As 2025 draws to a close, the IT industry is entering a decisive phase in its sustainability journey. Rapid digital growth driven by cloud computing and artificial intelligence has delivered significant efficiency and innovation, while simultaneously intensifying pressure on energy, water, and material resources. With COP30 approaching and the European Union’s Corporate Sustainability Reporting Directive (CSRD) now fully enforced, sustainability has shifted from a voluntary corporate initiative to a non-negotiable business requirement (European Commission, 2024). In this context, challenges such as escalating electronic waste, the resource-intensive nature of data centers, and the growing environmental footprint of AI underscore that sustainability is no longer a peripheral CSR topic, but a strategic imperative shaping long-term resilience and competitiveness in the IT sector.

1. The E-Waste Crisis: 62 Million Tons and Accelerating

Global electronic waste reached 62 million metric tons in 2022 the most recent comprehensive figure with volumes growing 82% since 2010 and projected to surpass 82 million tons by 2030 without intervention (Global E-waste Monitor, 2024). Recycling rates hover at just 22.3%, resulting in massive loss of recoverable materials and widespread toxic pollution.

Weak enforcement and illegal exports continue, while industry leaders face criticism for slow progress on modular designs. Calls for expanded “Right to Repair” regulations are gaining momentum.

Path Forward: Higher mandatory recycled content and extended producer responsibility are essential to reverse this trajectory.

2. Data Centers: Hidden Water and Energy Giants

The rapid expansion of AI and cloud services has dramatically increased data centers’ consumption of electricity and water. U.S. facilities alone withdraw billions of liters annually for cooling, with individual sites rivaling small cities in demand (Lawrence Berkeley National Laboratory, 2023; various corporate reports). Projections suggest usage could double or quadruple by 2028 as AI workloads surge.

Live Issue: Extreme weather events are increasingly disrupting operations, exposing infrastructure vulnerabilities. Promising innovations like immersion cooling remain under-adopted.

3. AI’s Environmental Paradox

AI queries consume far more energy than conventional searches ranging from 0.3 to several watt-hours per interaction depending on model efficiency (various studies including Epoch AI & Nature, 2023–2025). While AI drives sustainability gains in areas like grid optimization and predictive maintenance, its own footprint is increasingly scrutinized.

Key Debate: Many executives deploy AI for efficiency gains yet fail to fully measure its emissions (Deloitte, 2025). Solutions such as model distillation, federated learning, and neuromorphic hardware offer substantial reductions.

resource: deloitte.com

4. Supply Chain Fragility and Scope 3 Blind Spots

Scope 3 emissions, often the largest portion of an IT company’s footprint remain difficult to track accurately amid geopolitical tensions and data gaps (MIT & industry analyses, 2024-2025). The EU CSRD now requires double materiality reporting, raising the stakes for transparency.

Urgent Challenge: Trade disruptions risk significant emission increases. Emerging blockchain-based carbon ledgers show promise for verifiable tracking.

5. Biodiversity Loss: A Rising Tech-Related Risk

Biodiversity loss and ecosystem collapse rank as the second most severe long-term global risk (World Economic Forum, 2025), with rare earth and battery mineral mining directly contributing to habitat destruction and social issues in supplier regions.

Growing Concern: Investors and consumers are increasingly linking these impacts to tech stock volatility and brand reputation.

Toward 2026: From Compliance to Resilience

Toward 2026, organizations are increasingly shifting their perspective on sustainability, moving beyond a narrow focus on regulatory compliance toward a more strategic emphasis on resilience and long-term value creation. Recent findings indicate that 83 percent of organizations plan to increase their sustainability investments in the coming year, reflecting a growing recognition that sustainability initiatives can deliver tangible benefits in terms of business continuity, risk mitigation, and revenue growth (Deloitte, 2025). This shift highlights a broader transformation in corporate strategy, where sustainability is no longer treated as a peripheral or supportive function, but rather as a core driver of competitive advantage, enabling companies to adapt to regulatory pressures, environmental risks, and evolving stakeholder expectations in an increasingly uncertain global landscape.

For P79, the sustainability challenges facing the IT industry in late 2025 serve as an important reflection on the future direction of technology development. While P79 has not yet fully implemented sustainability practices across its operations and solutions, the company has begun to actively acknowledge and explore sustainability-related issues as part of its strategic awareness. Topics such as electronic waste, resource efficiency, and the environmental impact of digital technologies are increasingly recognized as relevant considerations for the company’s long-term growth. Through this early engagement, P79 views sustainability as a foundational perspective that will inform more responsible and resilient technology solutions in the future.

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