Question 1

How does Cypheme use AI to combat counterfeit pharmaceuticals effectively?

Accepted Answer

Cypheme employs AI-powered fingerprint technology combined with patented Noise Print labels that can be scanned using a smartphone camera. This technology analyses the microstructure of packaging materials to authenticate products in seconds without needing QR codes or special hardware. By providing instant verification, Cypheme helps pharmaceutical companies, regulators, and consumers identify counterfeit drugs, reducing public health risks and protecting brand integrity.

Question 2

What are the benefits of implementing Cypheme’s anti-counterfeit solution across pharmaceutical supply chains?

Accepted Answer

Cypheme’s solution enhances visibility into product movement and counterfeit hotspots by providing geolocation data on fake goods production. This real-time intelligence supports regulatory enforcement actions, supply chain integrity, and consumer trust. Additionally, Cypheme's AI-generated authentication enables faster market interventions, reduces losses from counterfeit distribution, and ultimately improves patient safety on a global scale.

Question 3

How does Cypheme ensure ease of use and broad adoption across markets worldwide?

Accepted Answer

Cypheme’s technology requires no additional hardware—only a smartphone camera is needed for authentication, making it accessible to manufacturers, distributors, inspectors, and consumers alike. Its platform supports multiple applications, including web and messaging apps for global reach. The chemical-infused label design is nearly impossible to duplicate, while the AI backend ensures quick and accurate results, simplifying anti-counterfeit verification at every step of the supply chain.

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