Identity fraud starts with a document. Q-ID® makes the document impossible to fake.
Atomic level authentication for the credentials that matter most.
The problem
Identity document fraud costs governments, financial institutions, and border agencies billions annually. The consequences extend well beyond the financial, fraudulent passports enable illegal migration, human trafficking, and terrorism financing. A compromised identity document is a compromised border. The sophistication of document fraud is increasing. High resolution printing, stolen genuine materials, and increasingly capable forgery networks mean visual inspection even by trained officials, is no longer a reliable defence. Existing security features are the target, not the solution. Holograms, watermarks, and microprinting are the features forgers study first.
Every document carrying a Q-ID® has an atomic fingerprint registered at point of issue. It cannot be replicated by any printing process. A border official, a police officer, or a bank compliance team verifies in three seconds on a smartphone with a certain, binary result.
Offline mode ensures verification works in the field without data connectivity. Sovereign data residency ensures government agencies retain full control, hosted on-premises, in a government cloud, or in a hybrid model.
Offline verification.
Field use without data connectivity. Scans are stored and uploaded when connectivity returns. Authentication is never dependent on a network.
Sovereign data residency.
Full flexibility on data hosting — government agency, QB, or authorised partner. On-premises, cloud, or hybrid. Complete data sovereignty.
Per-document identity.
Every document has its own atomic fingerprint. A fraudulent copy of a genuine document fails immediately because the atomic fingerprint belongs to the original, not the copy.
Peer-reviewed science.
Published in Nature Scientific Reports. The security behind Q-ID® is independently verified physics, not a vendor claim.
ID & Passports RESOURCES
Proof
Live Q-ID® counter
The border is only as secure as the document. Make the document unbeatable.
Take it further
For printers
Atomic-level authentication on your existing press.
For brands
Make every product unforgeable
FAQ
Who's behind the science?
Quantum Base, founded out of Lancaster University in 2015 by Professor Rob Young. Listed on the London Stock Exchange (LON: QUBE), with 40+ patents and a decade of peer-reviewed research behind both products.
Are Q-ID®s really impossible to counterfeit?
Yes. Each Q-ID® is unique at the atomic level, a fingerprint created by quantum physics, not by design. Independent adversarial testing has confirmed it cannot be copied, and no equivalent smartphone-authenticated solution exists anywhere in the world.
How does Q-ID® compare to holograms, QR codes, and other anti-counterfeiting methods?
Holograms, QR codes, print uniqueness, taggants, and machine-learning approaches can all be photographed, studied, and eventually copied by someone with the right equipment. Q-ID®'s security isn't visual or informational, it's physical the identity exists at the atomic level, somewhere no counterfeiting operation can reach.
What's actually covered by the 40+ patents?
The core science: the method for creating atomic-level uniqueness in printed ink, and the algorithms that read and verify it from a standard smartphone. It's this combination — not just the ink, and not just the app — that the patent portfolio protects.
Who is using Q-ID® and Q-RAND®?
Security printers and government revenue agencies use Q-ID® worldwide; most engagements are confidential, which is typical in this industry, but over 2 billion Q-ID®s are live in market today. Q-RAND® serves sectors where true randomness matters: cryptography, blockchain, banking and fintech, defence, and simulations and gaming.
Can Q-ID®s be authenticated on any smartphone, and do we need an app?
50+ device models are supported as standard, running on almost every iOS and Android phone still supported by its manufacturer. No dedicated readers or specialist hardware needed. On iOS, App Clip technology authenticates without downloading anything at all; Android users go through the Q-ID® app or a branded app via the SDK.
Can Q-ID® be applied to any material or product shape?
Yes. It's been proven on logos, labels, boxes, plastic, metals, use-by codes, and polycarbonate for IDs and banknotes, if it can carry standard ink, it can carry a Q-ID®. The off-the-shelf format is 7×7 mm, with bespoke shapes and sizes available for specific applications.
Does Q-ID® replace our existing barcodes, serialisation, or track & trace systems?
No, it plugs into them. Q-ID® is GS1 compliant and works alongside the serialisation you already have one scan delivers both an authentication result and your existing track & trace data, so you're not running two systems side by side.
What does Q-ID® do that serialisation and barcodes don't already do?
A serialised barcode confirms a code exists, it doesn't confirm the product is genuine. Photocopy a barcode and it still scans as authentic. Q-ID® can't be photocopied into existence: no atoms, no signal, no result.
Can Q-ID® detect grey market or parallel imports?
Yes. Every Q-ID® is registered at point of print, and every scan is a data point, location, time, device. If a product shows up somewhere it shouldn't, that surfaces in real time, not months later in a report
Does adding Q-ID® mean switching suppliers or production lines?
No. Q-ID® integrates with your current printer's existing production line, litho or flexo, with no need to move your print contract or redesign packaging to add atomic-level authentication.
Is Q-ID® a physical product, a service, or both?
Both. Q-ID® is the quantum-active ink itself, plus the registration software, authentication app or SDK, and data platform that make it work, you're buying the full authentication system, not just ink.
Does Q-ID® work offline, and can we keep data on our own infrastructure?
Yes to both. An offline mode covers contexts like field inspection where connectivity can't be guaranteed, with data syncing once reconnected. Data residency is flexible, on-premises, cloud, or hybrid managed by you, Quantum Base, or an authorised partner, built for organisations with strict data sovereignty requirements.
Is the data collected through Q-ID® secure?
Yes. Authentication compares encrypted emission signatures, not stored images, so there's nothing to steal that could be reverse-engineered into a working Q-ID®. Scan data is yours, hosted according to your compliance requirements.
What's the first step if we want to explore Q-ID® for our organisation?
Get in touch and request a sample or a conversation. We'll talk through your specific risk, your product or system format, and your current setup, so you can see and test the technology yourself before making any commitment.
Atomic-level anti-counterfeiting, born in a Lancaster physics lab.
LSE: QUBE
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