Commercial real estate due diligence has always scrutinised the obvious: location, structural condition, lease terms, energy performance. What is moving up the checklist - quietly but with increasing urgency - is network infrastructure. Not as a technical afterthought, but as a determinant of tenant attractiveness, ESG compliance, and long-term asset value.

When organisations report on the environmental impact of their digital infrastructure, the conversation almost always starts in the same place: data centre power consumption, cooling efficiency, renewable energy sourcing.

Most post-mortems on underperforming AI deployments focus on model selection, data quality, or tooling choices. Infrastructure is rarely the headline. It should be.

Everyone's talking about AI agents and model capabilities. But as these workloads move from demos into production, the real bottleneck is becoming clear - it's the physical infrastructure underneath.

As data centres transform into AI-driven compute powerhouses, one shift has sparked curiosity across engineering teams: why are networks moving from the “high-capacity” 12-fibre standard back to an 8-fibre design? At first it sounds like a step backwards — fewer fibres, lower numbers — but in reality it marks a major leap in efficiency and fibre utilization.