Cloud Carbon Reporting Solutions for Businesses

Automate your CO₂ reporting — No more Excel hell 🚫📊 Many companies in the industry still rely on outdated, manual processes to gather, organize, and report carbon data, like juggling 15 CSVs. 😩 Here's a step-by-step guide to automating emissions reporting, using free (or freemium) tools available on the market: Step 1: Identify Your Data Sources 🛠 Challenge: Emissions data often comes from diverse sources: from travel expenses to supplier and/or partner reports. ✅ Action: Create a list of all the data sources you need to collect emissions information from. 💡 Tools: Use tools like Airtable (free tier) or Google Sheets to catalog and map data sources for better visibility. Step 2: Standardize Data Collection 🛠 Challenge: Data arrives in inconsistent formats, making aggregation painful. ✅ Action: Use templates for emissions data collection that align with established standards like the Greenhouse Gas (GHG) Protocol. 💡 Tools: Free templates from the GHG Protocol website. Google Forms to create reusable, structured workflows for data collection. Step 3: Automate Data Import 🛠 Challenge: Manually copying data into spreadsheets is time-consuming and error-prone. ✅ Action: Set up automated data imports from key sources into a central database. 💡 Tools: Zapier (free tier) or Make (formerly Integromat, free tier) for automating connections between apps (e.g., importing data into a master sheet). Google Apps Script to automate pulling data into Google Sheets. Step 4: Use Emissions Tracking Tools 🛠 Challenge: Calculating emissions manually is tedious and error-prone. ✅ Action: Leverage online tools that automate emissions calculations based on input data. 💡 Tools: CarbonCalculator (free) for basic emissions tracking. Step 5: Integrate Your Systems 🛠 Challenge: Disconnected systems lead to redundant work. ✅ Action: Sync your emissions data platform with other business tools to streamline reporting. 💡 Tools: Zapier or Microsoft Power Automate to connect accounting software, CRM, and emissions calculators. Google BigQuery (free tier) for advanced data integration and analysis. Step 6: Automate Report Generation 🛠 Challenge: Creating compliance-ready reports manually takes hours. ✅ Action: Use templates and reporting tools to generate emissions reports automatically. 💡 Tools: Tableau Public (free) or Google Data Studio (free) to build dynamic, real-time dashboards for emissions data. Step 7: Monitor and Improve 🛠 Challenge: Emissions reporting evolves, and so should your systems. ✅ Action: Regularly review your process and tools to identify bottlenecks and improvement opportunities. 💡 Tools: Trello (free tier) or Asana (free tier) to manage workflows and track reporting deadlines. Notion (free) to document processes for your team’s reference. #CO2Reporting #CarbonEmissions #SustainabilityTools #EmissionsTracking #NetZero #GHGProtocol #SustainableBusiness #CarbonFootprint #SustainabilityGoals

Opportunity: Value Chain Decarbonization through B2B Commerce As global pressures mount on businesses to reduce their carbon emissions across Scope 1 (direct emissions), Scope 2 (indirect emissions from purchased energy), and Scope 3 (all other indirect emissions in the value chain), there is a growing demand not only for carbon footprint visibility but for actionable steps toward decarbonization. This challenge presents a significant opportunity for B2B commerce platforms to play a pivotal role. Consider a large multinational corporation in the manufacturing industry. This company is facing intense scrutiny from its investors, regulatory bodies, and environmentally-conscious customers to reduce its carbon footprint. The corporation is aware of its emissions but struggles with the practical steps needed to achieve significant reductions, particularly in its supply chain (Scope 3 emissions). The company could benefit immensely from a B2B digital platform designed to support decarbonization across its value chain. Such a platform could offer the following: Green Energy Procurement: The platform allows the corporation to source renewable energy directly from suppliers. For example, they could purchase solar energy credits or enter into agreements with wind farms, ensuring that a significant portion of their energy consumption is derived from sustainable sources. Sustainable Material Sourcing: The platform provides access to suppliers offering sustainable materials such as recycled steel, biodegradable plastics, or sustainably sourced wood. This feature enables the corporation to reduce the carbon footprint associated with the raw materials they use. Real-time Monitoring and Reporting: Integrated tools within the platform allow the corporation to monitor the carbon emissions associated with its production processes in real-time. For instance, sensors and IoT devices track energy consumption and emissions, feeding data back to the platform, where it is analyzed and presented in an actionable format. Waste and Water Management Solutions: The platform connects the corporation with vendors specializing in waste reduction, recycling, and efficient water management. For example, a vendor offering industrial water recycling technology could help the corporation reduce its water usage and lower associated emissions. Compliance and Certification: As the corporation engages with various sustainable practices through the platform, it can automatically generate compliance reports and obtain certifications from recognized bodies, simplifying the audit process and ensuring transparency with stakeholders. #GreenEnergy #EnvironmentTech #ClimateTech #SolarTech #B2BCommerce #Decarbonization #VentureCapital #KalaariCapital Image Source Credit : Net0

I entered the sustainability field to build a resilient future for people and the planet - not to wrestle with manual spreadsheets. But as many of us in this space have discovered, the time-consuming logistics of reporting are often a barrier to real progress. At Google, we’ve spent the last two years using our own environmental report as a testing ground for a better way. By leveraging Google Cloud tools to automate data ingestion and claim validation, we’ve shifted from weeks of manual data cleaning to on-demand strategic insights. These technologies don’t replace our experts. Instead, they free our team to focus on strategy and execution rather than repetitive, time-consuming data collection and validation. We’re already seeing how other companies can use these tools to make similar shifts. For example, Equinix moved from manual tracking to a system that collects data from 240+ global sites automatically. Learn more about how Google Cloud is helping sustainability teams spend more time on strategy, not spreadsheets. ⤵️ https://goo.gle/4scTUfR

Global consulting leader Deloitte needed a powerful platform to manage their environmental, social, and governance (ESG) efforts across 120+ countries. To address this #sustainability challenge, they implemented GreenLight, powered by Salesforce. GreenLight is a solution combining #NetZero Cloud and Deloitte's proprietary technology. With Net Zero Cloud, they’re able to track and report on their greenhouse gas emissions for a clear picture of their environmental footprint. And Deloitte’s accelerators help speed up the implementation time frame whilst bringing custom features like approval processes and automations to the solution. The results: • Streamlined Sustainability Reporting: Automated workflows and centralised data make reporting a breeze. • Enhanced Transparency: Stakeholders gain clear visibility into Deloitte's sustainability efforts. • Data-Driven Decision Making: Informed by insights, Deloitte can make impactful environmental choices. Read the full story to learn how Deloitte is collaborating with Salesforce to move toward a greener future: https://lnkd.in/eqDR9Afr

One of the most common questions I get from my customers is this: What is the necessity of having a carbon management platform? Imagine operating a business in a world where every decision carries weight—not just in profit, but in environmental impact. According to PETRONAS, the world must reduce 43% of its total emissions by 2030 to reduce the impact of climate change. McKinsey & Company also said that demand for carbon credits could multiply by 15 times by 2030 and potentially 100 times by 2050, making the market worth over US$50 billion in 2030. But here's the catch: Complexities arise from diverse data sources, ever-changing regulations, and variations in emission factors. So, why the emphasis on a carbon management platform? - Efficient Data Handling and Processing: Carbon management platforms facilitate seamless data ingestion, adeptly manage diverse data formats, and leverage advanced processing techniques which are significantly faster and more efficient compared to traditional manual approaches. - Enhanced Data Reliability and Analysis: Through artificial intelligence and advanced analytics, these platforms offer accurate emissions data, insights, and analytics, like emissions factor matching and hotspot identification as well as strategic guidance such as decarbonisation recommendations and supplier engagement. - Tailored Solutions for Diverse Sectors: These platforms are versatile and can be adapted to serve specific industries, value chains, and decarbonisation journeys. - Comprehensive Emission Tracking: Carbon management platforms provide a comprehensive view of emissions, enabling companies to track both Corporate and Product Carbon Footprints. This includes a detailed understanding of direct and indirect emissions (like Scope 3), as well as a product's entire lifecycle emissions. As businesses, we're not just creating products or offering services—we're shaping the future of our world. It's time we equip ourselves with the right tools to measure, reduce, and mitigate our carbon footprint. Are you ready to lead the change? #CarbonManagement #BusinessResponsibility #SustainableTransformation

Transforming Sustainability Performance Management: EY and Microsoft Lead the Way 🌍 In today’s world, sustainability is is redefining and shaping innovative solutions to drive real, demonstrable impact. I’m excited to share how EY, in collaboration with Microsoft, is at the forefront of this transformation. The Challenge: Organizations worldwide are struggling with the complexities of sustainability, from financial tradeoffs tied to decarb + net zero commitments, carbon accounting to ESG reporting. The demand for robust, transparent, and scalable solutions has never been more urgent. The Solution: EY and Microsoft have developed a sustainability solution that leverages the power of technology to simplify and elevate sustainability efforts - the Net Zero Transformation platform built on MSM. By integrating advanced data analytics, AI, and cloud capabilities, this solution provides a comprehensive approach to managing and reporting sustainability metrics. Key Highlights: - Advanced Data Analytics: Utilizing Microsoft’s Azure platform, the solution delivers real-time insights and analytics, empowering organizations to make informed decisions that drive sustainable outcomes. - AI-Powered Reporting: AI simplifies complex data sets, generating clear and actionable reports that adhere to global sustainability standards. - Scalability: Built on the robust Microsoft Cloud, the solution is scalable, ensuring businesses of all sizes can harness its capabilities. Impact: This collaboration isn’t just about technology; it’s about driving tangible, real-world impact. By enabling enhanced visibility and control over sustainability metrics, organizations can significantly reduce their carbon footprint, improve ESG performance, and contribute to a more sustainable future. Looking Ahead: As we continue to innovate and push the boundaries of what’s possible, I’m proud of the progress we’ve made with Microsoft in this critical area. This solution underscores our commitment to sustainability and our belief that technology can be a powerful catalyst for positive change. Join us in this journey towards a more sustainable world. Together, we can make a difference. Learn more here - https://lnkd.in/eFTwGbVv In this article with Jim Little and Hanne Jesca Bax, we share more about the client story and use case. #Sustainability #Innovation #TechForGood

As sustainability takes center stage, enterprises are under growing pressure to deliver audit-ready, financial-grade carbon data that meets evolving disclosure requirements. Beyond compliance, carbon accounting platforms are now driving strategic decision-making, from supplier engagement to investment planning. The latest Everest Group Carbon Accounting Platform PEAK Matrix® Assessment 2025 evaluates 17 leading technology providers shaping this fast-evolving market. The report highlights: ✔️ How integrated, enterprise-grade platforms are connecting emissions management with finance and supply chain systems ✔️ The rise of AI-enabled automation, assurance-grade data governance, and Scope 3 intelligence ✔️ The emergence of ecosystem-led models that blend software, consulting, audit, and data partnerships Altruistiq, Carbon Direct, Cedara, Credibl, ESG Playbook, Gravity, IBM, Microsoft, Novata, Persefoni, Pulsora, Salesforce, SAP, Sphera, SWEEP, Unravel Carbon, Watershed This research provides sustainability, technology, and procurement leaders with actionable insights to select the right partner and accelerate measurable decarbonization. Read on: https://okt.to/NtG1zL Get in touch: Nitish Mittal, Arpita Dwivedi, Ambika Kini #EverestGroup #Sustainability #CarbonAccounting #Decarbonization #ClimateAction #ESG #TechnologyInnovation #PEAKMatrix #CarbonReporting #EnterpriseSustainability

Do You Know How Your Cloud Services Impact the Environment? Uncover the Science Behind Microsoft's Emission Calculations! 🌍 ⚙️ As the demand for cloud services increases, so does the need for transparent environmental accountability. But how exactly are the emissions from these services calculated and reported? Microsoft employs a robust calculation methodology for emissions that aligns with the #GreenhouseGasProtocol and ISO standards, ensuring accuracy and credibility in environmental reporting. Here’s a closer look at how it works: 1-Scope 1 and 2 Emissions: Emissions from power usage in Microsoft’s operations are categorized by storage, compute, and network. Usage time in these categories directly contributes to the attribution of Scope 1 and 2 emissions. 2-Scope 3 Emissions: The calculation begins with a lifecycle assessment of the materials used in Microsoft's data center infrastructure. It also includes emissions from operations, segmented based on each customer’s usage of Microsoft data centers. 3-Customer Impact: For Microsoft Cloud customers, the portion of emissions from using Microsoft’s cloud services is classified as Scope 3. This illustrates the shared responsibility in reducing carbon footprints across the value chain. 4-Transparent Reporting: Within the Emissions Impact Dashboard, users can explore the 'Calculation Methodology' tab for a detailed understanding of how emissions are quantified and reported. Imagine a world where every byte of data used contributes to a #Sustainable future. By understanding and managing the environmental impacts of our technology choices, we can collectively drive significant change. Curious about how your organization can leverage this data for better environmental stewardship? Let’s discuss how understanding these methodologies can transform your #Sustainability strategy. Share your thoughts or reach out directly to learn more! #Sustainability #MicrosoftCloud #GreenhouseGasProtocol #CorporateResponsibility #TechForGood

#GoogleCloud #CarbonFootprint Today, I'm excited to share some of our latest research: Carbon accounting in the Cloud, a methodology for allocating emissions across data center users. At Google Cloud, we're not just focused on performance and innovation – we're also committed to driving sustainability in the #cloudcomputing space. Our team continues to evolve the methodology that provides the backing for Google's 'Cloud Carbon Reporting' tools. Key highlights from our research: ▪️Accurate accounting methods for allocating energy consumption are vital for multi-user environments. ▪️Increased use of physical allocation (recommended by Greenhouse Gas Protocol (GHG Protocol) and location-specific carbon intensity factors. ▪️Energy Efficiency best practices have already led to significant emissions reductions across #datacenters. ▪️Carbon-free energy is a game-changer, and research demonstrates the immense impact of combining energy efficiency with #cleanenergy. Looking Ahead: We're committed to helping customers optimize electricity consumption and lower carbon emissions. In the future, we'll be extending use of physical allocation data and including market-based emissions standards to drive carbon reduction and reporting efforts. I am incredibly proud of the work led by Ian Schneider and Taylor Mattia. We’d love to hear your thoughts on this topic! Feel free to comment below or connect directly with our team. https://lnkd.in/ghwMu8dS