Produces partial fingerprint samples through a repeatable software-led workflow.
Forensic FusionDepartment of Forensic Science · Mody University Register NowForensic product / Software · FP–01
Available for institutional licensingNaturalistic Partial
Fingerprint Generator
An automated computer application and algorithm system for generating synthetic, yet realistic partial fingerprint images for forensic reconstruction, biometric evaluation and controlled research.
Product description
Controlled fingerprint data.
Built for forensic inquiry.
The Naturalistic Partial Fingerprint Generator is a novel software application and algorithmic system developed for forensic science and biometric studies. It automates the creation of synthetic partial fingerprint images designed to preserve the visual complexity and incomplete ridge information encountered in real forensic material.
The product is intended to support reconstruction research, controlled algorithm evaluation, biometric experimentation and academic demonstration without relying exclusively on operational fingerprint records.
Designed to create realistic-looking ridge fragments rather than idealized full impressions.
Supports structured reconstruction and biometric algorithm assessment.
Suitable for forensic laboratories, academic institutions and biometric research teams.
Application workflow
From parameters
to partial evidence.
A clear four-stage process for creating controlled synthetic samples for research and evaluation.
01 / ConfigureDefine the generation conditions.
02 / GenerateCreate a naturalistic partial print.
03 / ReviewInspect ridge detail and partiality.
04 / EvaluateUse the sample in controlled studies.
Copyright verification
Registered intellectual property.
Registered with the Copyright Office, Government of India under the title “Automated Generation of Naturalistic Partial Fingerprint Images for Forensic Reconstruction and Evaluation.”
- Certificate No.
- LD-20260185783
- Application No.
- LD-3581/2026-CO
- Date of filing
- 26 January 2026
- Date of ROC
- 20 April 2026
AuthorsDr. Sameer Saharan · Ms. Shailja Singh · Dr. Mridu Sharma · Prof. (Dr.) Jitendra Binwal
Copyright ownersDr. Sameer Saharan · Ms. Shailja Singh · Dr. Mridu Sharma · Prof. (Dr.) Jitendra Binwal
Purchase & licensing
Bring controlled fingerprint generation to your institution.
Available for institutional licensing, research collaboration and demonstration access. Product configuration, quotation and usage terms are provided according to institutional requirements.
Contact us for quotationEnquire by email ↗