The app is a digital lock that gets operated with the Phone app (IOS as well as Android). The device itself is a padlock with BLE connection to the phone. Communication between lock and app is done with BLE (GATT protocol). TI CC2650 chip is used with specific firmware and protocol. Major achievement in this project is to handle app connection with the BLE device, while the application is running in background mode.

We handled scanning for devices, connected with BLE without any user interaction, while the user can turn on BLE device after few days as well. Achieved various types of encryption to make data more secure and reliable. The encryption we used is SHA-256, SHA-HMAC, ECDHE-CURVE25519, etc. The connection between app and server is done via https.

It is a healthcare application for scheduling appointment. It provides video counseling and innovative healthcare services.

The client sought to improve the existing design and develop a user interface (UI) for new modules within their innovative fitness platform. The app aims to provide personalized workout plans for athletes, utilizing dynamic filtering mechanisms to align exercises with user-specific constraints like injury history, fitness goals, and equipment availability.
Our primary objectives included:
 Enhancing the Existing Design:

1. Refining the user interface to ensure seamless navigation across the MVP (Minimum Viable Product).
2. Optimizing screen real estate for improved usability, emphasizing graphical elements (image carousels, GIFs) over text-heavy content.

Developing UI for New Modules:

1. Designing a Workout Plan Generator (WPG) that dynamically filters exercises based on injury compatibility, available equipment, and goals.
2. Creating interfaces for real-time trainer tools, enabling easy modification of workout plans and notifications for defective equipment.
3. Building visually engaging dashboards for progress tracking, featuring KPIs like tonnage, energy output, and average power.

Ensuring User-Centricity:

1. Designing intuitive input mechanisms for athlete onboarding, workout tracking, and session modifications.
2. Providing a clean, responsive, and visually engaging interface that caters to both trainers and athletes.
    

The objective of the proposed application is to create a platform for asset tracking in the trucking industry that operates under a subscription-based software-as-a-service (SaaS) model. It has a mobile app for drivers that helps with dispatching pick-up and delivery locations and calculating total miles driven over a period of time covering duration and trips and a web-based interface for carriers, brokers, and the company.

The platform is integrated with a third-party hardware device that tracks various data points such as vehicle location, door opening, temperature, and humidity in real-time. The data collected by this device is sent back to cloud-based services that can be accessed via cloud-based APIs or the SDK provided by the device manufacturer.

Application works on parsing images coming from different sources in the form of messages, collect them, read them, convert them into a more readable form and extract data from them.

The project aims to develop a service marketplace platform where skilled labor can be hired by clients for specific jobs or tasks. It focuses on creating a user-friendly interface for both clients and service providers, providing a wide range of features to facilitate seamless communication, job management, and booking processes. The solution includes mobile applications for Android and iOS, as well as a comprehensive admin panel to oversee all activities.