Gain critical insight into one of today’s fastest-evolving security challenges.
This LMS-based e-learning solution delivers expertly curated, structured knowledge covering the technological, security, and societal aspects of 3D-printed weapons.
Designed for flexibility and operational relevance, the program offers a comprehensive modular learning experience tailored to the needs of law enforcement and security professionals. Participants engage with a combination of written materials, visual content, video-based instruction, and interactive learning elements that support both understanding and long-term knowledge retention.
Built within an intuitive LMS environment, the system guides users through a clear and engaging learning pathway, ensuring consistent and scalable knowledge transfer across organizations. The curriculum equips personnel with the practical expertise needed to recognize, understand, and respond to emerging threats associated with additive manufacturing and illicit weaponization.
By strengthening institutional readiness and standardizing critical knowledge, the training provides organizations with a valuable capability to enhance awareness, improve operational effectiveness, and proactively address evolving security risks.
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.
ARGUS is a graph-based analytical platform for exploring the online networks connected to 3D-printed weapons and related communities.
By processing large-scale datasets of designs, creators, releases, and communication channels, it reveals relationships, behavioral patterns, and dissemination pathways across the broader ecosystem.
Equip your organization with the tools and knowledge needed to address emerging security challenges and strengthen preparedness across all levels.
