Portfolio

International Tijarat

International Tijarat is a comprehensive multivendor website developed to facilitate global commerce. Our platform enables vendors from around the world to showcase and sell their products, providing customers with a diverse and extensive marketplace. Key features include vendor dashboards, secure payment gateways, and an intuitive user interface for seamless browsing and purchasing. International Tijarat exemplifies our expertise in creating dynamic e-commerce solutions, combining functionality with a user-friendly experience. This project, now part of our portfolio, highlights our commitment to delivering high-quality digital products that meet the evolving needs of global businesses.

Secure medical imaging data using cryptography with classification

In our project, we focused on securing medical imaging data by employing cryptographic techniques alongside data classification. We utilized encryption algorithms to protect sensitive patient information, ensuring confidentiality and integrity during storage and transmission. By classifying the data, we implemented tailored security measures based on the sensitivity level, enhancing overall data security. The combination of cryptography and classification allowed for efficient access control and protection against unauthorized access. This approach ensured compliance with healthcare data regulations and maintained patient privacy.

Brain tumor detection using fusion of hand crafted and deep learning features

In our brain tumor detection project, we combined handcrafted features with deep learning features to improve the accuracy of diagnosis. Handcrafted features were extracted using traditional image processing techniques, capturing specific characteristics of brain tumors. Simultaneously, deep learning models were employed to automatically learn and extract complex patterns from the medical images. By fusing these two types of features, we enhanced the model’s ability to distinguish between healthy and tumorous tissue, leading to more reliable detection and classification of brain tumors. This hybrid approach leverages the strengths of both traditional and modern methods in medical imaging analysis.

Lung Nodule Detection based on Ensemble of Hand Crafted and Deep features

In our project on lung nodule detection, we employ an ensemble approach that combines both handcrafted and deep features. Handcrafted features are derived from traditional image processing techniques, capturing specific attributes of lung nodules such as shape and texture. Simultaneously, deep learning models are utilized to automatically extract complex patterns from medical images. The fusion of these diverse feature sets enhances the model’s capability to accurately detect and classify lung nodules. This hybrid methodology leverages the strengths of both conventional and advanced techniques, leading to improved diagnostic performance.

Recognition of different types of leukocytes

Recognition of different types of leukocytes involves identifying and classifying various white blood cells in blood samples. Leukocytes are crucial components of the immune system, and they include several types such as neutrophils, lymphocytes, monocytes, eosinophils, and basophils. Each type has distinct morphological characteristics that can be analyzed using image processing and machine learning techniques. By accurately recognizing these leukocytes, medical professionals can diagnose and monitor various conditions, such as infections, immune disorders, and leukemia. This process typically involves feature extraction from microscopic images and the application of classification algorithms to differentiate between the cell types.

Gandhara Art and Taxila Stone Crafts Store

We developed the “Gandhara Arts and Taxila Stone Crafts Store” for a company to showcase and sell traditional artifacts and crafts from the Gandhara region and Taxila. The store offers a unique collection of handcrafted items, including stone sculptures, Buddhist art, carvings, and other cultural artifacts that highlight the rich heritage of these ancient regions. Our team focused on creating an engaging and user-friendly online platform that allows customers to explore the exquisite craftsmanship and intricate designs of these historical pieces. The store aims to promote the cultural legacy of Gandhara and Taxila while providing high-quality, authentic products to collectors and enthusiasts around the world.

Email Impersonation Tester(Email Spoofer)

We developed a sophisticated email spoofer for our client, designed to test and enhance their email security systems. The spoofer mimics legitimate email communication to identify vulnerabilities and test defenses against phishing and spoofing attacks. Key features include customizable sender addresses, message content, and subject lines, ensuring a comprehensive simulation of potential threats. This tool helps our client bolster their email security by understanding and addressing potential weaknesses in their system.

Filling Machine

This is a 3D model of an automated filling machine, designed using SolidWorks. It features a precision filling nozzle and a rotating platform for efficient container handling. The machine is ideal for industries like pharmaceuticals and food production, offering high accuracy and durability for continuous operation.Ideal for use in industries like pharmaceuticals and food production.

Assembly Gears

Created a detailed planetary gear assembly animation using SolidWorks, showcasing precision in mechanical design. This project demonstrates expertise in 3D modeling and simulation of complex gear systems, ideal for applications requiring high torque and compact form. The animation highlights the efficient interaction of gears within the system.

Conveyor Animation

Developed a conveyor belt animation using SolidWorks, demonstrating proficiency in mechanical design and simulation. This project showcases the efficient movement of objects along the conveyor system, ideal for industrial and manufacturing applications. The detailed 3D model highlights both structural integrity and operational functionality.

Ring Gold

This is a 3D model of an elegant gold ring, crafted using SolidWorks. The design features a central gemstone, complemented by a sleek, diamond-studded band. This piece showcases the perfect blend of luxury and precision in jewelry design, ideal for high-end collections or custom orders.

Gold Ring

Designed a gold ring with a detailed 3D animation using SolidWorks. The model features a classic solitaire setting with intricate diamond accents, highlighting both elegance and precision in jewelry design. This project showcases advanced modeling techniques and attention to detail.