Development of digital tools for climate risk mapping

Deployment of sector-specific software to support climate adaptation planning

Remote work solutions reducing commuting emissions

Adoption of digital collaboration platforms by companies

Digital archiving minimizing physical storage needs

Transition from paper to digital records

Climate-resilient data center design

Investment in data centers with advanced cooling and flood protection

Providing climate education content

Publishing and promoting climate adaptation resources

Expansion of data centers in climate-vulnerable zones

Locating IT infrastructure in areas exposed to climate hazards

Increased digital device waste due to rapid tech upgrades

Frequent hardware refresh cycles in IT operations

Overuse of cooling energy in server farms

Insufficient optimization of server cooling systems

Loss of data access during extreme weather

Data centers not adapted to climate events

Disruption of telecom networks from climate events

Insufficient climate adaptation of network infrastructure

Increased insurance premiums for climate-exposed assets

Assets located in regions at high climate risk

Reputational damage from service outages during disasters

Failure to maintain digital services during climate events

Regulatory penalties for lack of adaptation measures

Non-compliance with new climate adaptation regulations

Loss of key staff due to climate-related relocations

Employees moving away from climate-affected areas

Client loss due to unadapted digital services

Failure to provide climate-resilient solutions

Offering climate adaptation consulting as a service

Expansion into advisory services for climate adaptation

Developing climate-resilient infrastructure for clients

Providing expertise and solutions to adapt client infrastructure

Securing public funding for adaptation projects

Accessing grants for climate adaptation technology

Partnerships with climate research institutes

Collaborating on climate data and adaptation R&D

Development of green software solutions

Designing energy-efficient applications to reduce user emissions

Promotion of digital subscriptions over print

Shifting content delivery from print to digital

Enabling remote collaboration to reduce travel

Providing platforms that limit business travel

Cloud migration reducing on-premises energy use

Encouraging clients to move to energy-efficient cloud solutions

Supporting clients in GHG reporting

Offering software for tracking and reducing emissions

Energy-intensive data processing

High computational power for media/content delivery

High emissions from legacy IT infrastructure

Use of outdated

Paper waste from print publishing

Continued reliance on paper products

Emissions from international content distribution

Global distribution requiring transport/logistics

Overuse of non-renewable energy in operations

No transition to renewable energy sources

Rising carbon taxes on digital infrastructure

Increasing regulatory costs for high energy use