#1 AI-powered Anti-Counterfeiting Technology
Winner of United Nations AI Tech Award
The Government of Bangladesh is the national public authority responsible for administering social welfare programs and distributing state-funded benefits. It oversees identification systems, public services, and social protection initiatives to ensure equitable access, transparency, and socio-economic development across the country.
With an uptick in identity theft and cyber fraud in Bangladesh, authorities and citizens began questioning the efficacy of the National ID (NID) system for governance and social welfare distribution.
This necessitated a system of authentication for government ID cards that citizens used for accessing various social benefits. Making them impossible to counterfeit was an additional facet of the challenge.
This anti-counterfeit ID case study on the Bangladesh government shows how Cypheme's Noise Print labels for IDs proved to be an effective way to secure citizens’ rights, resolving dual issues of security and social welfare distribution at a national level.
Since its inception in 2007, the Bangladesh National ID (NID) card system has now become a keystone in the nation’s social safety net programs. Not only is it the basis of a biometric database for the country’s population, but it is also an essential factor for citizens to access the government's financial aid services and social benefits.
However, as this case study reveals, the need for anti-counterfeit labels on these IDs became a crucial aspect of governance and social welfare.
As a result, the Bangladeshi government began searching for a long-term, technology-forward solution. The goals were simple: to secure documents from falsification, tampering, and misuse; and to ensure citizens’ rights were protected.
This anti-counterfeit ID case study for the Bangladesh government showcases a novel solution for this conundrum.
Once the government realized it could leverage technological advancements for the welfare of its citizens, the rest fell into place.
Through Cypheme’s proprietary fingerprint labeling, Noise Print labels embedded into each identification card gave authorities a reliable and consistent way to distinguish authentic IDs from fakes. At the same time, these anti-counterfeit tags also secure government IDs from any kind of replication or alteration.
As this anti-counterfeit ID case study reveals, the Noise Print labels in these identification cards were easy to use, delivered quick results, and were consistently reliable. Each ID was simply embedded with individualized fingerprint-like labels, which were:
It was a simple modification to the NID system that had multiple benefits for the government and citizens. Securing ID cards meant putting in place safeguards for citizens’ access to social welfare benefits, deterring fraudulent activities, and providing a reliable means of identification.
This case study reveals the potential for anti-counterfeit ID solutions that make resourceful use of a next-gen technology like Cypheme’s. Not only was the government able to thwart fraudulent activities, but it has also successfully restored sentiments of trust and confidence among the citizens.
In securing social benefits for the people of Bangladesh and putting an end to the cycle of identity theft and fraud, the Bangladesh government has offered other nations a glimpse into harnessing AI-driven technology for social welfare.
This case study on Bangladesh’s implementation of anti-counterfeit government ID solutions showcases a future where nations around the world can ensure their citizens’ rights and fortify social welfare systems with forward-driven technology.
Cypheme’s active anti-counterfeit solutions are setting a new standard in authentication for products, documents, medicine, and more. Learn more about it here.
