ARGUS is an advanced analytical platform designed to map and interpret the online ecosystem surrounding 3D-printed weapons and the communities connected to them. By processing large volumes of publicly available data – such as shared files, user activity, communication channels, and related content. The system reveals patterns, relationships, and structures that would otherwise remain hidden.
Through intuitive, graph-based visualization, ARGUS enables users to clearly understand how designs and information flows are interconnected across the digital landscape. This provides a structured and actionable overview of how content spreads, evolves, and clusters within online environments.
Built specifically for law enforcement and security organizations, ARGUS delivers critical insight for those seeking to understand the networks, behavioral patterns, and proliferation pathways associated with 3D-printed weapons. It supports analysts and decision-makers in identifying trends, enhancing situational awareness, and strengthening their ability to respond to emerging threats.
ALBA is a modular online learning platform designed to deliver scalable and repeatable training on digital manufacturing and 3D-printed weapon threats.
Through structured awareness and recognition modules, users build foundational knowledge, learn to identify components and design families, and develop a deeper understanding of the broader ecosystem surrounding 3D-printed firearms.
Additive Threat Library & Archive Solutions
ATLAS provides high-fidelity inert demonstration models and replicas developed to support training, identification, and forensic analysis related to 3D-printed weapons.
These physical models enable professionals to improve recognition capabilities, strengthen technical understanding, and conduct safe, hands-on demonstrations using a versatile range of training assets.
Object Recognition Based Identification System
ORBIS brings AI-assisted, image-based identification to both frontline operators and forensic specialists.
It recognizes 3D-printed components from edge- or mobile device images and links physical parts to known models, design families, and accompanying information.
Equip your organization with the tools and knowledge needed to address emerging security challenges and strengthen preparedness across all levels.
