Engineering difficult ideas into working systems.
Armanix brings deep experience in robotics, safety-critical systems, and new product development to technically ambitious problems—from intelligent physical systems to AI-enabled software.
CORE CAPABILITIES
Deep engineering for ambitious products.
From early technical investigation through architecture, implementation, integration, and validation, Armanix helps turn complex engineering problems into working systems.
01
New Product Development
Technical investigation, architecture, prototyping, implementation, integration, and validation—with a path from promising technology to a real product.
02
Robotics & Physical AI
Real-time control, sensing, manipulation, simulation, intelligent behavior, and the integration of modern AI with physical systems.
03
Safety-Critical Systems
Requirements, risk analysis, deterministic behavior, fault handling, testability, verification, and validation engineered into the system from the beginning.
WHAT WE’RE BUILDING
Ideas become clearer when you build them.
Armanix develops internal projects and pilot programs to explore emerging technologies, test product ideas, and turn engineering concepts into working systems.
ROBOTICS PLATFORM R&D
Infrastructure for intelligent physical systems.
Exploring reusable architectures that connect sensing, real-time control, simulation, and AI—while preserving the deterministic behavior and engineering discipline required by physical systems.
EARLY R&D · INCUBATED AT ARMANIX
ROBOTICS PLATFORM
VISUAL PLACEHOLDER
STEM PILOT
PHOTO PLACEHOLDER
STEM ROBOTICS & AI
Learning AI by building things that move.
A hands-on education pilot designed to introduce students to programming, sensors, robotics, and AI through physical projects. Students learn how software interacts with the real world by programming robots to sense, decide, and act.
EDUCATION PILOT · [ADD PROGRAM DETAILS WHEN READY]
SOURCERER
From a real problem to a working AI-enabled product.
Sourcerer is an experimental software product that turns a project description into structured material requirements and useful sourcing recommendations. It explores how thoughtful software architecture and AI can simplify a practical, everyday problem.
WORKING MVP · PRODUCT EXPERIMENT
SOURCERER
SCREENSHOT PLACEHOLDER
HOW ARMANIX WORKS
From ambiguity to a working system.
01
Understand
Define the problem, constraints, risks, and what success actually means.
02
Architect
Establish system boundaries, interfaces, technology choices, and a development strategy.
03
Build
Create working implementations that expose assumptions and test the important ideas early.
04
Validate
Measure performance, investigate failure modes, and determine what is required for the next stage.
ENGINEERING DEPTH
Built on fundamentals. Applied across domains.
Real-Time Systems
Timing, deterministic behavior, concurrency, and system-level performance.
Controls & Sensing
Control systems, sensing, estimation, actuation, and physical-system behavior.
Simulation
Simulation environments for development, integration, testing, and intelligent systems.
AI Integration
Applying modern AI where it creates leverage while maintaining clear system boundaries.
System Architecture
Interfaces, subsystem boundaries, failure behavior, and technology selection.
Verification & Validation
Requirements-driven testing, risk-based validation, and engineering evidence.
FOUNDER-LED ENGINEERING
Research depth. Product discipline.
Armanix is built on more than a decade of new product development in safety-critical robotics, combined with a deep academic and research background in robotics, controls, and intelligent systems.
Clients work directly with senior technical expertise—from understanding the problem and defining the architecture through implementation, integration, and validation.
FOUNDER / ENGINEERING
PHOTO PLACEHOLDER
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