According to recent reports, Microsoft is making a strategic move by acquiring Avere Systems, a leading provider of hybrid cloud data storage solutions. This acquisition aims to strengthen Microsoft's position in the hybrid cloud computing market, allowing for seamless integration between cloud platforms and on-premises storage. By bridging this gap, Microsoft seeks to deliver more efficient file storage options that meet the growing demands of modern enterprises.
As the technology industry continues its shift toward cloud computing, Microsoft is looking beyond traditional models and focusing on integrating cloud and local infrastructure. This approach helps address the challenges between public and private cloud storage, offering businesses greater flexibility and control. Although the exact acquisition amount hasn't been disclosed, the deal marks a significant step in Microsoft's broader cloud strategy.
Microsoft describes Avere as a key player in high-performance file storage, serving both Linux and Windows environments across cloud, hybrid, and on-premise setups. The company specializes in optimizing storage performance, particularly when using expensive flash storage technologies, ensuring fast access regardless of where the data resides.
In a blog post, Avere’s President and CEO, Ronald Biaanchini Jr., highlighted the company’s mission to provide efficient file storage solutions. “Our customers can share content and resources across multiple data centers and make the most of their private and public cloud infrastructures,†he said, emphasizing the value Avere brings to enterprise environments.
This acquisition aligns perfectly with Microsoft’s evolving cloud strategy. Jason Zander, Microsoft Azure’s vice president, noted that Avere’s innovative file system and caching technology are essential for supporting large-scale computing workloads. Companies like Sony Pictures, Illumina, Mac Guff Animation Studios, and MPC have already benefited from these capabilities.
Zander also pointed out that Avere’s technology has broad applications across various industries, including life sciences, education, energy, finance, and manufacturing. Any organization that relies on high-performance storage and computing resources stands to gain from this partnership.
Microsoft expects the acquisition to be finalized within the next few months, pending regulatory approvals. As part of the deal, some Avere executives will join Microsoft’s leadership team and continue to operate from their Pittsburgh office.
While it remains unclear how this acquisition will affect Avere’s existing customers, such transitions often lead to adjustments in business operations. However, Microsoft has expressed confidence in maintaining and enhancing Avere’s offerings within the Azure ecosystem.
Founded in 2008, Avere has grown significantly, securing $86 million in funding over the years. Its latest round of financing, a $14 million Series E, was led by investors such as Google and Western Digital before Microsoft stepped in. Prior backers include Lightspeed Ventures, Tenaya Capital, Menlo Ventures, and Norwest Venture Partners.
Leakage protector, also known as leakage switch, is a new type of electrical safety device, mainly used for:
(1) Prevent electric shock accidents caused by electrical equipment and electrical circuit leakage;
(2) Preventing single-phase electric shock accidents during electricity use
(3) Timely cut off single-phase grounding faults in the operation of electrical equipment to prevent fire accidents caused by leakage
(4) With the improvement of people's living standards and the continuous increase of household appliances, personal electric shock and fire accidents caused by defects, improper use, and inadequate safety measures of electrical equipment in the process of using electricity have brought undue damage to people's lives and property. The emergence of leakage protectors provides reliable and effective technical means for preventing various accidents, timely cutting off power, and protecting equipment and personal safety.
The leakage protector should meet the following technical requirements
(1) The sensitivity of electric shock protection should be correct and reasonable, and the starting current should generally be within the range of 15-30 milliamperes
(2) The action time of electric shock protection should generally not exceed 0.1 seconds
(3) The protector should be equipped with necessary monitoring equipment to prevent it from losing its protective effect when the operating state changes. For example, for voltage type electric shock protectors, a neutral grounding device should be installed.
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