A collection of nodes for improve Node-RED dependability by enabling self-healing capabilities.

Explore a new way to craft A.I. solutions using a modern approach to machine reasoning.

FREEZED!! Moved to https://gitlab.com/fernando.hackbart/biosphere

A universal, self-evolving build orchestration engine and compiler platform that lowers workloads to zero-allocation topological graphs (Aero-Calculus) using linear logic, spectral graph partitioning, and append-only spacetime ledgers.

Autonomic computing prototype. Currently a work in progress. The research was first captured in my master's thesis

An Autonomic System to Support Elastic Parallel Preference Queries on Multi-Core Architectures

Header-only library to implement feedback loops with Lua in C

A Template for SDCI Project, more @ -->

Self-tuning scheduler for streaming data workflows on heterogeneous clusters. Combines HEFT-LC, data-locality scheduling, Q-learning, and a MAPE-K autonomic controller.

Meta-Computing Architecture for adaptive optimization of AI workloads in distributed systems using runtime monitoring, feedback-driven control, and dynamic resource management.

An Autonomic Digital Twin (DT) framework for IoT cooling systems. Implements a closed-loop control system using Signal Temporal Logic (STL) to monitor formal behavior and orchestrate self-healing actions. Features real-time telemetry reflection via MQTT (HiveMQ) and a Master Replica dashboard in Node-RED.

A general-purpose Autonomic Limits Compiler (CDF v2-UL) mathematically guaranteeing that physical, biological, and cognitive states never breach safety limits. Includes three interactive simulation prototypes demonstrating graceful degradation in Robotics, AI Cognition, and Astrobiology.

Mirror of Apache Spark aiming at improving its elasticity and autonomicity.

A Dynamic Drive-Evaluation-Function (DEF) cybernetic framework for autonomous systems control, homeostatic optimization, and bio-inspired resource allocation.