Empower Your Business with AI-Driven Innovation in Australia

Proposed solution will be a hub of education system, proposed platform contain multiple courses which falls in different services / categories like: professionals / young learners / certified courses / language programs and so on. Also, proposed platform provides an option to the user to choose subjects and relevant tutors so that they can connect on 1-0-1 & group sessions as well. Users will enrol themselves to the course / tutor after paying the course fee and tuition fee & accordingly once payment is being done they will get notified with the details to access the LMS part. The architecture of the proposed solution will be robust and fully scalable as well as all the contents of the landing page will be managed by Site Admin itself. On this platform admin will create the courses / language programs under each services along with course name / description and will be pushed to the Moodle LMS admin. And in the Moodle LMS site admin will upload the course contents and further settings of the courses will be done on Moodle site.

The entire website provides an online market of services that can be ordered online. The application targets restaurants that offer food delivery services. With the help of the application, the users are able to view particular restaurant details and facilities to browse menus and order food.

This website provides restaurants with a convenient and feature-rich restaurant management system. The service is provided to restaurants via a customizable web browser environment using the SaaS (Software as a Service) model. A restaurant can register and subscribe to the service and manage the menus and users can order online with the option for owners to view the placed orders.

SaaS-based IoT enabled workforce and workspace management system designed & developed for facility management companies to meet their compliance needs. It provides transparent business operations along with real-time tracking, which gives a competitive advantage to companies in their service offerings. 

With the flexibility of run-time decision making with minimized micro-management, the system boosts the operational efficiency of service offerings. Combination of IoT and 360-degree reporting, allow companies to view overall performance reviews and plan preventive/reactive corrective measures in a timely manner.

The Earthwork application is designed to streamline operations in mining sites by managing users, orders, bookings, transactions, and disputes. The platform enables easy management of products, services, and transportation related to mining activities, ensuring smooth integration with various service providers and customers. It aims to enhance efficiency and transparency, while simplifying administrative tasks through a comprehensive admin panel.

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.

The application consists of two parts, a digital sketchpad and data entry utility for iPad and iPhone and a backend application developed for doctors & researchers. The mobile application streamlines and accelerates the process of fundus drawing and note-taking through the inclusion of preloaded templates and pathological pictographs (referred to within the application as “glyphs”) that can be dragged and pasted into place, rotated, and resized through the use of simple touchscreen gestures.
It also accommodates add text notes, which can be typed manually or entered via voice dictation. Used glyphs, as well as any noted pathologies, contribute to the drawing’s metadata footprint for later indexing and retrieval. Finished drawings can be exported individually or in a batch securely in .pdf format to a printer (for paper charts) or to an email (for upload to an EHR system).

The backend application collects/imports data from different data sources like EPIC, upload database file, which can be further managed by different categories & metatag to use it as case studies & further researches. The application has a subscription based model, where medical professionals can manage 'N' numbers of databases. A medical professional can categorize patient data and organize it.