The long-term objective of the application is to create a direct contracting model between employers and hospitals to remove insurance companies thus disrupting the US healthcare system. This will help to reduce the monthly costs an employee pays to cover medical risks as the commissions that the brokers, insurers, TPAs and PBMs take are removed. Chronic care patients are onboarded through multiple distribution models (EHR, EDI, mobile apps, etc.) and clients and their data is captured based on their preferences, real-time activity tracking, claims data and remote monitoring data.

It is for an organization that uses Google Workspace emails. Each provider has their own account, i.e. their own google calendar, and an OAUTH2 token is needed for each google calendar. When the front office staff schedules a patient with a provider and they are able to see the changes in the provider's google workspace calendar. For a read-only version, of each provider google calendar is accessible (Update using a refresh button). The staff is looking to schedule a patient, there will be a toggle between two or more providers' calendars to find someone available to see the patient. They are synchronized from the sides.

Virtual care platform helping hospitals to work on the aim of NHS maximizing virtual wards across the country to reduce the number of stays within the hospitals and addressing the staff shortage problem. This will be a cloud-based technology platform for remote patient monitoring and engagement at virtual wards. It enables personalized virtual care through assigned care pathways predicting risk scores through vitals and questionnaires and through specially tailored educational content for encouraging patient engagement during their treatment. Each assessment questionnaire is assigned a specific score based on which risk score is generated based on the answers from patients.

The application acts as an advocacy platform for myeloma patients and connects myeloma patients with possible cures. It helps patients navigate their myeloma over the lifetime of there disease, thus helping in the research of new cures. It educates patients about myeloma and enhances their participation in choosing therapeutic options. The application empowers patients to validate the data from different sources for multiple myeloma.

The application is specifically intended for patients with plasma cell dyscrasias and ALS (amyotrophic lateral sclerosis). The data obtained from patients is integrated and processed to derive treatment options along with outcome variables and educative material.

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. 

A roadside assistance platform to connect the driver with a roadside assistance provider. There are mobile apps for both drivers and providers. The driver can create a request via the app which will reach the nearest available provider. The feature works very similarly to any taxi booking app where a provider will have the option to accept or decline the request. If decline, the request notification will be sent to other available providers. There is an implementation of GPS navigation for the provider to locate and reach to the driver. At the same time, driver can see the ETA and position of provider vehicle on the map. Once the repair request is complete, the driver can pay the service provider in-person or pay via mobile app. There is an invoicing section fro service providers where they can add request items and raise invoice to driver in real time to be paid offline or via mobile app via online payment options.