Life in Codes Carbon Footprint Report (ISO 14064-1 & GHG Protocol Alignment)

This document outlines http://LifeInCodes.com 's methodology and approach to quantifying and reporting its Greenhouse Gas (GHG) emissions, aligning with the principles of ISO 14064-1:2018 and the GHG Protocol Corporate Accounting and Reporting Standard. As a digital service provider specializing in software reselling and implementation, http://LifeInCodes.com acknowledges its responsibility to understand and manage its environmental impact, even with a primarily digital operational footprint.

Life in Codes is a leading provider of digital services, focusing on the reselling and implementation of software solutions for businesses. Our core activities involve licensing software, providing technical support, and offering expert implementation services, all delivered digitally.

This report serves to transparently detail our carbon footprint, demonstrating our commitment to environmental stewardship. We recognize that while our direct emissions are minimal, our operations, particularly through electricity consumption and the digital supply chain, contribute to global GHG emissions.

Life in Codes defines its organizational boundaries using the operational control approach. This means we account for GHG emissions from all operations over which we have financial and operational control.

For the purpose of this report, our boundaries include:

• Our primary administrative office facilities.

• All remote work operations of our employees.

• Cloud-based infrastructure and services directly utilized for our business operations (e.g., website hosting, internal communication tools, CRM systems).

Our GHG emissions are categorized according to the three scopes defined by the GHG Protocol:

These are emissions from sources owned or controlled by Life in Codes .

Given our business model, Scope 1 emissions are negligible to non-existent. We do not own company vehicles, nor do we have on-site combustion of fuels for heating or industrial processes. Any minor, incidental direct emissions (e.g., from refrigerants in office air conditioning) are monitored but are not material to our overall footprint.

These are emissions from the generation of purchased electricity consumed by Life in Codes .

Our Scope 2 emissions primarily result from:

• Office electricity consumption: For lighting, heating/cooling, and powering IT equipment in our administrative office(s).

• Cloud service electricity consumption: A portion of the electricity used by the data centers hosting the cloud services we subscribe to for our internal operations (e.g., shared servers, SaaS platforms). While these are technically Scope 3 for the cloud provider, for our internal accounting, the portion of electricity consumed for our operations is included here if directly attributable, or in Scope 3 if part of a broader service. For clarity, we treat all purchased electricity for our physical offices as Scope 2. Emissions from shared cloud infrastructure are more appropriately quantified under Scope 3.

We utilize a location-based approach for calculating our Scope 2 emissions, using regional or national grid emission factors for electricity consumption in our offices.

These are all other indirect emissions that occur in our value chain, both upstream and downstream, which are not included in Scope 1 or Scope 2. For a digital service provider, Scope 3 often represents the largest portion of the carbon footprint.

Life in Codes systematically assesses the following material Scope 3 categories:

• Purchased Goods and Services: Emissions embedded in the production of IT hardware (laptops, monitors, network equipment) procured for our employees, as well as general office supplies. This also includes the embodied emissions of the software we resell and the platforms we use for implementation.

• Capital Goods: Emissions associated with the manufacturing of long-lived assets used by our company (e.g., office furniture, major IT infrastructure investments).

• Fuel- and Energy-Related Activities (not included in Scope 1 or Scope 2): Emissions from the extraction, production, and transportation of fuels and energy purchased by us (e.g., upstream emissions associated with electricity generation).

• Business Travel: Emissions from air travel, rail travel, and other forms of transportation undertaken by employees for business purposes (e.g., client meetings, conferences, training).

• Employee Commuting: not applicable as our entire team is working remote.

• Waste Generated in Operations: Emissions from the disposal and treatment of waste generated at our office facilities.

• Use of Sold Products: While challenging to quantify precisely for software reselling and implementation, we acknowledge that the use of the software we provide by our clients consumes energy and thus generates emissions. We endeavor to promote efficient software utilization and, where feasible, engage with software developers on the energy efficiency of their products.

• Downstream Leased Assets: If any of our services involve the long-term lease of physical assets by our customers which generate emissions, these would be considered. Currently, this is not a material category for Life in Codes .

• Cloud Computing Emissions (Specific to Service Consumption): This is a critical area. Emissions generated by the cloud infrastructure (servers, storage, networking) used to deliver the software and implementation services to our clients, as well as for our internal development and testing environments. We actively leverage carbon footprint reports provided by our cloud service providers (e.g., Google Cloud Carbon Footprint Tool, AWS Customer Carbon Footprint Tool) to quantify these emissions. We select providers that prioritize renewable energy and energy efficiency in their data centers.

Our carbon footprint assessment follows these methodological principles:

• Base Year: Our base year for GHG emissions is 2024. This year represents a typical operational period, allowing for consistent tracking and comparison of future performance.

• Quantification Methodologies:

  • Emissions for Scope 1 and 2 are calculated using activity data (e.g., kWh of electricity, liters of fuel) multiplied by relevant, up-to-date emission factors sourced from credible national databases (e.g., DEFRA, EPA) or international bodies (e.g., IEA, IPCC).

  • Scope 3 emissions are quantified using a combination of activity-based data (e.g., travel distances, employee counts) and spend-based methodologies where direct activity data is not available or feasible (e.g., for purchased goods and services).

  • Global Warming Potential (GWP) Values: All non-CO2 GHGs are converted to CO2 equivalents (CO2e) using the 100-year GWP values from the IPCC's [e.g., Fifth Assessment Report (AR5)].

• Data Collection Procedures: Activity data is collected systematically from financial records, utility bills, travel reports, IT asset registers, and direct reports from cloud service providers. Data accuracy is ensured through cross-referencing and internal review processes.

• Assumptions and Exclusions: All assumptions made during the quantification process (e.g., average commuting distances, estimated useful life of IT equipment) are documented and justified. Any exclusions of emission sources are clearly stated and justified based on materiality or lack of data availability, ensuring that no material sources are omitted.

Life in Codes is committed to continuous improvement in managing its environmental impact. Our strategies for GHG reduction include:

• Optimizing Cloud Resource Usage: Regularly reviewing and optimizing our use of cloud services to minimize computational load and energy consumption.

• Prioritizing Green Cloud Providers: Actively choosing and preferring cloud service providers who demonstrate strong commitments to renewable energy and operate highly energy-efficient data centers.

• Promoting Remote Work and Flexible Schedules: Supporting remote work to reduce employee commuting emissions and associated office energy consumption.

• Energy Efficiency in Offices: Implementing energy-saving measures in our physical office spaces, such as LED lighting, smart thermostats, and efficient IT equipment.

• Responsible IT Asset Management: Implementing robust policies for the responsible disposal, recycling, and re-use of IT equipment to minimize waste and embodied emissions.

• Supplier Engagement: Engaging with our key suppliers, including software vendors and hardware providers, to encourage and assess their own sustainability practices and carbon footprint reduction efforts.