EPYXS GMBH

Their core work

EPYXS GmbH is a German technology SME specializing in automated, non-destructive analysis of printed documents to identify the printing techniques used in their production. Their core work sits at the intersection of optical analysis, machine learning, and forensic document examination — enabling investigators, customs officers, and security agencies to determine whether a document was printed by an inkjet, laser, offset, or other method without damaging the original. This capability is directly applicable to questioned document examination: detecting counterfeits, verifying authenticity, and building intelligence on print-based forgery operations. They brought this technology to market through the EU-funded ANDRUPOS project, progressing from feasibility study to a funded Innovation Action.

What they specialise in

How they've shifted over time

EPYXS has a tightly focused, single-thread trajectory: both of their H2020 projects are iterations of the same core technology. The 2015 SME Instrument Phase 1 was a feasibility test with no recorded keywords, consistent with an early-stage commercial validation exercise. By 2017-2019, the full Innovation Action had sharpened the framing considerably — keywords such as "questioned document examination," "printer characteristics," and "intelligence" show a deliberate move from generic substrate analysis toward explicitly forensic and security-oriented applications. There is no evidence of diversification; instead, the evolution is one of deepening specialization and market focus within document security.

EPYXS appears to be commercializing a niche forensic tool aimed at law enforcement and intelligence agencies — a partner seeking that capability would find them focused and technically mature in this single domain, but unlikely to contribute outside it.

How they like to work

EPYXS has participated in both projects as a consortium member, never as coordinator, which is consistent with their SME profile and the specialist nature of their technology. Their consortia are very small — only 3 unique partners across 3 countries — suggesting they join tight, purpose-built teams rather than large multi-stakeholder networks. This points to a role as a focused technology contributor who plugs a specific capability gap rather than a consortium builder or project driver.

EPYXS has collaborated with just 3 partners across 3 countries during their H2020 participation, reflecting the niche and operationally sensitive nature of their work in forensic document security. Their European footprint is narrow but likely deliberate given the security classification constraints typical in this domain.

What sets them apart

EPYXS occupies an unusually specific niche: automated, non-destructive identification of printing methods on physical documents for forensic and security purposes. Few SMEs combine optical substrate analysis with a direct pipeline into law enforcement and intelligence applications. For a consortium needing a technology provider for document authentication, anti-counterfeiting, or forensic tooling, EPYXS brings a validated, EU-funded prototype and a clear understanding of the operational requirements of security end-users.

Highlights from their portfolio

• ANDRUPOS
  The 2017-2019 Innovation Action (EUR 376,232) represents the full commercial development phase of EPYXS's core technology, directly targeting forensic and intelligence applications under H2020's Security pillar.
• Andrupos
  The 2015 SME Instrument Phase 1 marks EPYXS's entry into EU-funded research, validating the commercial feasibility of non-destructive printing technique recognition before the larger IA award.