A global consortium establishes a standardized system for tracking the environmental cost of IT equipment throughout its entire lifecycle.

Imagined Future Scenarios

Circular Economy, Plausible Futures, Short Term (1 - 3 years)

Scenario Generated from '5 Key IT Outsourcing Trends That Will Shape The Future' - Forbes

Future Arc and Implications

Grow Arc

Social Impact: Consumer awareness grows slowly, but planned obsolescence still drives replacement cycles, limiting real change in habits.

Technological Impact: Efficiency gains are made in manufacturing, but offset by rapidly increasing production volume due to constant tech upgrades.

Ecological Impact: Environmental costs are tracked, but still externalized as permissible degradation within limits.

Economic Impact: IT sector booms due to increased production and consumption despite environmental cost accounting.

Political Impact: Governments adopt the tracking system incrementally, prioritizing economic growth over strict enforcement.

Narrative: Business-as-usual continues, with environmental cost tracking becoming a PR tool for greenwashed growth.

Collapse Arc

Social Impact: Widespread mistrust in the system as resource scarcity intensifies, leading to conflict over IT access.

Technological Impact: Supply chains break down, rendering the tracking system useless due to lack of manufacturing and coordination.

Ecological Impact: Ecological disasters accelerate due to unchecked exploitation, rendering the collected data moot.

Economic Impact: The global economy collapses, making environmental cost irrelevant amidst widespread poverty and unemployment.

Political Impact: Governments fail and collapse, leaving no authority to enforce or even utilize the environmental tracking system.

Narrative: Catastrophic system failures render all sustainability efforts irrelevant in a world of scarcity and chaos.

Discipline Arc

Social Impact: Strict social control enforced to limit IT consumption and ensure equitable distribution based on environmental impact.

Technological Impact: IT systems are designed for durability and repairability, heavily regulating new production.

Ecological Impact: The environmental impact tracking system forms the basis for strict planetary boundaries and resource allocation.

Economic Impact: A highly regulated economy prioritizes resource efficiency and sustainable production of IT equipment.

Political Impact: A global governance body enforces strict environmental regulations and tracks IT equipment usage with high fidelity.

Narrative: A tightly controlled world imposes strict limits on consumption and production to manage environmental impact.

Transform Arc

Social Impact: A shift towards valuing experiences and immaterial connections reduces reliance on physical IT equipment.

Technological Impact: Decentralized, open-source IT systems prioritize repairability, longevity, and minimal environmental impact.

Ecological Impact: A regenerative economy emerges, where IT equipment production integrates into circular ecological systems.

Economic Impact: Local, collaborative economies thrive by prioritising reuse, repair, and community based IT services.

Political Impact: Empowered local communities drive policy changes to support circularity and challenge corporate influence.

Narrative: A fundamental shift in values and technology leads to a decentralized, sustainable, and circular IT ecosystem.

Product ideas generated based on this scenario

Eco-Label Enhancer

A paid verification service for eco-labels. Companies pay to have their environmental tracking data 'enhanced' and optimized for maximum marketing appeal, essentially greenwashing with a veneer of data.

Carbon Offset Marketplace for IT

A platform where IT companies can 'offset' their environmental impact by investing in projects (often dubious) like tree planting or carbon capture, allowing continued unsustainable manufacturing.

IT Salvage and Repair Cooperatives:

Local, community-based groups that specialize in scavenging usable parts from discarded or broken IT equipment to keep essential devices running in a resource scarce world. Prioritizes skill sharing and resourcefulness.

Offline Information Archives:

Locally managed and physically robust information stores (books, printed documents, offline hard drives) of essential knowledge for survival and rebuilding, accessible without the Internet.

IT Rationing System

A government-controlled platform that allocates IT equipment and access based on social need and environmental impact. Users earn 'IT Credits' for sustainable actions and can spend them on limited tech access.

Durability as a Service (DaaS):

Companies lease highly durable, modular IT equipment designed to last for decades. Payment is per use and includes mandatory maintenance, repairs, and upgrades to extend lifespan.

Open-Source Hardware Commons

A global repository of open-source hardware designs, repair manuals, and sustainable manufacturing techniques for IT equipment. Accessible and modifiable by anyone, promoting decentralized innovation.

Experiential Technology Platforms

Platforms that focus on delivering immersive, shared experiences remotely, reducing the need for individual IT ownership. Focus on augmented/virtual reality, artistic expression and social connection.