Our platform bridges the gap between international workers and students and mental health professionals in their home countries. It offers a culturally sensitive approach to behavioral health by connecting individuals with therapists who understand their unique cultural backgrounds, communication styles, and specific needs. By addressing the challenges that often arise when seeking care abroad, such as language barriers and cultural mismatches, the platform ensures that users receive personalised, empathetic care from professionals they can trust. With seamless virtual consultations, users can access support anytime, regardless of geographic location, creating a supportive and familiar therapeutic environment. This service fosters mental well-being and resilience, making it easier for international communities to maintain strong connections with their home countries while navigating life abroad. 

This Lacrosse Shot Speed Tracking App is a iOS and Apple Watch integrated solution designed for athletes to monitor and enhance their lacrosse performance. It uses real-time motion data from the Apple Watch to calculate shot speed, analyze form, and provide performance insights through an intuitive mobile dashboard. With gesture-based controls, multi-shot tracking, and in-depth analytics, the app delivers personalized feedback and training optimization. Premium features and a subscription model make it a scalable product with strong monetization potential.

This solution aims to provide Software as a Service to corporate clients that will help them to keep track of their employee's behavioral and psychological index, by offering evidence-based mindful content, programs, and access to therapists.
It offers support from psychologists, certified coaches, and selected therapists. Individual sessions enriched with feedback and concrete advice on teleworking, parenthood, or stress management, offers digital resources accessible to all, such as videos to learn more about the mental and emotions, articles, and regular newsletters that provide practical advice.

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.
    

Solution leverages artificial intelligence and machine-learning data models in a secure environment to process documents and create normalized and valid data that gets sent back to the loan origination system.Through this solution client provides a diverse package of data labeling/machine learning services to multiple industries with high levels of accuracy and attention to detail. Manual processes that took four people two days to accomplish can now be completed in seconds with no human intervention.

The main objective of the application is to record and process the video frames to extract different information about objects, events, persons in the video frames. Once the information is extracted, the frontend of the application can be used to access perform different searches.

• Search for objects like a car, hat, person and other things.
• Detect guns using a custom trained model.