/57 ; G06F 21/56

14. Read-only model sharing — G06F 12/02 ; G06F 12/02

15. Lazy layer loading — G06F 12/0875 ; G06F 12/0873

16. Offline ASR/TTS pipeline — G10L 25/03 ; G10L 25/84

17. Edge vision OCR — G06T 7/246 ; G06V 10/764

18. Secure dev copilot — G06F 11/36 ; G06F 8/65

19. Auto-tuning EP profiler — G06F 11/36 ; G06F 9/5096

20. User-controlled AI logs — G06F 21/62 ; G06F 21/63

21. Adversarial CI suite — G06F 11/36 ; G06F 8/72

22. OS AI API (D-Bus/gRPC) — G06F 13/42 ; G06F 21/57

23. Child/ethics mode — G06F 21/62 ; G06F 21/63

24. Graceful fallbacks — G06F 11/14 ; G06F 11/30

25. Portable AI profile export — G06F 17/30 ; G06F 16/24576

26. In-toto for models — G06F 21/57 ; G06F 21/57

27. Lightweight text watermark — G06F 21/64 ; G06F 21/63

28. UI-first QoS scheduler — G06F 9/50 ; G06F 9/5098

29. Selective indexing — G06F 21/62 ; G06F 21/63

30. VRAM delta hot-update — G06F 8/65 ; G06F 8/80

31. Standard energy test plan — G06F 11/36 ; G06F 11/369

32. Multi-model task router — G06N 3/08 ; G06N 3/08

33. System actions dry-run — G06F 11/36 ; G06F 21/57

34. Thermal-aware profiling — H05K 7/20 ; G06F 1/3293

35. AI call quotas — G06F 21/55 ; G06F 21/57

36. In-kernel PII redaction — G06F 21/62 ; G06F 21/63

37. TEE on-load weight decrypt — G06F 21/78 ; G06F 21/75

38. Attested LoRA deltas — G06F 8/65 ; G06F 8/80

39. LLM VRAM partitioner — G06F 12/02 ; G06F 12/0843

40. Shadow-token safety gate — G06N 20/00 ; G06F 21/57

41. Token-bound preemption — G06F 9/50 ; G06F 9/5098

42. CPU/NPU op partitioning — G06F 9/455 ; G06F 9/5096

43. EWS-guided model prefetch — G06F 12/087 ; G06F 12/0873

44. DP federated telemetry — G06F 21/62 ; G06F 16/24576

45. Prompt provenance chain — G06F 21/64 ; G06F 21/64

46. Capability-scoped WASM tools — G06F 21/57 ; G06F 13/42

47. Auto seccomp profiler — G06F 21/57 ; G06F 21/56

48. Geo-regulatory gating — G06F 21/62 ; G06F 21/63

49. VRAM defragmentation — G06F 12/02 ; G06F 12/084

50. Model notarization — G06F 21/64 ; G06F 21/57

51. OCI model packaging — G06F 8/65 ; G06F 8/70

52. Energy-aware retriever — G06F 16/23 ; G06F 16/2484

53. Minimal Bloom index — G06F 17/30 ; G06F 16/24582

54. Local synthetic data — G06N 3/08 ; G06N 3/08

55. Anti-jitter streaming ASR — G10L 25/18 ; G10L 25/84

56. Adaptive few-shot OCR — G06V 40/16 ; G06V 40/16

57. Typed intent contracts — G06F 8/481 ; G06F 8/4818

58. Safe KV write-ahead log — G06F 11/14 ; G06F 11/3037

59. Attested P2P deltas — H04L 67/10 ; H04L 67/10

60. M.2 “SE-Model” module — G06F 21/79 ; G06F 21/76

61. Hardware J/token probe — G01R 21/06 ; G01R 21/06

62. EMI-shielded AI enclosure — H05K 9/00 ; H05K 9/00

63. “LLM-duty” TIM — C09K 5/14 ; C09K 5/14

64. NPU/EP QA jig — G01R 31/28 ; G06F 11/36

65. “Bench-in-a-box” kit — G06F 11/36 ; G06F 11/369

66. EM imaging anti-leak — G06V 20/56 ; G01R 31/50

67. Closed-loop energy control — G05B 13/02 ; G06F 1/3293

68. LAN model cache — H04L 67/10 ; H04L 67/10

69. Notarized install key — G06F 21/79 ; G06F 21/57

70. NFC privacy-state tag — G06K 19/07 ; G06K 7/10

71. E-ink AI activity indicator — G02F 1/133 ; G09G 5/02

72. Standard FL capsule — G06N 3/08 ; G06F 9/455

73. WASI-LLM ABI — G06F 9/44 ; G06F 9/455

74. Calibration-as-a-Service — G06F 11/36 ; G06Q 10/063

75. FEC-sharded model depot — H04L 1/00 ; H04L 67/10

76. Thermal airflow vision — G01J 5/06 ; G06V 20/56

77. Capacitive presence sensor — G06F 3/033 ; G06F 3/041

78. Attested shipping seal — G06F 21/64 ; G06K 19/07

79. “Model safe” rack — H05K 7/14 ; G06F 21/78

80. Context budget allocator — G06F 9/50 ; G06F 9/5098

81. Semantic eco truncation — G06N 20/00 ; G06F 11/36

82. Verified speculative decoding — G06N 3/08 ; G06N 3/08

83. Hot adaptive quantization — G06F 11/36 ; G06F 9/5096

84. Migrating NUMA-aware KV — G06F 12/0893 ; G06F 13/35

85. Per-app embedding vault — G06F 21/62 ; G06F 21/6284

86. DMA-BUF privacy path — G06F 21/62 ; G06T 7/20

87. TEE wake-word detector — G10L 15/26 ; G06F 21/78

88. Time-scoped capabilities — G06F 21/57 ; G06F 21/55

89. Tensor-level LSM labels — G06F 21/57 ; G06F 21/56

90. On-device A/B for models — G06F 11/36 ; G06F 16/635

91. EP calibration registry — G06F 11/36 ; G06F 9/5096

92. Consent dataflow DSL — G06F 21/62 ; G06F 8/35

93. OS-side GPU preemption — G06F 3/0481 ; G06F 9/505

94. Isolated RAG compute — G06F 9/50 ; G06F 11/30

95. Local watermark detection — G06F 21/64 ; G06T 1/00

96. Forward-secure sync — H04L 9/08 ; G06F 21/62

97. Battery-aware prompt shaping — G06N 20/00 ; G06F 11/36

98. Adaptive two-pass ASR — G10L 25/18 ; G10L 25/84

99. Private DP voice clone — G10L 13/02 ; G10L 25/90

100. Predictive EP health — G06F 11/36 ; G06F 9/5096

101. Hygienic AI crash-dumps — G06F 11/00 ; G06F 11/36

102. eBPF token accounting — G06F 21/55 ; G06F 3/0481

103. Thermal DMA governor — G06F 1/3293 ; H05K 7/20

104. Dataset lineage registry — G06F 17/30 ; G06F 16/635

105. Attested uninstall — G06F 21/57 ; G06F 21/64

Keywords
dvfs, paged-attention, kv-cache, quantization, ebpf, differential-privacy, guardrails, onnx-runtime, execution-provider, cosign, merkle, sbom, slsa, hnsw, tee, attestation, rapl, sandbox, selinux, openvino, asr, tts, ocr, auto-tuning, pareto, transparency, watermark, qos, failover, data-act, in-toto, bandit, dry-run, throttling, rate-limit, kernel-redaction, sealed-keys, hot-swap, vram-allocator, token-veto, preemption, graph-partition, dma-buf, ews, federated-telemetry, hash-chain, wasm-sandbox, seccomp-profiler, geofencing, vram-defrag, transparency-log, oci-model, ttl-retrieval, bloom-filter, synthetic-data, ctc-streaming, few-shot-ocr, intent-contracts, wal-recovery, p2p-delta, secure-element, power-sensing, emi-shielding, thermal-interface, qa-jig, diagnostic-kit, em-imaging, control-loop, lan-cache, secure-usb, nfc-privacy, e-ink-indicator, federated-capsule, wasi-llm, calibration-service, fec-sharding, thermal-vision, presence-sensor, tamper-evident, model-safe, context-budget, early-exit, speculative-decoding, dynamic-quant, numa-placement, embedding-vault, dmabuf-privacy, wakeword-tee, capability-tokens, tensor-labels, ab-testing, ep-registry, consent-dsl, gpu-preemption, rag-isolation, watermark-detection, crdt-sync, battery-prompt, two-pass-asr, private-tts, ep-health, sanitized-minidump, ebpf-accounting, dma-governor, dataset-lineage, secure-uninstall.