BALİSTİKA® 4.0 transforms high-resolution 3D evidence into intelligent, actionable insights. By combining advanced 3D surface analysis, proven correlation algorithms, and next-generation artificial intelligence, the system delivers a comprehensive approach to evidence comparison and identification.
By combining advanced 3D surface analysis with next-generation artificial intelligence, the system automates high-precision evidence comparison, identifies significant patterns, and reveals potential correlations with speed and precision.
From data acquisition to intelligent correlation, BALİSTİKA® 4.0 brings advanced imaging, AI-powered analysis, and high-performance computing together in one integrated platform.
BALİSTİKA® 4.0 integrates AI-powered analysis and correlation technologies throughout the forensic ballistic workflow—from evidence acquisition and 3D analysis to correlation and candidate prioritization. It intelligently interprets complex 3D evidence, uncovers meaningful patterns, and identifies the most relevant correlations for expert review. Designed specifically for forensic ballistic analysis, these technologies transform large volumes of evidence data into prioritized candidates and actionable insights, accelerating expert evaluation and supporting faster, more informed forensic conclusions.
AI models trained on extensive evidence-pair datasets automatically analyze, predict, and rank evidence similarity.
Visually highlight high-probability matching regions and surface topographic similarities.
Help experts focus quickly on the most relevant candidate correlations.
Provide high-fidelity visual information to support detailed analysis and reporting.
BALİSTİKA® 4.0 helps identify potential firearm brands and models from newly acquired ballistic evidence. It evaluates and prioritizes the most likely results.
BALİSTİKA® 4.0 applies deep learning to predict the firearm brand associated with newly acquired evidence.
Reported accuracy across studies involving 21 commonly encountered brands.
Evidence associated with matching brands and models can be intelligently prioritized to accelerate high-probability correlations.
BALİSTİKA® 4.0 automatically detects characteristic firing-pin impression patterns, determines their orientation, and aligns the evidence for fast and efficient visual comparison.
BALİSTİKA® 4.0 can automatically detect characteristic striated firing-pin impressions and predict their orientation using deep learning.
Identifies whether a striated impression is present.
Predicts the direction of the characteristic pattern and automatically aligns the evidence for visual comparison.
BALİSTİKA® 4.0 analyzes characteristic surface signatures independently of lighting conditions. This enables consistent comparison across different imaging conditions and supports more reliable correlation results.
An advanced masking method identifies and highlights regions exhibiting strong correlation, helping experts focus on the most relevant characteristics.
Characteristic signatures are generated independently of lighting settings.
Reduces visual background interference and helps experts perform similarity analysis more efficiently.
High-resolution 3D imaging captures fine surface details, creating rich digital representations for precise evidence analysis.
High-speed data acquisition and processing reduce analysis time while maintaining the quality and detail required for advanced comparison.
A scalable, high-performance computing architecture is designed to handle growing workloads—from individual laboratories to large-scale national deployments.
BALİSTİKA®’s proprietary AI-powered correlation technologies intelligently analyze evidence and prioritize the most relevant similarities, accelerating the identification process.
Built to store and index millions of evidentiary records while providing fast and efficient access to information.
A robust, distributed architecture enables secure, reliable and high-speed access across connected regional laboratories.
Regional Labs Served
Evidence Items Processed World Wide
High Availability
Confirmed Hits
Integrates ballistic evidence with firearm records, case information, and associated persons within a unified database, enabling connected analysis across forensic records.
An operator-centric interface designed for rapid analyst onboarding, side-by-side 3D evidence examination, and efficient day-to-day laboratory workflows.
Supports standardized forensic reporting and advanced 3D visualizations, enabling examination findings and comparison results to be clearly documented and presented.
Supports integration with local Laboratory Information Management Systems (LIMS), enabling structured exchange of case, evidence and examination data within established laboratory workflows.
Role-based access and comprehensive audit trails support controlled access, traceability, and the integrity of forensic evidence and examination records.
Supports high-precision acquisition and analysis across a broad range of firearm evidence, including bullets, cartridge cases, and different ammunition configurations.