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Projects
Our Projects
Building Foundational Technology
A selection of active projects spanning intelligence, energy, manufacturing, and autonomous systems. Detailed overviews are shared selectively.
Intelligent Infrastructure
Vortech Mesh
A distributed intelligence platform connecting machines, simulations, and AI into a unified, adaptive system for real-world operation.
Humanoid & Mechanical Platforms
Project ATLAS
A legacy-first humanoid mechanical platform built for prosthetics research, mobility systems, and real-world deployment.
Autonomous Aerial Systems
Vortech Skycrane
A modular heavy-lift aerial platform designed for precision payloads, autonomous missions, and advanced aerial applications.
Energy & Power Systems
VortechGen™
A catalytic hybrid generator platform focused on efficient power generation and real-world energy reliability.
Advanced Manufacturing & Materials
CO₂ Materials Platform
A manufacturing-first system converting industrial carbon streams into repeatable, sellable materials designed for integration into existing production environments.
Simulation & Intelligence Systems
Vortech Simulation Core
A simulation-first development platform used to train, validate, and refine intelligent machines before real-world deployment.
Humanoid & Mechanical Platforms
VORTEX ZERO
A humanoid research platform developed to explore human-scale mobility, mechanical intelligence, and simulation-driven system design.
Manufacturing Infrastructure
Additive Manufacturing Platforms
Industrial-grade 3D printing systems developed for structural components, rapid iteration, and distributed manufacturing workflows.
The Path Forward
Technology That Endures Starts Here
We design and develop systems built for long-term operation, disciplined execution, and real-world impact.
FAQ
We're here to help
Below are answers to the most important questions we receive from partners, investors, manufacturers, and collaborators.
Vortech is an engineering and intelligence platform focused on building distributed systems where AI, simulation, and real-world machines learn and operate together. We develop the infrastructure that connects design, training, and deployment into a single adaptive workflow.
Vortech Mesh is our core platform, a distributed coordination and knowledge layer that allows software agents, simulations, and physical devices to share learning, state, and decisions. It enables resilient operation even in low-connectivity or offline environments.
Vortech is designed for engineers, robotics teams, manufacturers, and organizations building complex physical systems. It also provides a long-term opportunity for investors interested in foundational infrastructure for intelligent machines.
We focus on practical, buildable designs. Our workflows emphasize manufacturability, cost awareness, and real-world constraints, integrating CAD, code-driven design, simulation, and AI-assisted review before anything reaches production.
AI at Vortech acts as an engineering assistant and coordinator, not a black box. Agents support mechanical design, simulation setup, review, and iteration, helping teams move faster while keeping engineers in control of decisions.
Most platforms focus on a single layer; software, hardware, or simulation. Vortech connects all of them. Our system treats learning, design, and deployment as one continuous loop rather than separate stages.
Vortech is built to start lightweight and scale gradually. Teams can begin with local tools and simulations, then expand to distributed systems, cloud resources, and larger deployments without rewriting their workflow.
Our vision is a future where intelligent machines collaborate through shared knowledge and adaptive coordination. Vortech aims to become the underlying intelligence layer that powers how machines are designed, trained, and deployed globally.