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This commit introduces the new Nexus module, which uses `langgraph` to create a stateful, graph-based service orchestration system. The Nexus module includes: - A `NexusState` TypedDict to define the shared state of the graph. - A `nexus_graph` that defines the computational graph with nodes and edges. - A `NexusService` to encapsulate the graph and provide a simple interface for running it. - A new `nexus` command in the CLI to interact with the Nexus graph.
This commit introduces the `gerar_relatorio` command, which generates the final report for the Aletheia Mission, a scientific paper titled 'O Sismógrafo da Psique'. This includes: - A new `gerar_relatorio` command in the CLI. - A `PsycheSeismograph` class to generate the paper's content. - A test for the new command.
This commit introduces the initial implementation of the Aurum Grid, a new infrastructure based on the Triple-Equivalence Theorem of 6G, AGI, and the Aurum Grid itself. This includes: - A new `aurum` module with constants, data structures, and core logic. - The Aletheia Protocol as an Ω-regulator. - Risk mitigation protocols: Icarus Protocol and Lótus Burn. - A new `aurum` command in the CLI to interact with the grid. - Tests for the new functionality.
This commit adds a new set of documents that provide an interpretation of the Aurum Grid sync log, using the concepts and visual language from the 'How to Read the Score' guide. This includes: - An analysis of the 'How to Read the Score' guide. - A re-interpretation of the Aurum Grid sync log. - A 'continuous score sheet' template. - A score sheet for the provided sync log.
This commit introduces a new service for interacting with the Morph network, as well as a new CLI command to expose this functionality to the user. This includes: - A new `MorphService` in `src/talos/services/morph.py`. - A new `morph` command in the CLI with a `get-block-number` subcommand. - Tests for the new functionality.
This commit introduces a privacy-preserving data pipeline based on the provided architecture. It uses a variety of decentralized technologies to create a secure and private data pipeline. This includes: - A new `docker-compose.privacy.yml` file. - The necessary configuration files for the different components. - A script to automate the privacy checklist. - A new `privacy` command in the CLI to run the privacy checklist. - Tests for the new functionality.
This commit introduces the UniaoLives platform, a privacy-first, Tor-only streaming platform. This includes: - A new `docker-compose.uniaolives.yml` file. - The necessary configuration files for the different components. - A React PWA for the frontend. - A reward engine for the TimeChain rewards. - A script to automate the deployment. - A new `uniaolives` command in the CLI to deploy the platform. - Tests for the new functionality.
This commit introduces a new system for anchoring CSV data to Bitcoin and minting TimeChain tokens as a reward. This includes: - A new `anchor` module with a `processor` for handling the anchoring and reward logic, and a `decoder` for creating human-readable output. - A new `anchor` command in the CLI with a `csv` subcommand. - Tests for the new functionality.
This commit introduces a complete, air-gapped environment for running a FROST (3-of-5) Proof-of-Concept. It includes a minimal Docker image with all necessary dependencies, a Makefile to orchestrate the entire workflow, and a series of bash scripts to handle share generation, PSBT creation, signing, and verification. This setup provides a reproducible and auditable environment for testing and validating the FROST implementation, ensuring security and isolation from the network.
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feat: Add FROST PoC in a Dockerized environment This commit introduces a complete, air-gapped environment for running a FROST (3-of-5) Proof-of-Concept. It includes a minimal Docker image with all necessary dependencies, a Makefile to orchestrate the entire workflow, and a series of bash scripts to handle share generation, PSBT creation, signing, and verification. This setup provides a reproducible and auditable environment for testing and validating the FROST implementation, ensuring security and isolation from the network. |
This commit adds a number of improvements to the FROST network scanner to make it more robust and production-ready. This includes: - Error handling and retries with exponential back-off. - Externalized configuration to a `config.yaml` file. - Rate limiting to prevent network flooding. - A Dockerfile and a Helm chart for easy deployment. - Integration tests with a mocked network layer. - Documentation in a `README.md` file. - An OpenAPI specification in a `swagger.yaml` file. - A security audit.
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love for science is our soul screaming as strong as it can until hear its own echo.