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Sustainable Infrastructure in Corporations

Sustainable infrastructure is becoming increasingly important for businesses. Governments are tightening regulations to limit carbon emissions, investors are linking financing to sustainability standards, and companies are under growing pressure to specifically reduce their resource consumption and carbon footprint. Data centers, telecommunications networks, and IT environments play a particularly central role in this context.

Your Advantages at a Glance

The right solution for sustainable infrastructure management

If you want to document your digital infrastructure centrally, make resource usage and emissions transparent, and create a reliable foundation for more efficient and sustainable operations, our Asset Inventory and PLUS packages are the right choice.

Main Components of a Sustainable Infrastructure in Corporations

Comprehensive sustainable infrastructure management requires a two-pronged approach. One part focuses on GHG emissions, the other on overall efficiency and resource usage within the infrastructure. Implementing both is the best way to ensure you achieve your sustainability goals. 

What's needed:
Measuring & Assessing Carbon Emissions
  • CO2 measurement data: Tracking the emissions potential of each asset is essential for calculating its contribution to the overall carbon footprint. 
  • Analysis: Dashboards to enable evaluation of asset usage, capacity, resource consumption, and carbon emissions from operating the infrastructure.  
  • Reporting: Objective assessments of the carbon footprint can demonstrate regulatory compliance and track sustainability progress over time.  
Operating Efficiently and Reducing Resource Usage
  • Detailed infrastructure knowledge: A comprehensive inventory and documentation of all infrastructure elements establishes a foundation of information about the as-is state of the data center, network, and IT environment. 
  • Planning: The ability to model changes in infrastructure and predict their effects on emissions, efficiency and capacity is critical for making informed decisions that drive sustainability.  
  • Graphical visualization: Visual depictions of environmental data within the infrastructure make it easier to identify and correct problem areas.  
  • Process optimization: Integrated and automated workflows speed up processes to facilitate reduction of resource consumption. 

Highlights of FNT’s Infrastructure Management Solution for Corporate Sustainability

FNT provides businesses with the information and tools to reduce the carbon footprint of their digital infrastructure. Our solution supports energy efficiency and emissions reduction by enabling precise documentation of the infrastructure, including GHG emissions, and storing this information as part of an asset digital twin. Planning and management functionality embedded in the software enable tracking and optimization of resource use and resulting emissions.  

Our solution consists of two parts: 

  • FNT Sustainability: This component documents detailed emissions data, capturing a full range of environmental impact factors—including embodied CO2, freshwater use, mineral resource depletion, and acidification—from both physical devices and virtual elements. It records these emissions during the use phase for each element in the IT, network, and data center infrastructure. 
  • FNT Command: This is the management platform where emissions data is stored and utilized, alongside comprehensive information about the entire infrastructure. Networks, applications, hardware, and services, as well as the relationships and dependencies between them, are documented in FNT Command along with the environmental factors from FNT Sustainability. The platform’s management features—covering analysis, visualization, planning, and process management, including workflows and work orders—help users identify and resolve inefficiencies, enabling more efficient and cost-effective operations. All of which makes the infrastructure more sustainable. 

 

Document Greenhouse Gas (GHG) Emissions

Capture Scope 2 and 3 emissions produced by operating the IT, data center and network infrastructures. An integrated data structure holds ISO compliant environmental profile declarations (EDPs) and uploads them to the device type master data management. Capturing and reporting on CO2 and other eco factors gives real data about your carbon footprint so you can adjust as needed.

Integrated, Central Data Model

All infrastructure resource data is documented in a central data repository and linked to the higher layer management and orchestration systems. It includes not just asset data, but also relationships and dependencies between them, and encompasses all technologies and layers, from the building level through physical, logical, and virtual, up to and including applications and services.

Openness and Flexibility

Highly configurable and extendable data model enables the import of data from other systems as well as extensive integration with third-party systems for automated data exchange. The integration framework includes generative open APIs, ETL, Reconciliation and Notification functions, and an API to upload CO2 and all eco impact indicators in EPDs directly from external data sources.

Analytics Dashboard

Facilitates understanding your data with reports and dashboards that assess performance, cost, efficiency of network sites and equipment. A purpose-built pre-defined dashboard configuration displays CO2 totals and declining averages of CO2 and other emissions to track and demonstrate your decarbonization strategies are working.

Graphical Visualization of Data

Analyze, visualize, and evaluate the documented infrastructure data in a variety of ways to better understand correlations, gain new insights and make it possible to quickly and easily identify areas that need attention.

Powerful Inheritance Feature

Ensures environmental data is only uploaded once for each device type. This data is automatically propagated to every existing instance of that device type, and any new ones that are added to the infrastructure in the future.

Lifecycle Management

Manage physical devices and intangible components such as virtual machines and software installations throughout their entire lifecycle.

Integration with FNT Infrastructure Health & Monitoring

For in-depth analyses of the CO₂ footprint during the usage phase, power consumption data collected in FNT Infrastructure Health & Monitoring can be seamlessly integrated into the EPD evaluations of FNT Sustainability. This enables accurate tracking of actual CO₂ emissions and inclusion in overall assessments.

Would you like to experience the FNT solution for Environmental Sustainability live?
Then request a live demo now.

FAQ: Improving Corporate Sustainability

What are the most relevant regulations that require the reporting of IT related CO2 emissions?

There are many regulations, and they differ from country to country. Some of the most notable include:

  • Global Reporting Initiative (GRI) – provides businesses with the global common language to communicate their environmental impacts
  • Sustainability Accounting Standards Board (SASB) – develops sustainability accounting standards for public corporations
  • Energy Efficiency Directive (EED) – requires EU countries to report on energy efficiency investments
  • Corporate Sustainability Reporting (CSR) – requires large and listed EU companies to publish reports on their social and environmental risks and impacts
What are the differences between Scope 1, 2 and 3 Emissions?

Greenhouse gas (GHG) emissions are separated into three categories, or scopes. Companies use these scopes to understand their value chain emissions and identify areas for reduction.

  • Scope 1 - Direct emissions from sources owned or controlled by the company, such as running vehicles and generators.
  • Scope 2 - Indirect emissions from the purchase and use of energy, such as electricity, steam, heating, and cooling. These emissions are a consequence of the activities of the company but occur from sources not owned or controlled by it.
  • Scope 3 - Similar to Scope 2 emissions, these indirect emissions are a consequence of the activities of the company but occur from sources not owned or controlled by it. They can occur anywhere in the company's value chain, including upstream and downstream activities.
What are the consequences for failing to report the emissions of my digital infrastructure?

Consequences vary by country or region. Some countries or regions legally mandate carbon reporting, and some have regulations that are not enforceable by law, but businesses can be penalized for non-compliance. Depending on where a business is located, there can be financial penalties assessed for non-compliance. Another financial consequence for failing to report is being ineligible for the many tax exemption programs governments worldwide offer as incentives to encourage sustainability efforts. To apply and prove eligibility, sound documentation and proof of progress is required. Finally, some investors require emissions reporting for access to their funding.

Further Downloads

Would you like to know more about Sustainable Infrastructure in Corporations? Then you might be interested in the following:

 

Brochure
FNT Sustainability
Expert Paper
The Path to Sustainability in IT Infrastructure
Expert Paper
The Path to Sustainability and Carbon Neutrality in DCIM
Expert Paper
The Path to Sustainability in Telco Infrastructure
Whitepaper
The Sustainable Infrastructure
Whitepaper
Bridging the Sustainability Gap

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Contact us!


Justin Menoche
FNT Software Americas
Contact: Justin Menoche

Leo Koh
FNT Software APAC
Contact: Leo Koh

Claudio David
FNT Software Europe
Contact: Claudio David