A

AGPL3

Civic is an AI-powered hyperlocal community platform that connects residents, businesses, and local organizations within individual town-based instances. It combines mini blogs, rich media posting, a local business directory, events, and intelligent AI assistance into one unified system. Designed as a modern digital civic space, Civic enables people to discover what’s happening nearby, share meaningful updates, and build stronger, more trusted local communities.

Nexora is an AI-driven enterprise endpoint governance and security intelligence platform that monitors software usage across organizational devices, applies deterministic policy-based risk classification, and transforms raw system activity into structured, auditable insights. It combines endpoint telemetry, policy enforcement, and explain-only AI analysis to give organizations real-time visibility into application behavior, improve compliance, and identify potential security risks without allowing AI to directly control enforcement decisions.

The Distributed Economic Governance System is an open-source AGPL 3.0+ modular AI platform designed to analyze, simulate, and make transparent the structure, risk, and accountability of economic and organizational systems. It models business operations, liability exposure, ownership structures, and systemic dependencies to help identify fragility, improve transparency, and support transitions toward more accountable and resilient forms of enterprise through simulation-based reasoning rather than assumption.

Arq is a machine intelligence system for understanding, modeling, and evolving software architecture as a living, dynamic graph. It analyzes codebases as structured systems of modules, dependencies, and behaviors, then simulates how they change over time under real-world constraints. The goal is to make software architecture measurable, explainable, and continuously evolvable.

TrustTip is a cross-platform, audit-grade tipping and attribution system that links every digital tip to its exact source content, reason, and structured financial record. It transforms informal online support into verifiable, exportable, and compliance-ready data for creators, supporters, and platforms, enabling transparent tracking of digital value across the internet.

Nexa: Continuity Engine is a generational wealth operating system designed to structure, simulate, and govern long-term financial systems through programmable trust logic, multi-trust networks, and lifecycle-aware rules. It enables deterministic modeling of inheritance, asset growth, and governance across decades, transforming traditional estate planning into a structured, time-aware computational framework.

Feedback Living Model (FLM) is a systemic intelligence framework that models markets and economies as evolving feedback organisms. It maps capital flows, structural dependencies, narratives, and behavioral agents into a unified simulation system to analyze how feedback loops generate cycles of expansion, instability, and collapse. Instead of forecasting outcomes, FLM explores how interconnected systems evolve under stress, revealing structural fragility and emergent market behavior.

OntologyRuntime is a semantic runtime system that converts natural language intent into structured, validated, and execution-ready ontologies. It enables users to describe tasks in plain language while automatically generating machine-readable structures for configuration, automation, and AI-driven execution.

A free/libre open source simple dice game (under development)

NextEquity is an open-source, AI-driven business simulation where players design, manage, and evolve companies inside a competitive market ecosystem shaped by automation, innovation, and workforce dynamics. The goal is to build profitable enterprises that remain resilient under pressure while ensuring that growth leads to shared prosperity rather than displacement. Through modular systems and emergent AI behavior, the simulation explores whether ethical, profit-sharing business models can outperform extractive ones and ultimately create an age of abundance for all.

Cognitive Orchestration Stack (COS) is an open-source, modular AI infrastructure framework designed to improve efficiency and reduce compute waste by separating reasoning from generation. Instead of relying on monolithic language model calls, COS introduces structured modules for intent understanding, semantic processing, adaptive routing, memory, and synthesis, all governed by strict schema validation through the Spec Hygiene system. The result is a system that prioritizes structured thinking, reuse of reasoning, and intelligent model selection to enable more scalable and transparent AI systems.

Atlas Privacy Layer is an open-source geospatial privacy framework that enables programmable control over how satellite and map imagery is rendered, transformed, and protected at the tile level. It provides a modular pipeline for applying masking, scrambling, synthetic terrain replacement, and AI-assisted object detection to sensitive regions defined by user-controlled geofenced boundaries. Designed for self-hosted deployments under the AGPL-3.0+ license, Atlas acts as a privacy-aware intermediary between raw Earth data and mapping applications, giving developers fine-grained control over what is visible in spatial imagery systems.

HotSide Collective is an open-source thermal infrastructure standard that enables safe recovery of waste heat from liquid-cooled compute systems and redirects it into usable hydronic energy for buildings, campuses, and district heating networks. It defines a modular, vendor-neutral framework spanning mechanical design, control systems, and integration protocols to transform data centers into active participants in local energy ecosystems.

IntentGraph is an open-source AI-powered privacy intelligence system that detects cookies, trackers, and hidden data-sharing behavior across the web, then maps their origin, intent, and relationships in real time. Instead of simply blocking tracking, it translates complex network activity into clear, explainable insights so users can understand what data is being collected, why it is happening, and how it flows between services.

Road Systems Watch is an open-source civic infrastructure platform that maps and tracks road construction activity across cities, counties, and states. It combines citizen reporting, public project data, contracting records, and AI-driven analysis to create a living record of how roads are built, funded, and repeatedly repaired over time. The system provides transparent, structured insights into infrastructure activity, including project history, funding sources, and contractor involvement when available.

CommonsHome is an open-source, AI-powered platform for home staging, real estate marketing, and spatial intelligence. Using computer vision, generative AI, and modular analytics systems, CommonsHome helps transform property photos into optimized, market-ready listings through automated staging, layout design, photography guidance, and performance-driven listing intelligence.

LatticeOS is a modular, human-in-the-loop operating system for governed multi-agent AI orchestration, designed to provide structured execution, deterministic workflows, and full auditability. Built around event-sourced transparency and explicit governance controls, LatticeOS enables intelligent systems where every agent action becomes structured, traceable history while keeping humans in control of all critical decision-making.

Adaptive Materials Engine (AME) is an open-source engineering intelligence system that helps designers, engineers, and makers replace plastic components with locally sourced, economically viable, and mechanically equivalent or superior materials. When direct substitution is not possible, AME automatically redesigns the system to eliminate plastic dependency while optimizing for cost, performance, and sustainability.

OpenChrona is an open-source AI-powered horology platform designed to explore, simulate, and build every major form of timekeeping technology across history. From ancient sundials and water clocks to mechanical escapements, quartz systems, digital displays, and atomic synchronization, it provides a unified environment for learning, designing, and visualizing clocks. Combining modular engineering tools, interactive physics simulation, and AI-assisted guidance, OpenChrona makes the science and art of timekeeping accessible, explorable, and reproducible for everyone.

PhotonForge is a modular open-source framework for array-level control of optical emitter systems, designed to treat light as a programmable, coordinated field rather than isolated emitters. It provides tools for simulation, scheduling, real-time execution, feedback control, calibration, and distributed coordination across optical arrays such as VCSELs, laser diodes, and LED matrices. Built with a strong emphasis on modularity and hardware abstraction, PhotonForge enables research and development of next-generation structured light systems from simulation through to real-world deployment.