Digital Solutions Can Undermine Sustainability Goals Amidst Global Disruptions

Why It Matters

Designers and engineers must critically assess the full lifecycle impact of digital solutions, considering not just their intended benefits but also their energy demands, material sourcing, and e-waste implications. Ignoring these factors can lead to 'greenwashing' and ultimately hinder genuine progress towards sustainability.

Key Finding

While digital technologies are often seen as solutions for sustainability, global events and the inherent resource demands of digital infrastructure can create complex challenges, requiring a more critical and holistic approach to 'digital sustainability'.

Key Findings

• Global disruptions can create uncertainty around achieving sustainability goals, leading to potential short-term shifts away from sustainable practices (e.g., increased fossil fuel use).
• The pandemic accelerated the adoption of ICTs, transforming daily life and notions of sustainability, but also increasing reliance on energy-intensive digital infrastructure.
• A trans-disciplinary approach is needed to define and implement 'digital sustainability', integrating digital technology deployment with sustainability imperatives.
• It is crucial to avoid technological determinism and rethink science-technology relations, considering the ethical implications and distributed morality of digital ecosystems.

Research Evidence

Aim: To understand how global disruptions (like pandemics and geopolitical conflicts) influence the relationship between digital technology adoption and sustainability outcomes, and to develop a framework for 'digital sustainability' that accounts for ethical, epistemological, and complexity science perspectives.

Method: Conceptual analysis and framework development

Procedure: The paper analyzes the impact of recent global events on sustainability goals and the role of digital technologies. It draws upon existing definitions of digital sustainability and incorporates insights from complexity science, ethics, and epistemology to propose a more nuanced understanding.

Context: Digital transformation, sustainability, global events, complexity science

Design Principle

Digital solutions must be designed with a comprehensive understanding of their total environmental and social impact, not just their immediate functional benefits.

How to Apply

When designing any digital product or service, conduct a preliminary assessment of its potential energy consumption, data storage needs, and the expected lifespan of the hardware involved.

Limitations

The paper is primarily conceptual and does not present empirical data on specific digital technologies or their measured impact. The focus is on a broad framework rather than specific design solutions.

Student Guide (IB Design Technology)

Simple Explanation: Just because something is digital doesn't automatically make it good for the planet. Big events can make us rely more on tech, but that tech uses energy and resources, so we need to be smart about how we design and use it for sustainability.

Why This Matters: This research highlights that simply using technology isn't enough for sustainability. It pushes you to think critically about the hidden costs of digital solutions and how they fit into a bigger picture, which is crucial for responsible design.

Critical Thinking: How can designers actively mitigate the 'digital footprint' of their creations, and what ethical frameworks should guide the deployment of digital technologies in sustainability initiatives?

IA-Ready Paragraph: The adoption of digital technologies for sustainability must be approached with caution, as global disruptions and the inherent resource demands of ICTs can create complex challenges. As highlighted by Trinchini and Baggio (2023), a trans-disciplinary approach is necessary to develop a robust framework for 'digital sustainability' that accounts for ethical considerations, epistemological shifts, and the principles of complexity science, ensuring that digital solutions genuinely contribute to environmental goals rather than exacerbating resource depletion.

Project Tips

• When proposing a digital solution for a design project, explicitly address its potential environmental impact.
• Consider alternative, less energy-intensive digital approaches or complementary non-digital solutions.

How to Use in IA

• Reference this paper when discussing the potential environmental trade-offs of digital technologies in your design project, especially if your project involves ICTs or aims for sustainability.

Examiner Tips

• Demonstrate an awareness of the broader implications of digital technologies beyond their immediate functionality, particularly concerning resource management and sustainability.

Independent Variable: ["Global disruptions (e.g., pandemic, geopolitical conflict)","Adoption of digital technologies"]

Dependent Variable: ["Sustainability outcomes","Resource consumption","Environmental impact"]

Controlled Variables: ["Ethical considerations","Epistemological shifts","Complexity science principles"]

Strengths

• Addresses a timely and critical issue at the intersection of technology and sustainability.
• Proposes a comprehensive conceptual framework that integrates multiple disciplines.

Critical Questions

• What are the specific metrics for measuring the 'digital footprint' of various ICTs?
• How can the 'distributed morality' of multi-agent digital ecosystems be practically managed in design?

Extended Essay Application

• Investigate the lifecycle assessment of a specific digital product (e.g., a smart home device, a cloud-based service) focusing on its energy and material resource demands, and propose design modifications to improve its sustainability profile.

Source

Digital sustainability: Ethics, epistemology, complexity and modelling · First Monday · 2023 · 10.5210/fm.v28i9.12934