Imperiled Progress: Why Pakistan Reverted Smart National ID

Pakistan announced the first phase of its latest national identity card scheme, beginning in August 2026, with the new card being chipless and polycarbonate with a QR code for digital interaction. This marks a significant case study in the “smart” transition, highlighting the complexities of embracing modern, digitally-enabled identity cards while running against the old-school model of “chip integration = futuristic.” The previous, chip-enabled Smart National Identity Card (SNIC) was introduced in 2012, but the current ID market defies the characterization of this move as a simple regression.

Security and functionality is a fine balance with any identity document, and the pragmatics of deployment were certainly a factor. The poor availability of chip reading infrastructure in the full breadth of applicable environments—banks, hospitals, police stations, telco operators, and more—poses a significant problem in any cost-sensitive market. The simple limitation of operability and widespread availability posed by a hardware requirement in such markets is always an opposing factor to adoption and widespread integration, while the use of technologies such as QR codes is much more agnostic and capable of flexibility for existing devices.

Smartphones are ubiquitous virtually globally, so this element is naturally reduced by solutions utilizing built-in features such as camera and software combinations, limiting the impact of socioeconomic disparity and regional isolation where it would be infeasible to deploy specialist equipment. In markets where QR-based infrastructure is already common, such as India, where QR-based payment systems are used frequently, a user-familiarity and availability barrier is also automatically overcome.

This approach further ameliorates the stressors of component availability, with supply chain and inflation costs being top of mind in 2026 and beyond for all procurement departments. Simple economics combine with sovereignty concerns to highlight the need for solutions that enable independence. This is much more easily achieved in software than when dedicated, and often specialized, hardware components mandate supply relationships with fixed international vendors.

It also feeds directly into a wider “digital-first” strategy embraced enthusiastically in parts of Asia and the Middle East, with the experience of smartphone-based interactions being much reflexive. While a chip-based solution encourages card dependency, QR-based solutions provide a natural bridge to an eventual digital-first strategy that integrates identity verification into routine phone-based tasks.

The security posture is a notable impact, with the investment in polycarbonate, chipless cards acting as a significant signifier in identity document security mandates. In fact, polycarbonate has, for some time, been held as a strong anchor for physical document security, with the anti-fraud features of the material expected to provide a significant safeguard. The deployment of such a program from Pakistan signals a real vote of confidence in the ability of polycarbonate materials and the security features enabled by them to produce sufficient security for widely cross-utilized identity verification, even in the absence of chip-based verification. This provides a significant demonstration of faith in the polycarbonate ID market.

For identity document vendors, this is a notable project with significant ramifications. First, it’s a sharp warning that migratory patterns are not linear. It cannot be assumed that a translation from legacy to chip-based to polycarbonate to highly digitized will take place in line with traditional patterns. Each market will produce its own conditions. In the Indian market, it could be argued that the prevalence of QR-based payment contributed to the deviation from the norm. Other markets may not have such a clear signal. The drivers around project requirement specifications are complex, and no future transition can be taken for granted.

For smart card vendors, this is particularly notable—those aiming to introduce new hardware features are at risk of being leapfrogged entirely in rapidly advancing markets if sufficient linkage to digital ID strategy is not made repeatedly, clearly, and with incentives demonstrated. Integrated Circuit (IC) providers face increasing material and supply costs, while facing a growing appetite for performing security virtually. In particular, the requirement for sovereignty and a lack of dependence on supply chains causes a greater appetite for software-focused security. While software provides a natural narrative alongside a cryptographic market focused on agility, the need for central trust, with a tamper-proof hardware element that provides psychological relief, as well as inherent opportunities to provide tamper-proofing and the restriction of access for potential threats is clearly a comfort. Successful hardware trust vendors will balance the advantages of both, introducing flexibility and crypto-agility in hardware without making the sacrifices of pure-software transitions.

For document verification hardware vendors, the agenda is clear—heterogeneity will be an increasing feature of a successful global portfolio, with nothing to be taken for granted in terms of feature support. While many might have supposed that all major markets would eventually transition to chip-based smart documents, a diversity of deployments will require the capacity to cope with various strategies, while providing parity in security across the entire portfolio. The market cannot accommodate the idea that chipless documents should expect a lower level of dynamic protection in an environment where chipless cards are a legitimate long-term, rather than legacy, strategy.