A brand-protection system helps distinguish genuine products, reveal interference and support verification. The appropriate design may combine overt optical features, covert elements, tamper-evident construction and unique digital identifiers rather than relying on one generic hologram.
The customer problem comes before the label
Counterfeit deterrence, tamper evidence, product authentication and supply-chain visibility are related but different requirements. A successful project defines who must verify the product, where verification occurs and what action follows a failed check.
- Immediate visual checking by a buyer or inspector
- Evidence that a closure or package has been opened
- Unique QR or serialized verification
- Movement or event tracking across defined supply-chain stages
A layered security approach
Overt features can support fast visual inspection. Covert or forensic elements support trained or laboratory verification. Digital identifiers can connect each unit or batch to a verification and traceability workflow. The mix must match the threat model and operational reality.
- Overt
- Visible optical or printed features for first-line inspection
- Covert
- Hidden features checked with a tool or controlled method
- Tamper evidence
- Construction intended to show opening or removal
- Digital
- Unique identifiers for authentication or traceability workflows
Information required for technical fit
Share the substrate, packaging geometry, application method, storage conditions, verification users, data requirements and expected volume. Samples and line information are usually more valuable than a generic request for “a hologram.”
Technical application example · Pharma and supplements
This is a technical evaluation pattern, not a completed customer installation or measured performance result.
Product authentication without leaving an exposed QR code as the only security layer
A static QR printed openly on a pharmaceutical or supplement pack can itself be copied and should therefore not automatically be treated as sufficient security. The evaluated route combines physical holographic authentication, unique identity and controlled QR access within the same label.
A representative structure uses a holographic security area, unique QR or serial, a scratch layer partially concealing the QR and, where required, tamper evidence. For cap, mono-carton or existing label surfaces, acceptance criteria include scan rate, scratch residue, adhesive performance, applicator compatibility and duplicate-scan handling.
- Surface / substrate
- Cap, mono-carton or existing product-label surface
- Process
- Variable identity with partially concealed QR access
- Critical validation
- Scan rate, scratch residue, adhesive and duplicate-scan logic
Technical application example · Pharmaceutical blister
This is a technical evaluation pattern, not a completed customer installation or measured performance result.
Moving authentication closer to primary blister packaging
For some pharmaceutical applications, securing only the secondary carton may not be sufficient. The evaluated route introduces a holographic strip or holographic aluminium foil directly into the blister or lidding structure.
The engineering decision must begin with heat-seal lacquer, print side, existing lidding structure, blister-line temperature and speed, and regulatory requirements rather than appearance alone.
- Surface / substrate
- Aluminium foil, lidding structure and heat-seal lacquer
- Process
- Existing blister-line temperature, speed and print side
- Critical validation
- Seal compatibility, line behaviour and regulatory requirements
Frequently asked questions
What is a holographic security label?
It is a label structure that can combine optically variable features with printed, tamper-evident and/or digital elements to support product authentication and reveal interference.
Is a QR code alone an anti-counterfeit solution?
Not necessarily. A copied static QR code can be reproduced. Effective digital authentication generally requires unique identifiers, controlled verification logic and an operational response to duplicate or invalid scans.
Should holographic and QR authentication be combined?
They can serve complementary roles: the optical feature supports immediate visual inspection while the unique digital identity supports data-based verification. The right combination depends on risk, users and process.
Which industries can use layered authentication?
Projects may be relevant to pharmaceuticals, automotive spare parts, cosmetics, FMCG, agrochemicals, beverages and other goods exposed to counterfeiting or unauthorized opening.