With the expansion of the internet access in rural areas, several local language AI applications have recently been launched for downloads by farmers in Pakistan. These apps help with crop planning, soil sensing, personalized fertilizer recommendations, disease diagnoses, weather forecasts and market prices. A couple of these have been downloaded by half a million or more farmers in the country. Some of these apps use open source large language models (LLMs) like DeepSeek and Llama, while others are based on frontier models such as Claude and ChatGPT. 

Top AI Apps for Pakistani Farmers

Some of these are voice-first AI apps and bots which help farmers with low literacy or digital familiarity to access real-time farming guidance in local languages. For example, Kissan Dost Bashir offered by Telenor Pakistan features a conversational AI voice bot available 24/7 via IVR (interactive voice recording) by dialing 7272 or through the 7272.pk portal on the Khushaal Watan platform. It speaks Urdu to provide weather-based crop advisory, real-time mandi (market) rates, and livestock guidance. 

Top AI-powered agriculture mobile apps available for download in Pakistan include:

BaKhabar Kissan (BKK): The popular agricultural digital hub and advisory app—which incorporates AI-powered disease detection, satellite farm monitoring, and localized updates—has surpassed 500,000+ downloads on Android and mobile platforms.

Cropwise Grower: Developed by Syngenta Pakistan, featuring Crop Doctor AI image diagnosis, pest control, weather updates, and localized farming calendars. It features Savera, a localized female AI agronomy advisor. 

Designed to support rural farmers (including women in agriculture) with crop advice and product recommendations in local languages   It has reached over 600,000+ downloads in Pakistan.

KissanBot (Sybrid AI): A voice- and text-based AI assistant using Speech-to-Text (STT) and RAG (Retrieval Augmented Generation) architecture. Delivers localized guidance for major crops like wheat, rice, maize, sugarcane, cotton, and potatoes in Urdu. 

Kissan AI & Kisan Pukar AI: Voice-first platforms allowing farmers to send voice notes or speak in regional languages and dialects—including Urdu, Punjabi, Sindhi, Pashto, Balochi, and Saraiki—to receive spoken, climate-smart agricultural advice. 

RaastKar – AgriGPT for Farmers: Features an AI Crop Planner (soil pH, TDS, salinity data), Dr Crop (disease diagnosis from photos), Weather AI, live Mandi prices, and a carbon credits system. Available on the Google Play Store.

Khaity: Offers an AI-Powered Kissan Bot, a Mobile Crop Doctor for instant plant disease diagnosis, satellite-based AI crop sensing, and advisory support in 7 local languages (Urdu, English, Punjabi, Sindhi, Balochi, Pashto, Saraiki). Available on the Google Play Store.

Hara Khet (Green AI): Provides satellite-based multi-index crop health tracking, remote sensing, and on-demand booking for drone spraying and airborne scanning services. Downloadable via Green AI Downloads. 

SmartSoil AI: Combines real-time soil sensing and satellite intelligence with an AI Farming Agent for personalized fertilizer recommendations. Available on the Google Play Store. 

Kissan Madadgar: Delivers AI-powered advice, market rates, and weather alerts for local growers. Accessible through Concave Agri. 

Ricult Pakistan: Uses deep learning models and agricultural data for weather tracking, yield forecasting, and farm activity management. Available via APK mirror and Android app repositories. 

Like many other countries, Pakistan has a geographic digital divide. Residents of remote areas of the country have significantly lower access to the Internet than those in the urban centers. While the mobile internet usage in the urban areas has reached 65%, only 50% of those living in rural areas have access to it, according to a recent GSMA report titled "State of Mobile Internet Connectivity 2026". 

Digital Connectivity in Rural Pakistan

To bridge this rural-urban digital divide, Pakistan government is expanding telecom and high-speed internet services in remote and rural areas through the proposed National Connectivity Plan, satellite broadband integration, and multi-billion-rupee Universal Service Fund (USF) projects. Fiber optic cables and satellites will provide backhaul high-capacity communication link to solar-powered 4G/5G cell towers in rural communities. 

Solar power is being used to bridge the digital divide in the country by providing reliable off-grid electricity for remote telecom towers, internet hubs, and community learning centers. Cell tower infrastructure companies like Engro Enfrashare are using solar-powered setups for thousands of telecom towers across regions like Balochistan to maintain stable mobile and data signals. 

Pakistan Telecommunications Authority (PTA) has recommended licensing multiple low-earth orbit (LEO) satellite service providers, including Starlink, OneWeb, Shanghai Spacecom Satellite Technology (SSST) and Amazon's Project Kuiper, to deliver reliable broadband to isolated rural communities and motorways where laying conventional fiber is commercially unviable. 

At the same time, satellite service providers such as Kacific Broadband Satellites have partnered with local operations to bring high-speed connections—delivering up to 60 Mbps to rural schools across remote northern territories like Gilgit-Baltistan and Chitral. Leveraging 11 Ka-band spot beams on the Paksat MM1 satellite, this partnership will bridge the digital divide and support the country’s growing connectivity needs. With high-throughput capacity for over 20,000 sites, the collaboration will provide essential broadband access for communities, businesses, government agencies, ISPs, and telcos, enabling mobile backhaul and backup connectivity in remote regions.

The Universal Service Fund (USF), funded by a levy on mobile carriers, has expanded voice and broadband access to more than 16.2 million people. The projects covered over 9,400 underserved and unserved mauzas during the last five fiscal years.  The Fund has recently approved major new projects worth Rs 13 billion across 11 districts across the country. These initiatives encompass three fiber-optic cable projects covering 1,428 km (Sialkot, Narowal, Ziarat, and Quetta) and six broadband projects (Umerkot, Gujranwala, Kohat, Khuzdar, Muzaffargarh, Mansehra, and Mandi Bahauddin) aiming to connect over 5.5 million people. These cables are planned to be installed along motorways and highways going through small towns and villages. 

In addition to improving access in underserved areas, Pakistan government has also rolled out an ambitious National Fiberization Plan aimed at delivering high-speed broadband to 10 million households by 2029.  It's also targeting 80% fiberization of mobile towers to enhance network capacity and reliability. 

In FY2025-26, Pakistan's software houses, BPOs, export companies and independent freelancers together earned Pakistan US$4.6 billion in IT and IT-enabled services exports, up 20% from US$3.8 billion the year before. June, 2026 alone brought in US$416 million, nearly 23 percent higher than the same month a year earlier, according to government data. The government has set a target of $25 billion digital economy by 2030. 

It's all part of Pakistan's continuing journey to build a robust digital public infrastructure (DPI). It began in March 2000 with the establishment of NADRA, the National Database and Registration Authority. The Gates Foundation defines DPI as follows: "DPI is a digital network that enables countries to safely and efficiently deliver economic opportunities and social services to all residents. DPI can be compared to roads, which form a physical network that connects people and provides access to a huge range of goods and services...... strong DPI has three foundational systems—identity, payments, and data exchange—that together can make life easier in important ways". 

Growing access to smartphones and Internet connectivity is already transforming the lives of women in rural Pakistan. They are acquiring knowledge, accessing healthcare and finding economic opportunities.  A 2023 UNDP report  titled "DigitAll: What happens when women of Pakistan get access to digital and tech tools? A lot!" written by Javeria Masood describes the socioeconomic impact of technology in Pakistan in the following words:

"The world as we know it has been and is rapidly changing. Technology has proven to be one of the biggest enablers of change. There has been a significant emphasis on digital trainings, tech education, and freelancing in the last several years especially during the pandemic, through initiatives from the government, private and development sectors. Covid-19 acted as a big disrupter and accelerated the digital uptake many folds. In Pakistan, we saw the highest number of digital wallets, online services, internet-based services and adaptability out of need and demand". 

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