Xpatech Solutions

Challenge:

The traditional Physics labs constraints, including equipment availability, time limitations, and financial constraints curates big challenges for learners. Also, the pedagogical challenge posed by the abstract nature of physics concepts, often challenges learners' comprehension without visual aids.

Our Approach:

The Virtual Reality lab is more than just a screen; it caters as a gateway to an immersive and unique learning experience, actively involving students in the session and significantly enhancing the learning climate. Once the VR lab was introduced as the solution and integrated into the labs, the positive impact on learning became evident.
Through interactive simulations developed by artificial intelligence and virtual reality, these students can delve into complex systems, grasp intricate concepts and discover abstract ideas in ways that traditional methods can’t match.

Our Solution:

The collaboration between the Department of Education and Xpatech Solution led to the creation of a Virtual Physics Lab. This innovative platform empowers students to explore physical systems in a virtual environment, allowing them to conduct experiments, make observations, and gather data with unprecedented flexibility and accessibility.

Impact:

The virtual lab offered learners a secure and supervised environment for experimentation, hands-on experience with minimizing the risk of accidents or injuries. This autonomy allowed learners to conduct experiments at their own pace, facilitating a deeper understanding of intricate concepts.

Client Overview: An advanced healthcare analytics company, Offering personalized and predictive AI platforms

Services: Product Development, Data Platform

Tech: Laravel 6, Vue.js 2, MySQL, Selenium, Docker, AWS

Challenge:

Millions diagnosed with cancer yearly need personalized treatment, but accessing patient-specific data is challenging for physicians. Clinical trials lack crucial information, causing survival rate disparities. Our client set out to develop an AI-driven system, enriched with a decade's worth of patient-reported outcomes, to personalize cancer treatments.
Teaming up with Xpatech, we aimed to revolutionize cancer care.

Our Approach:

Within a development time of six months, our team engineered a scalable AI clinical decision support platform integrated with proprietary data, empowering cancer patients and healthcare providers with informed treatment choices. The platform provides insights into treatment effects tailored to individual patient profiles, considering factors like age, gender, health status, and diagnosis. Comprising three interconnected components:

1. MyInsights:
A predictive tool showcasing visual survival curves and treatment effect comparisons based on patient-specific factors.

2. MyCommunity:

A supportive social network allowing patients to share experiences within personalized communities.

3. MyJournal:

A space for patients to document their cancer journey, facilitating comparisons with others' experiences.
The treatment recommendation platform presents an intuitive web questionnaire and versatile report-generation tools, enabling easy specification of conditions and downloadable reports as PDFs. From a technical viewpoint, our approach included:

• Infrastructure setup and enhancement:

Leveraging AWS for a robust foundation and optimizing the client's MySQL database structure.

• Algorithm integration:

Developing a bespoke algorithm for report generation and implementing best DevOps practices for efficient project management.

• Framework transition:

Migrating to the Laravel framework and constructing a solid API for seamless component integration.

Impact:

Accessing real-world patient-reported outcomes revolutionizes cancer treatment strategies by providing personalized insights beyond limited trial-based data. This case study explores how a clinical decision support system empowers physicians and patients alike.

Physician Benefits:
Personalized Treatment Plans: With access to real-world patient-reported outcomes, physicians can tailor cancer treatment plans to individual patient needs, improving effectiveness and patient outcomes.
Patient Benefits:
Informed Decision-Making: Patients receive comprehensive information on survival rates, quality of life, functioning, and costs throughout the care cycle, empowering them to make informed decisions about their treatment journey.
Technological Advancements:
Machine Learning Integration: By employing machine learning algorithms, the clinical decision support platform reduces the rate of misdiagnosis by deciphering complex patterns that may go unnoticed by physicians, enhancing diagnostic accuracy and patient care quality.