Asia-Pacific Office Space Set for 13% Expansion by 2030 as AI Disruption Risk Remains Moderate: CBRE

The Quick Take

• Occupied Asia-Pacific office space is projected to expand 13% through 2030 under a moderate AI-displacement scenario, per CBRE.
• AI-driven headcount reduction risks are expected to be offset by new roles in AI deployment, maintenance, and oversight.
• The forecast implies commercial real estate demand in the region remains structurally positive despite technology disruption.

CBRE's projection of 13% Asia-Pacific office space expansion by 2030 counters the more pessimistic narratives around AI-driven workforce displacement gutting commercial real estate demand. The research firm's moderate AI-displacement scenario suggests that while certain knowledge-worker roles will be automated, the creation of new AI-adjacent roles and the increasing floor space per worker in tech-oriented offices will more than offset headcount-driven contraction in traditional white-collar segments.

This outlook is bullish for Singapore, Tokyo, and Shanghai's Grade-A commercial real estate landlords — including CapitaLand, Link REIT, and Mitsui Fudosan — who face near-term vacancy pressure from hybrid work but benefit from the longer-cycle AI expansion thesis. Co-working operators including IWG and WeWork's restructured entity stand to gain from enterprises seeking flexible commitments as they navigate workforce transformation. Any AI adoption acceleration beyond the moderate scenario would compress the 13% growth forecast.

Key forward signals include occupancy data from Singapore's Marina Bay and Hong Kong's Central districts, which serve as leading indicators for Grade-A demand. Technology sector hiring intentions from major cloud providers (Microsoft, Google, AWS) across the region will drive near-term take-up. The macro variable is the pace of AI capability deployment — a faster-than-expected automation wave would pull the 13% expansion estimate lower, while demographic growth in emerging Asian markets would support the upside case.

Synthesized from 1 source.