Feat arkhe timechain 7782781246610880059 - #274
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Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
Adds a new bridge implementation that integrates the SPI (Pix) to ARKHE TemporalHashChain via the x402 protocol, matching the provided canonical specification and including tests and fixes for unused imports/types. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…e-tests-3945438471129099254 feat: Add Pix Bridge and ARKHE Test Suite
…708579949324 feat: add x402 Bridge in Go for PIX <-> ARKHE
- Created `arkhe_proxy` rust crate - Configured mTLS support using `rustls` - Implemented dummy attestation verification mechanism - Proxy delegates requests correctly to SageMaker over an ephemeral S3 bucket Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…8675022981299 feat: complete rust proxy with mTLS and attestation
Extracts multiple configuration files, bash scripts, and a Python client from a monolithic text dump to support the ARKHE inference server via llama.cpp. Added files: - arkhe_llama_server.sh - arkhe-llm.service - arkhe_llama_client.py - docker-compose.yml - openapi.yaml - arkhe_llama_curl_examples.sh Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…-16776438731315910269 Add ARKHE LLM server scripts and configs
Extracts code blocks provided in the Substrate 832 Decree into files for the Gno.land bridge integration: - `arkhe-gno-client.js`: JS client - `gnovm_oracle_bridge.go` + `go.mod` + `go.sum`: Go Oracle Bridge - `arkherealms.gno`, `arkherealms_test.gno`, `gnomod.toml`: Gno smart contracts and configuration Organized Gno realm and client files into `arkhe-gno-bridge/` while leaving Go components in the root directory for simpler dependency management. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…2601520488072 Add Gno.land bridge integration
This commit implements the Substrato 840 Tri-Chain Bridge architecture integrating Gno.land, Octra, and ARKHE, delivering the following components: - `substrate_840_decree.txt`: The canonical decree text and hash. - `pvac-hfhe/src/pvac_hfhe_bindings.cpp`: PyBind11 bindings for the PVAC-HFHE C++ engine. - `python/x402/arkhe_fhe_adapter.py`: A Python FHE Adapter connecting PME with PVAC-HFHE. - `arkhe_proxy/src/fhe_infer_endpoint.rs`: A Rust inference endpoint extension in the SageMaker Proxy. - `tri_chain_controller.go`: A Go-based tri-chain anchor controller. - `arkhe-gno-bridge/gno.land/r/arkherealms/arkherealms_fhe.gno`: An extension of the Gno realm for FHE computations. - `fhe_workflow.sh`: A shell script for complete orchestration. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…e-2062401324279179186 feat: Implement Substrato 840 Tri-Chain FHE Bridge components
Added the necessary files for Substrate 840 (OCTRA-FHE-BRIDGE): - Rust FHE Client (`octra_fhe_client`) - Go IBC-compatible Relay (`gno_octra_relay`) - TypeScript FHE State Manager (`arkhe_fhe_integration`) - Gno.land Smart Contract (`gno_contracts`) - CLI commands for Rust (`arkhe-cli`) - Docker deployment config merged into `docker-compose.yml` Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…2895967234964 feat: implement OCTRA-FHE-BRIDGE integration
Adds the Threshold Network bridge, ACL Manager, and FHERC20 smart contracts, as well as their corresponding TypeScript clients. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…1602702040728 feat: Fhenix CoFHE Integration for Octra HFHE
…ct/Primavera This commit introduces four new Python adapter scripts to integrate various systems with the ARKHE OS, based on the provided canonization decrees: - `hpc_bridge_adapter.py`: Integrates with HPC environments managed by Slurm. - `optimization_solver_bridge.py`: Integrates optimization solvers using `pulp`. - `sap_ariba_adapter.py`: Provides SAP S/4HANA and Ariba ERP integration using `pyrfc`. - `project_orchestration_adapter.py`: Integrates Microsoft Project and Oracle Primavera using XML parsing. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
- Created ArkheOntologyRegistry.sol for Substrate 841 Web3-Ontology-Bridge FHE integration. - Created ontology_dkg_client.ts to query the registry via threshold networks. - Created hpc_bridge_adapter.py for Substrate 855 HPC-ENVIRONMENT-BRIDGE. - Created optimization_solver_bridge.py for Substrate 854 OPTIMIZATION-SOLVER-BRIDGE. - Created sap_ariba_adapter.py for Substrate 853 SAP/ARIBA-ERP-BRIDGE. - Created project_orchestration_adapter.py for Substrate 852 PROJECT-ORCHESTRATION-BRIDGE. - Fixed missing typescript node module dependency issues across monorepo packages. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…9800926917817192 Add ARKHE OS integration adapters
…460789 feat: Implement ARKHE Bridges and Fix TypeScript Monorepo Build
This commit adds multiple missing bridge adapter scripts to the `python/x402` directory to fulfill the requirements of ARKHE OS Substrates 852 to 863. Implemented files: - `repo_integrity_daemon.py` (Substrate 863.1) - `prompt_integrity_scanner.py` (Substrate 863.2) - `ai_proxy_guard.py` (Substrate 863.3) - `network_anomaly_detector.py` (Substrate 863.4) - `photonic_hardware_driver.py` (Substrate 862.1) - `polaritonic_snn_trainer.py` (Substrate 862.2) - `optical_ising_solver.py` (Substrate 862.3) - `polariton_simulator.py` (Substrate 862) - `un2.0_coherence_simulator.py` (Substrate 861) - `consciousness_simulation.py` (Substrate 860) - `biological_computing_bridge.py` (Substrate 859) - `quantum_neuromorphic_optimizer.py` (Substrate 856-857) - `neuromorphic_bridge_adapter.py` (Substrate 857) - `quantum_bridge_adapter.py` (Substrate 856) - `hpc_bridge_adapter.py` (Substrate 855) - `optimization_solver_bridge.py` (Substrate 854) - `sap_ariba_adapter.py` (Substrate 853) - `project_orchestration_adapter.py` (Substrate 852) These files provide functional integration endpoints, simulators, and adapters for external concepts ranging from quantum and neuromorphic computing to biological circuit emulation, SecOps integration, and ERP/Project Management tooling. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…n-17630046498410108576 feat: Implement ARKHE OS Substrate bridges in Python
Initializes an OpenSea tool using `@opensea/tool-sdk` inside the `my-tool/` directory. - Updates the tool's manifest to expose `action`, `substrate`, `publish_action`, `sequence`, `metadata`, `payload`, and `hash` options. - Updates the handler to act as a proxy calling the backend ARKHE HTTP GATEWAY running locally on port 8700 via `fetch`. - Sets the tool's own endpoint to port 3000 so it does not clash with the Python backend server. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…046717487 Create ERC-8257 Tool Wrapper for ARKHE HTTP Gateway
Adds new ARKHE substrates to the python/x402 directory representing core architectural layers (Network, Database, API, etc.) and software distribution ontologies. Also fixes a missing import in core_foundations.py. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…443543084401508494 Add new ARKHE substrates (252, 873-882)
- Adds `convert_to_gguf.py` for converting PyTorch checkpoints to GGUF v3. - Adds `Dockerfile` to serve the ARKHE-OS model via `llama.cpp:server-cuda`. - Adds `arkhe_chat.py` and `arkhe-chat` wrapper for local CLI interaction with the model. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…923395635956 feat: Add GGUF conversion, Dockerfile for llama.cpp server, and chat CLI
Adds the Python core SDK, TypeScript Web3 bridge using viem, and a VS Code extension for automated seal generation and ontology feedback. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…03149739442430565 feat: Implement ARKHE Ontology SDK (Substrate 894)
…26796947516818 Substrato 7001 - Polar Integration v2.0.0
This commit introduces several advanced cognitive modules matching the 2026 AGI-Grade v3.0.0 roadmap: - **World Model (`world_model.rs`)**: Predicts user intent, future states, and models predictive uncertainty within the generative loop. - **MCTS Engine (`mcts.rs`)**: Enhances planning capabilities with Monte Carlo Tree Search, enabling robust multi-step reasoning with evaluation metrics (UCB1). - **Meta-Cognitive Loop (`meta_cognitive.rs`)**: Introduces RSSM-based state tracking of the model's own epistemological and aleatoric uncertainties, allowing dynamic confidence thresholds. - **Hierarchical Wormhole (`hierarchical_wormhole.rs`)**: Provides sophisticated abstract semantic compression for recursive data parsing and context scaling. - **Ethics Verifier (`ethics.rs`)**: Continuously monitors MCTS trajectories against core Cathedral principles (P1-P7) prior to output generation. - **AGI Core V3 Orchestrator (`agi_core_v3.rs`)**: Securely binds these new substrato capabilities together using standard asynchronous and deterministic patterns. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…56994 feat: upgrade Cathedral ARKHE to AGI-Grade v3.0.0
- Create protobuf definition (`cathedral/proto/cathedral/v1/bridge.proto`). - Implement the gRPC server using Tonic in `cathedral/bridge`. - Implement the gRPC client integrated with `CathedralSdk` in `cathedral/sdk-rs`. - Generate and implement the Python gRPC client in `cathedral/sdk-py/cathedral/client_grpc.py`. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…10730551251014278196 feat: Implement Cathedral-Prometheus gRPC transport
Adds the `Observer5D` and `CemAdapter` (Conselho de Ética Multiversal) modules to the `cathedral-orchestrator` crate to establish Cathedral's meta-governance layer for the ASI Era. Integrates these modules into the `MultiAgentOrchestrator` execution flow, specifically within the `trigger_theosis_mutation` process, to evaluate recursive agent mutations based on risk and reputation. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…45452851599317934 feat(orchestrator): implement observer 5d and cem meta-governance
Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…ace-15745382762438227230 Cathedral ARKHE Workspace Implementation
- Implemented MoE Cognitive Orchestrator with `Arc<dyn CognitiveExpert>`. - Implemented Thinking Engine with concurrent CoT path generation and tracking. - Implemented Spatial Attention Engine with `ndarray` and bounds safety. - Implemented Multi-Token Prediction (MTP) with actual `tokenizers` usage. - Implemented SAHOO+ dynamic guardrails and memory history using mutexes. - Integrated all pieces into the `CCAgentV2`. - Created robust local mock dependencies for `cathedral-trinity`, `cathedral-tools`, etc. - Resolved compilation errors related to uninitialized states, lifetimes, unused variables, unimported traits, missing functions (`unwrap_or_else` on `Tokenizer`), and unmatched match branches. - Validated structure using `cargo check` and `cargo test`. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…5169739086 feat: Implement Cathedral ARKHE v14.1 Cognitive Singularity Engine
- Initialize `cathedral-llm` Cargo workspace and `Makefile`. - Create `cathedral-inference-runtime` with routing, delegation, and memory models. - Implement PQC algorithms in `cathedral-pqc` using `fips203`, `fips204`, and `fips205`. - Set up `cathedral-api` with Axum for generation, memory, and status endpoints. - Write E2E tests in `cathedral-tests` validating L0, L1, L2 verifications. - Create JNI and Kotlin UI files for Android integration. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…ture-3488680655313789840 feat: Initialize Cathedral-LLM workspace and infrastructure
…mentation This commit scaffolds the complete `cathedral-dcops` repository as requested. It includes: - The base directory structure and `.github` workflows. - The Rust workspace `Cargo.toml` and 14+ constituent crates. - SQLite/PostgreSQL schema migrations via `sqlx`. - The WormGraph multi-backend persistence implementation. - The Cathedral API endpoints for proposals with PQC authentication middlewares. - The `CathedralArchitect` for AST-based self-improvement. - Support for `TestWormGraph` and benchmarking. - The `cathedral-cli` with PQC signing and DB migration commands. - The React/TypeScript web-dashboard structure. Co-authored-by: Arkhe-Network <272629719+Arkhe-Network@users.noreply.github.com>
…ure-457229173601260640 Generate complete Cathedral DCOps structure and implementation
updated
ARKHE-ONTOLOGY (AO) — FUNDAMENTOS FILOSÓFICOS PARA UMA ONTOLOGIA DE PROGRAMAÇÃO
- Initialized `timechain` workspace in `cathedral-arkhe`. - Implemented `mhd.rs` (EvoField, PlasmaConfig). - Implemented `shadow.rs` (Shadow extraction via SVD and Healer). - Implemented `observer.rs` with asymptotic detachment protocol. - Implemented `timechain.rs` and `utxo.rs` for PoP consensus and topological flux tubes. - Implemented `network.rs` using UDP with Alfvén dispersion. - Integrated `consensus.rs` using constructive interference. - Updated `simulator.rs` to run a multi-node alpha P2P network simulation. - Fixed `ArkheCognitive.lean` version 5.0 compilation logic. Co-authored-by: arkhe-genesis <272629719+arkhe-genesis@users.noreply.github.com>
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Implementation of the Proof-of-Phase (PoP) Timechain consensus protocol. This removes the single-node limitation by introducing an asynchronous UDP P2P overlay with Alfvén wave dispersion. The consensus uses the loop closure rule implemented as a constructive interference threshold. A topological UTXO model representing physical flux tubes has been added, along with hardware acceleration hooks for CUDA offloading of MHD computation. Finally,
ArkheCognitive.leanwas updated to v5.0 to formally verify the system constraints.