Mews Cuts 15% of Staff, Points to AI in Broad Restructuring — Exclusive

Key Points

• Mews is cutting 15% of its ~1,350 staff, with the CEO framing the layoffs as AI-driven structural change—AI now lets one person or team own work end-to-end, eliminating handoffs between design, product, and engineering, and automating tasks like bug fixes.
• The restructuring signals a strategic shift from selling software toward becoming a service provider, using AI to absorb more hotel operations work and build deeper customer relationships through fewer contact points.
• The cuts reflect a wider travel-tech trend toward leaner, AI-centric operating models—Expedia, Amex GBT, and Oracle have made similar reductions—while Mews continues expanding via 14 acquisitions, a SiteMinder partnership, and a $300M Series D partly dedicated to agentic AI.

Summary

Hospitality software provider Mews is laying off 15% of its roughly 1,350 employees in its most significant restructuring since the pandemic, with CEO Richard Valtr attributing the cuts directly to AI rendering certain roles obsolete rather than to individual performance. Valtr argues that AI now enables single employees or unified teams to own work end-to-end—collapsing the traditional handoffs between design, product management, and engineering—while automating tasks such as bug fixes. The company has spent at least six months pushing AI adoption and training, expecting staff to build their own agents and treat AI fluency as a baseline skill akin to Excel. Valtr sees this shift extending to customers, positioning Mews to move beyond selling software toward acting as a service provider that absorbs more hotel operations work. The move mirrors a broader industry trend, with Expedia, Amex GBT, and Oracle also trimming staff amid AI and automation pivots. Mews, which serves 15,000+ hotels across 85 countries and raised a $300 million Series D at a $2.5 billion valuation in January (partly earmarked for agentic AI), has made 14 acquisitions and continues expanding its hotel-operations platform.