MyWay Digital is a healthcare technology company specializing in the development and delivery of virtual health software solutions, including Electronic Health Records (EHR) and remote patient monitoring systems. We primarily serve the NHS in the UK, providing healthcare providers with tools to manage patient care remotely, specifically for chronic conditions such as diabetes. Our products enable virtual consultations and text-based health advice, which significantly reduce the need for in-person appointments and the associated carbon emissions from patient travel and facility energy use. As a fully remote company with no physical office space, we have been able to eliminate the need for daily commuting, contributing to a significant reduction in Scope 2 emissions from energy consumption and Scope 3 emissions from employee travel. In the coming years, we plan to expand into the MENA and EU markets, further enhancing our commitment to sustainable healthcare solutions. Our remote solutions are designed to not only improve healthcare delivery but also to align with net-zero emissions goals, supporting the broader healthcare sector’s climate strategies.

26

Full-time equivalent

Not applicable

At MyWay Digital, our commitment to achieving net-zero carbon emissions by 2030 is at the core of our sustainability strategy. Our near-term targets reflect our dedication to not only reducing emissions within our operations but also engaging with our supply chain and value chain emissions (Scope 3), which represent a significant portion of our total carbon footprint. We have set a 25% reduction in Scope 3 emissions by 2025, focusing on business travel and supplier emissions as our key areas for improvement. As a fully remote company, we have already reduced the need for employee commuting and office-related emissions, but we recognize that business travel remains a key contributor to our Scope 3 emissions. By shifting to remote meetings and reducing non-essential travel, we plan to achieve a significant reduction in our Scope 3 emissions. Additionally, we are committed to reducing our Scope 2 emissions from energy consumption, particularly related to our cloud hosting services. Our partnership with Microsoft Azure, which operates its data centers using 100% renewable energy, is a key aspect of our strategy to minimize the environmental impact of our infrastructure. We aim for a 10% reduction in Scope 2 emissions by 2025 by optimizing our cloud usage, including minimizing energy consumption in product development, and encouraging employees to use renewable energy for their home offices. These near-term targets are designed to align with our broader goal of net-zero by 2030. We understand that meeting these targets will require a holistic approach, engaging every part of our business—from product development to employee behavior and supplier engagement. As we progress, we will continuously review and adapt our strategy based on progress, technological advancements, and evolving best practices in sustainability.

Yes

No

Yes

Calculation Methodology for Scope 3 Emissions: To calculate our Scope 3 emissions, we used the Greenhouse Gas (GHG) Protocol and industry standards to estimate emissions in the following key categories: Business Travel: For business travel, we used industry-standard emissions factors for air travel and train travel. The emissions were calculated based on the distance traveled and mode of transportation (e.g., long-haul flights, domestic flights, and train travel). Emissions Factors Used: Long-haul flight emissions were calculated using an average emissions factor of 0.18 kg CO2 per mile. Train emissions were based on the UK’s average emissions factor of 0.04 kg CO2 per passenger mile. Purchased Goods and Services: We estimated Scope 3 emissions from purchased goods and services (such as IT hardware, cloud hosting services, and office supplies) by using carbon intensity factors for typical manufacturing and transportation of laptops, peripherals, and other IT equipment. The emissions from IT hardware were based on an average carbon intensity for laptops, with a typical value of 200 kg CO2 per laptop for the manufacturing and transportation stages. For Microsoft Azure cloud services, we assumed zero emissions from Scope 3, as Azure's data centers are powered by 100% renewable energy. Waste (E-Waste): For e-waste, we calculated emissions based on industry averages for the disposal and recycling of electronic devices. The average emissions per device were estimated at 0.1 metric tonnes CO2 per laptop. Emissions Factor Used: Based on industry data for the disposal and recycling of IT devices. Tools Used: Carbon Tracker: We utilized Carbon Tracker to measure and track emissions from employee home office energy use (Scope 2 emissions) and calculate indirect emissions from purchased goods and services (Scope 3). The tool provides a comprehensive framework for assessing emissions and helps ensure accurate reporting of indirect emissions. Emissions Factors Database: For categories like business travel and purchased goods, we used publicly available emissions factors from trusted databases such as the UK Government’s Carbon Footprint Tool, EPA, and GHG Protocol guidelines. We also cross-referenced emissions factors with industry-specific data for cloud services (Azure) and IT hardware to ensure accuracy. Supplier Data (Microsoft Azure): For cloud hosting services, we relied on Microsoft's sustainability reports, which confirm their use of 100% renewable energy for their data centers, resulting in zero emissions from this source. Data Accuracy: Accuracy of Data: The Scope 3 emissions calculations are based on industry-standard emissions factors and general estimates. For business travel, emissions were calculated using standardized flight and train emissions factors, which provide an accurate reflection of emissions for these activities. However, there is some inherent uncertainty in these estimates, particularly for employee home office energy and e-waste. Employee Home Office Energy Use: Since the energy consumption for remote employees is estimated based on average laptop usage and UK grid emissions factors, the data may vary depending on the exact energy consumption in different employee locations. Purchased Goods: The carbon intensity of IT hardware is based on typical emissions values for the manufacturing and transportation of laptops, but actual emissions may vary depending on the specific models and manufacturers. Data Gaps and Assumptions: Supplier Emissions: While we used data from Microsoft for Azure, we made general assumptions about emissions from other suppliers (e.g., Network ROI for IT infrastructure). For more accuracy, we would need to directly request emissions data from these suppliers. Employee E-Waste: The emissions from e-waste are based on a general average emissions value for laptops and other electronic devices but may vary based on local recycling practices and the type of electronics disposed of. Future Improvements: We plan to improve the accuracy of Scope 3 emissions by gathering more specific data from suppliers and performing employee surveys on energy consumption and e-waste disposal to refine future calculations. We will also continue to update our emissions factors as better data becomes available, and we are considering more sophisticated emissions tracking tools as part of our carbon management strategy. Summary: We have used industry-standard tools (like Carbon Tracker) and emissions factors from trusted databases to estimate our Scope 3 emissions. While the data is based on reliable emission factors, the accuracy of the calculations is dependent on assumptions about employee energy consumption and the carbon intensity of purchased goods. We will continue to refine our methodology as more specific data becomes available.

Yes

No - we plan to in the next 1-5 years

This is the first year MyWay Digital has established and formally implemented a comprehensive climate strategy and net-zero framework. Previously, we did not have a structured process for measuring and reporting emissions across Scope 1, Scope 2, and Scope 3 emissions. As such, there are no direct historical emissions data available for comparison from previous years. In the reporting year, we have focused on developing the foundation for emissions tracking and reporting, including implementing carbon footprint assessments, establishing baseline emissions for our operations, and setting clear targets for carbon reduction moving forward. Key Points: New Framework: We have established this framework this year, including carbon measurement tools and methodologies that will allow us to track emissions more accurately in the future. Progress: While we don’t have direct emissions data from previous years, we have set a clear path forward with our net-zero targets and annual reporting process. Challenges: The primary challenge this year has been establishing accurate baseline emissions and implementing processes for tracking emissions within a fully remote company. These challenges have been addressed by using Carbon Tracker and other reliable tools to gather data and set the foundation for continuous improvement. Outlook: We are committed to building on this framework and will continue to refine our emissions tracking. As we complete future emissions calculations and data collection, we expect to see a clearer picture of our progress towards net-zero emissions by 2030. Our focus in the coming years will be on reducing emissions, particularly in Scope 2 (energy use) and Scope 3 (business travel and supply chain), and implementing more data-driven corrective actions to improve our sustainability performance.