We are developing a comprehensive, NDIS-compliant CRM platform for allied health service provider in Australia, focused on supporting children and young people with disabilities through therapies such as Occupational Therapy, Speech Therapy, Psychology, Physiotherapy, Counselling, and Behaviour Support.

The platform streamlines end-to-end operations including client onboarding, service agreement management, therapist workflows, session scheduling, case notes, and compliance-driven billing. It enables accurate NDIS service code mapping, automated invoicing aligned with different funding types (Self, Plan, and NDIA-managed), and real-time budget tracking to prevent over-claiming and reduce payment errors.

Health insurance companies and providers face multiple rejections and huge penalties due to incomplete documentation. To improve payor performance, the HEDIS analytics platform integrates consumer, clinical, provider and payer data to analytical data that healthcare stakeholders can readily use to improve the health of their patients and populations. 
The platform is on HEDIS quality measure reporting rules driven by data extracted from more than 15 EMR systems. HEDIS analytical platform helps in remediating the gaps in data collection through pre auditing of data and to improve the efficiency of HEDIS reporting. 

By providing the functionality of care gap identification, HEDIS analytic platform calculates the care gap for different payors and EHR system.

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.

AI-powered digital care management platform built to streamline the delivery of aged and disability support services across Australia. Designed for organizations operating under NDIS, My Aged Care, DVA, insurance, Medicare, and private care models, the system automates the full continuum of care—from referral intake and assessments to care planning, staff coordination, service delivery, incident tracking, billing, and audit-ready compliance.

The platform incorporates powerful innovations such as GIS-based staff matching, AI-generated voice-to-text shift notes, automated outcome reporting, remote patient monitoring, and structured chronic/end-of-life care workflows. With full FHIR compatibility, the platform supports secure, interoperable exchange of clinical and administrative data with external systems like GP software, electronic health records, and national repositories—enabling seamless integration with tools such as Cerner, My Health Record.

Built to meet Australia’s regulatory and quality standards, this platform empowers providers to deliver person-centered, scalable, and compliant aged care with modern digital efficiency.

An enterprise-level tool developed for electricity providers and their customers (EV users & smart home product users) with their smart-charging algorithm helping them to charge their electric vehicles or manage their smart home devices defining their priorities during cheapest or climate-friendly hours. Another advantage for the users is to optimize the use of electricity generated using solar panels, allowing users to first use the power generated using solar and then via the grid. For electricity providers, the platform balance the grid by switching the charging of the connected fleet of electric vehicles on and off so that electricity producers can avoid starting expensive, fossil fuel-driven backup generators. And participant users earn monetary rewards being participating in this.

To design and implement an integrated, automated planning and forecasting platform that enhances forecast accuracy, eliminates manual and siloed processes, provides real-time visibility into key business metrics, and enables seamless collaboration across planning, sales, and supply chain teams—empowering the organization to respond pro-actively to market changes and make informed, data-driven decisions across short- and long-term planning cycles.