Computle Docs
  • Welcome to Computle Docs
  • Onboarding
    • Computle - End User Guide
      • iPad/Tablet
      • Network Requirements
      • Unattended Install
      • Hardware
      • End User Guide (Canary Release)
    • Administrator Guide
      • Computle Gateway for SMEs
      • Computle Device
      • Machine Portal
      • Machine Assignment
      • Billing Portal
      • Service Status
      • Virtual Machine Licensing and User Identification Requirements (Windows 11 Professional)
    • Migrating to Computle
      • GPU Analyser
  • Troubleshooting
    • Streaming Agent
      • No Username or Password Requested
      • Resolution and Quality
      • Unable To Connect
      • Unable To Login
      • DCV Server Certificate Warning
      • DCV Server License Warning
      • USB Passthrough
      • WebAuthn Redirection/FIDO Keys
    • Component Reinstallation
      • Reinstall DCV Server
      • Reinstall NVIDIA
  • Service Delivery
    • Service Delivery Architecture
      • Machine Plane
      • Telemetry and Monitoring at Computle
      • Computle Gateway
      • Network Plane
      • IDAM Providers
      • Storage Providers
      • Computle Tunnel
      • Computle Broker
    • Service Operations
      • Shared Responsibility Model
      • Security at Computle
      • Maintenance of Computle Infrastructure
  • Corporate Governance
    • Standards
      • ISO 27001 Security Controls
      • Vulnerability Disclosure Programme
    • Computle Ethos
      • Our Approach to Engineering
    • Carbon Neutrality
Powered by GitBook
On this page
  • We are dedicated to achieving carbon neutrality by 2035. While on this journey, we have transitioned key sites to 100% renewable energy and are actively working to minimize the carbon footprint of our supply chain.
  • 100% Renewable Energy
  • Use of Biodiesel for Backup Generators
  • Reduction of Single-Use Materials
  • Localised Production
  • Energy Status Across Locations
  1. Corporate Governance

Carbon Neutrality

We are dedicated to achieving carbon neutrality by 2035. While on this journey, we have transitioned key sites to 100% renewable energy and are actively working to minimize the carbon footprint of our supply chain.


100% Renewable Energy

Wherever feasible, we operate on 100% renewable energy. This commitment underscores our efforts to reduce environmental impact and aligns with global sustainability initiatives. By embracing renewable energy, we aim to significantly lower carbon emissions and set industry benchmarks for ESG (Environmental, Social, and Governance) practices within workstation delivery. Additionally, select office locations and mixed-energy sites are transitioning to renewable sources, reflecting our continuous drive towards sustainable operations.

Use of Biodiesel for Backup Generators

To further reduce our environmental footprint, our facility partners are introducing biodiesel as a sustainable fuel alternative for our backup generators, where possible. Biodiesel offers a renewable solution that significantly lowers emissions compared to traditional diesel, helping us align with our carbon-neutral goals. By integrating biodiesel into our operations, we continue to uphold our commitment to sustainability even in areas reliant on backup power.

Reduction of Single-Use Materials

At Computle, we engineer and manufacture our blade workstations in-house, giving us complete control over component selection. To enhance recyclability, we prioritize materials such as metals while eliminating unnecessary plastics, like front bezels. As a result, approximately 80% of each workstation is recyclable through conventional programs, with the remaining components—such as printed circuit boards—recycled via specialized facilities.

Localised Production

Rather than shipping fully assembled workstations to our data centres, we leverage local inventory wherever possible and only transport essential components. This approach reduces shipping weight by approximately 40 kg per rack, significantly lowering our transportation-related carbon footprint.

Energy Status Across Locations

Our commitment to renewable energy is reflected in the energy sources used across our sites. As part of our transition to full sustainability, several key sites are already powered by 100% renewable energy, while others are currently operating on mixed energy sources as they progress towards full renewable energy integration. The table below provides an overview of the energy status at our global locations:

Site

Status

UK-A

Powered by 100% renewable energy

UK-B

Powered by 100% renewable energy

SGP-A

Powered by 100% renewable energy

SGP-B

Powered by 100% renewable energy

NY-A

Mixed energy sources

NY-B

Mixed energy sources

LA-A

Mixed energy sources

LA-B

Mixed energy sources

HK-A

Mixed energy sources

HK-B

Mixed energy sources

SYD-A

Mixed energy sources

SYD-B

Mixed energy sources

PL-A

Mixed energy sources

PL-B

Mixed energy sources

DXB-A

Mixed energy sources

DXB-B

Mixed energy sources

As we transition our mixed-energy sites to renewable energy sources, we continue to take meaningful steps towards achieving carbon neutrality by 2035.

Last updated 7 months ago

Page cover image