Step Into Security Printing

Step Inside the Security Printing Technology

A Comprehensive Professional Handbook on the Design, Production, Inspection, and Governance of High-Security Documents

Whether you work in document security, border control, forensic examination, printing technology, or government administration, this is the professional reference you've been looking for.

Step Inside the Security Printing Technology is a standards-aligned handbook covering the complete security printing lifecycle — from foundational principles and substrate engineering to printing processes, quality control, forensic examination, and emerging technologies.

What you'll learn:

The fundamental distinction between commercial and security printing — and why appearance alone never proves authenticity

Security substrates: cotton rag paper, polymer (BOPP), watermarks, security threads, and embedded fibres

Security inks: fluorescent, phosphorescent, optically variable (OVI), infrared-responsive, magnetic, and thermochromic

Printing processes: intaglio, security offset, rotogravure, screen printing, and foil application

Forensic document examination using INTERPOL methodology

Machine vision inspection systems and defect classification

Full compliance with ISO 14298:2021, ICAO Doc 9303 (8th Ed.), ECB specifications, and Intergraf standards

Emerging technologies: AI-based counterfeit detection, laser engraving, digital signatures, and visible digital seals

Grounded in 8 authoritative international sources, including PRADO Glossary v.12, ISO 14298:2021, ICAO Doc 9303, INTERPOL Forensic Guidelines (2023), ECB Banknote Security Specifications (2024), and Intergraf Minimum Security Standards (2026).

Ideal for: security printing professionals, forensic document examiners, immigration and customs officers, academics, graphic technology students, and anyone serious about understanding how the world's most trusted documents are made and verified.

📚 35 Chapters + 7 Technical Appendices — including tolerance tables, feature selection matrices, MRZ specification references, and a complete PRADO glossary.