IPU Based Cloud Infrastructure

whitePaper | April 27, 2022

As virtual environments scale, understanding how each virtual machine impacts the underlying infrastructure becomes a necessity for efficient data center design and timely issue diagnosis. Capturing this information, however, typically requires complex and costly manual processes. These issues are often particularly challenging across the network, generating a “fog” that hides data congestion and impedes identifying a resolution.

whitePaper | December 22, 2021

These are unpredictable and unsettling times. Like all of you, I am watching events unfold in the global response to COVID-19, and I am doing what is best for my family, the Zscaler family, and Zscaler customers and partners. Zscaler’s mission is to provide secure, fast, and reliable access to applications, no matter where they are hosted, and no matter where users connect. Zscaler is playing a pivotal role for enterprises as they respond to the crisis: We have an obligation to help customers keep employees safe and productive as they work remotely.

whitePaper | June 8, 2022

Zscaler Private Access (ZPA) redefines private app connectivity and security for today’s hybrid workforce with the industry’s only next-generation zero trust network access (ZTNA) platform.

whitePaper | July 22, 2022

Moving to cloud requires a proactive, thoughtful strategy an approach that explores opportunities for value in new areas of the business; improves current capabilities and processes to drive down costs and respond faster to changing customer demands; and establishes a prescriptive path that enables IT to serve as a strategic partner to the business and its customers.

whitePaper | December 22, 2021

Choosing the CPU for enterprise applications is not an easy task, whether you use a simple quick calculation to determine your needs or perform exhaustive capacity planning with analytical model simulations for workloads and their future growth. Often, lack of details (or inaccurate information) about the input data and the workload type leads to uncertain estimations about the rightsizing of the hardware (CPU type, core count and clock speed, memory capacity, etc.), leading to suboptimal resource utilization.

whitePaper | November 22, 2022

The evolution and large-scale deployment of fifth generation “5G” wireless networks over the next few years will require complementary 5G services by offering ubiquitous and reliable coverage across numerous geographies. Terrestrial networks are currently focusing on delivery of 5G services to areas already being served by existing cellular technologies, but the unique capabilities of non-terrestrial networks can help expand the reach of 5G technology in the realization of new use cases.