IoT company in Pakistan

IoT in Pakistan

 

Let's digitize Pakistan and play a key role in Emerging Technologies.  Local peering allows two internet networks to connect and exchange traffic, which benefits network operators and end-users. Pakistan lacks the infrastructure for local peering exchanges and faces challenges like lack of peering agreements between operators, cost considerations, and suitable models to offer differentiated services at IXPs (IXPs). Pakistan has one peering point, which is mainly used for transit. Two additional industry peering points are underway. Xbits aims to provide a software-defined internet exchange point (SDX) architecture with a framework to offer differentiated services at IXPs. SDN could reduce infrastructure costs and separate network control and data planes. This solution will be rolled out by the PTA for local telecoms, ISPs, and data centers.

 

IoT

Sports Wearable Tech: CricFlex

 

In a cricket-crazy society, a product to improve batsmen's performance makes sense, particularly since batsmen's quality and statistics are declining. This 3D automatic live cricket batting coach extracts 20 joint data as batters play. The database records the movement of batsmen's joints and extracts the optimal motions and variations for the individual batters who utilize this technology to improve their performance. By aligning bones and comparing joint motions between a student and an expert while playing the same ball, the technology finds weaknesses in the learner's technique and makes improvement suggestions.

 

Monolithic CMOS Microsystems for Structural, Chemical, and Bio-Hazard Detection

 

This study focuses on structural, chemical, and bio-hazard detection and prediction utilizing a smart fusion of micro-sensor systems monolithically integrated within a CMOS microchip – suited as a wireless sensor network autonomous sensing-node (WSN). The embedded sensors may be utilized for detection of oil/gas leakages, assessing vibration signatures of structures such as buildings etc. This project aims to use FAB-supported monolithic microsystems production, i.e. micro-sensors and micro-electronics on the same CMOS die. Monolithic integration is important to building a low-cost, low-power, compact, resilient, high-performance system that can be mass-produced.

 

 

Digital science curriculum innovation

 

This project intends to provide an interactive digital scientific curriculum for sixth, seventh, and eighth graders. This project is based on the National Science Curriculum and aligns with Federal Textbook Board criteria to increase conceptual comprehension. It focuses on auditory and visual learning where students may use contextual information and employ interactive learning with feedback loops. The digital curriculum will contain video, exercises, games, evaluations, and digital taxonomies in English and Urdu.

 

Healthcare

 

iHospital is a medical diagnostic and analysis application that connects with hospital administration and information systems. It earned silver in the Asian Pacific ICT Alliance Awards in 2012 and 2013. CASE and EME College NUST have teamed up with CARE (Pvt.) to commercialize iHospital. Eye to I is an Ophthalmology-related iHospital project that intends to produce a self-diagnosis system for screening and diagnosing four retinal diseases: Retinopathy, Glaucoma, Edema, and Macular Degeneration. It also includes retinal picture capture, processing, grading, and a telemetric system. The suggested approach would leverage 'Machine Learning' techniques for reliable retinal image analysis and diagnosis to avoid unexpected eyesight loss. The project also involves creating a hospital information system for retinal disease diagnostics. This system will work with government-provided healthcare infrastructure, such as BHUs (BHUs).

 

Energy/power

 

This project involves establishing a sensor-based network for real-time monitoring and data collecting of Gas Distribution Network (GDN) for malicious activity and theft detection. OECD estimates UFG at 1-2% worldwide. Pakistan's SNGPL and SSGC UFG is 13%. Every percent of gas loss costs the government $28 million (Rs2.5 billion) annually. Theft, metre tampering, bogus billing, and illegal connections cause UFG. This initiative intends to lower UFG to 1-2%, in line with the worldwide norm, and save billions for the national exchequer.  The third section of the IoT series lists and describes breakthrough IoT initiatives financed at Lahore, Karachi, and Islamabad's National Incubation Centers.

Maryam Saeed Dogar

 

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