Data Centre Optimisation: Why Vertiv Aquired Waylay NV
Vertiv has completed the purchase of Waylay NV, a Belgian specialist in artificial intelligence automation and hyper-automation software, to advance sustainable digital infrastructure for modern data centres.
The transaction reflects Vertiv's continued focus on AI-powered monitoring and optimisation solutions, addressing the surging market demand for energy-conscious data centre technologies amid expanding artificial intelligence computational requirements.
“With the addition of Waylay's technology and software-focused team, Vertiv will accelerate its vision of intelligent infrastructure – data-driven, proactive and optimised for the world's most demanding environments,” says Giordano Albertazzi, CEO of Vertiv.
“We are excited about the operational efficiencies and the resilience that Vertiv's further augmented predictive capabilities can provide for our customers.”
Waylay's intelligent automation ecosystem
Established in 2014, Waylay has engineered a comprehensive hyper-automation solution leveraging generative AI to improve process automation, system connectivity and coordination across networked devices and software applications.
This technology facilitates swift machine data interpretation, proactive identification of performance trends and anticipatory guidance to minimise service interruptions. Through simplified integration and implementation processes, Waylay reduces operational expenses and boosts system performance - critical factors for enterprise-scale data centres handling complex AI operations.
Waylay's expertise in coordinating enterprise information systems enables varied use cases. It provides administrators the adaptability to optimise both hardware infrastructure and information technology processes, directly influencing service dependability and environmental impact.
Addressing modern AI data centre complexities
AI-focused data centres encounter distinct operational hurdles compared to conventional computing facilities. The requirements for training sophisticated models and operating high-performance GPU arrays result in elevated thermal output and amplified power consumption. This creates mounting pressure for more sophisticated cooling and electrical management technologies.
Through incorporating Waylay's AI and automation capabilities into its infrastructure catalog, Vertiv seeks to offer operators immediate operational transparency and forecasting analytics. These solutions prove vital for detecting performance gaps, managing thermal conditions proactively and maintaining flexibility during variable computational demands, promoting more environmentally responsible operations.
This strategic emphasis on operational intelligence corresponds with worldwide initiatives to harmonise data centre expansion with environmental stewardship objectives.
Broadening Vertiv's comprehensive solution suite
Vertiv currently provides complete data centre infrastructure systems, including server racks, electrical distribution equipment, backup power systems, climate control and support services. Incorporating Waylay introduces advanced surveillance capabilities, preventive maintenance protocols and AI-powered coordination, strengthening the environmental benefits of these products.
Clients will benefit from an integrated strategy that combines physical infrastructure with intelligent software solutions. This delivers enhanced implementation efficiency, expandability and system robustness, essential for data centres pressured to maintain superior performance while minimising environmental footprint.
What does the future hold?
Vertiv's partnership with Waylay represents the revolutionary impact of artificial intelligence on data centre management. As the sector experiences growth in AI-driven computational capacity, sustainable infrastructure oversight solutions become increasingly vital.
Vertiv's incorporation of Waylay's technology seeks to improve operational dependability while optimising power consumption and decreasing operational expensesâan essential objective for tomorrow's sustainable enterprise-scale data centres.