Pakistani student launches ‘Urdu ChatGPT’ AI model

An undated file photo Taimoor Hassan, A Pakistani student studying in the United States has launched an artificial intelligence model designed exclusively for the Urdu language. (Linked in/ Taimoor Hassan)
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Updated 18 January 2026
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Pakistani student launches ‘Urdu ChatGPT’ AI model

  • Developer says “Qalb” is largest large language model built exclusively for Urdu
  • Project highlights push to localize artificial intelligence for non-English users

ISLAMABAD: A Pakistani student studying in the United States has launched an artificial intelligence model designed exclusively for the Urdu language, a development its creator says could help bridge longstanding gaps in access to advanced digital tools for millions of speakers worldwide.

The project, called Qalb, is positioned as an Urdu-first large language model at a time when most generative AI systems are primarily trained on English and other widely used global languages. Supporters of language-specific models argue they can improve accuracy, cultural relevance and accessibility for users in education, business and public services.

Urdu is spoken by more than 230 million people globally, including in Pakistan, India and diaspora communities, but remains under-represented in advanced AI systems. Efforts to localize artificial intelligence have increasingly been seen as critical for widening participation in digital economies, particularly in developing countries.

“Qalb is now recognized as the world’s largest Large Language Model created exclusively for the Urdu language,” Taimoor Hassan, the project’s developer, was quoted this month in a report in state-run news agency APP. 

“Trained on a massive dataset of 1.97 billion tokens and benchmarked across seven-plus international evaluation frameworks, Qalb outperforms existing Urdu-focused AI models on key real-world performance indicators, setting a new standard for natural language processing in Pakistan,” Hassan said.

“This is a development model and in the next phase we would soon launch App for mobile and web so that people could use and benefit from Qalb ChatGPT.”

Hassan completed his undergraduate degree in computer science at FAAST University’s Peshawar campus and is currently studying for a master’s degree in computer science and software engineering at Auburn University in the United States. According to APP, he is a serial entrepreneur who has previously launched and exited multiple startups and has represented Pakistan at international technology forums.

“I had the opportunity to contribute in a small way to a much bigger mission for the country,” Hassan said.

“Together with my undergraduate roommates and teammates, Jawad Ahmed and Muhammad Awais, we are committed to continuously fine-tuning localized models for niche industries, which we believe can become a major breakthrough for Pakistan.”

Both collaborators are also graduates of FAAST University Peshawar Campus and are currently studying in Germany, APP reported.

The team behind Qalb said the model is intended to support local businesses, startups, educational platforms and voice-based digital services, arguing that meaningful innovation is no longer limited to large technology firms.

“Technology is no longer locked behind big budgets or big teams. With the right mindset, even a small group can build products that educate, automate, and serve millions,” Hassan told APP.


Pakistan overhauls rooftop solar policy, cuts rates for excess power sold to grid

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Pakistan overhauls rooftop solar policy, cuts rates for excess power sold to grid

  • Policy change comes amid rapid rooftop solar uptake and mounting energy sector losses
  • Lower rates for excess solar power shift benefits toward utilities, away from households

ISLAMABAD: Pakistan has sharply reduced the rate at which households and businesses are paid for excess electricity generated from rooftop solar systems, a move that lowers returns for consumers but is expected to ease financial pressure on state-run power utilities, according to new regulations notified this week.

The change shifts Pakistan from a net metering regime, under which solar users offset their electricity bills at the same rate they pay for grid power, to a net billing framework that separates buying and selling prices. Consumers will continue to pay full tariffs for electricity drawn from the grid while receiving a lower, market-linked rate for excess power they export.

Under new regulations notified by the National Electric Power Regulatory Authority (NEPRA) on Feb. 9, 2026, consumers exporting surplus electricity to the grid will no longer be compensated at retail tariffs.

“The power purchase price for electricity supplied by a prosumer to the distribution company shall be the national average energy purchase price,” the regulator said in the notification.

Pakistan has seen an unprecedented boom in rooftop solar over the past three years as households and businesses turned to private generation to escape record electricity prices, frequent outages and inflation-driven energy costs. 

Solar power grew from 4 percent of the energy mix in 2021 to over 14 percent–25 percent in 2024-2025, official figures show. Driven by skyrocketing grid tariffs, Pakistan became one of the world’s top new solar adopters, importing roughly 22 gigawatts (GW) of solar panels in 2024 alone. Industry data shows tens of thousands of new solar connections have been added annually, significantly reducing demand from the grid during daylight hours.

Power distribution companies, however, have warned that net metering was eroding revenues, worsening losses and shifting costs onto non-solar consumers, a growing concern in a sector already weighed down by billions of dollars in circular debt.

The revised framework seeks to rebalance incentives while still allowing consumers to generate their own electricity, officials say.

The new regulations apply to distributed generation systems using solar, wind or biogas technology with installed capacity of up to one megawatt. Installed capacity may not exceed a consumer’s sanctioned load, and utilities may restrict new connections if injections exceed 80 percent of a local transformer’s rated capacity.

Projects above 250 kilowatts will require technical studies before approval. All new agreements will be signed for five years and renewed under the updated rules.

Existing net-metered consumers will remain on their current contracts until expiry, after which they will transition to the new billing system.

NEPRA said the policy aims to balance renewable energy adoption with grid stability and financial sustainability as Pakistan tries to reform a power sector marked by chronic losses, rising subsidies and persistent fiscal pressure.