We map the architecture and proliferation of 3D-printed weapons across digital and physical ecosystems. Using forensic technologies, immersive training systems, and advanced analytics, we turn complexity into clarity and intelligence into capability.
Manufacturer
& Consulting
Software
With over a decade of experience in security and defence-related fields, we specialise in emerging threats linked to additive manufacturing, with a particular focus on 3D-printed firearms and improvised weapon systems.
Through continuous research and hands-on expertise, we remain closely aligned with the latest developments and evolving trends within the 3D-printed weapons landscape.
We work closely with law enforcement agencies, security organisations, training providers, and industry partners, with a strong emphasis on discretion, craftsmanship, and real-world relevance.
Our mission is to support organisations in understanding and responding to the growing challenges posed by additive manufacturing and emerging weapon technologies.
Our work is centred on the intersection of intelligence, advanced technology, and operationally relevant security research.
As 3D-printed and improvised weapon systems continue to evolve, traditional detection, training, and intelligence capabilities often struggle to keep pace.
Through research-driven methods, technical expertise, and real-world operational understanding, we bridge the gap between digital intelligence and physical threat analysis.
Enhancing global security through innovative technology: equipping law enforcement and security agencies with tools to meet the challenges posed by weapons created through additive manufacturing.
Specialized Domain
Partner Reach
Active Program
We develop solutions that identify emerging threats, provide in-depth analysis, and generate actionable insights. Our work advances digital forensics by introducing new methods for analyzing physical and digital evidence, while our training programs equip professionals with the skills needed to respond to these evolving risks.
Through continuous research and a comprehensive knowledge base, we track and document developments in this rapidly changing threat landscape.
Establish regional and international centres of excellence for research, training, and operational capability development.
Strengthen detection, screening, and forensic response capabilities through practical, operationally focused solutions.
Advance European-based production and development through locally sourced materials, specialised expertise, and skilled craftsmanship.
Support alignment with international security priorities, evolving threats, and modern operational standards.
Modular Learning Environment
Online Curriculum
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.
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.
Immersive training programs for law enforcement, analysts, and security professionals, providing practical and up-to-date expertise for all experience levels to address emerging security challenges related to additive manufacturing.
Unique, interactive physical aids offering both theoretical and practical insights into security threats, supporting skill development focused on identifying risks related to 3D-printed illicit items.
Active intelligence and threat analysis using open-source data, delivering timely and actionable insights that support effective decision-making and rapid responses to emerging threats for stakeholders, decision-makers, and security services.
Advancing digital forensic tools to enhance the identification, tracing, and analysis of digital and physical footprints associated with 3D-printed weapons — equipping professionals to counter illicit additive manufacturing networks.
Dedicated expertise in the detection, analysis, and replication of 3D-printed weapons and components — built through years of focused research in a rapidly evolving and complex domain.
Laboratory-tested and operationally deployable solutions. Each product in our portfolio has been developed against real-world threat data and validated in partnership with institutional stakeholders.
Supporting everything from basic awareness to advanced forensic investigation. Our modular capability stack allows partners to engage at any level and scale upward as operational requirements evolve.
Equip your organization with the tools and knowledge needed to address emerging security challenges and strengthen preparedness across all levels.