A study by cybersecurity solutions provider Kaspersky shows that approximately 85% of surveyed organizations plan to expand their use of cloud services over the next five years. This increase in cloud adoption also poses security challenges.
According to Kaspersky, the surge in hybrid cloud environments and containerized development entails strong security solutions to protect every process within these complex infrastructures.
Kaspersky’s new ecosystem, Kaspersky Cloud Workload Security, composed of Kaspersky Hybrid Cloud Security and Kaspersky Container Security, offers comprehensive, multi-layered protection against various types of cyber threats, including malware, phishing, and rogue containers during runtime. This solution is designed to integrate smoothly with existing Kaspersky products, ensuring comprehensive coverage of cybersecurity risks.
“With the introduction of Kaspersky Cloud Workload Security, we offer a solution that delivers exceptional protection and performance for our customers,” Timofey Titkov, head of Cloud & Network Security Product Line at Kaspersky said in a media release. “Our goal is to empower organizations to strengthen their cloud security posture, protect vital assets, and maintain regulatory compliance effortlessly.”
Kaspersky Cloud Workload Security
Kaspersky Cloud Workload Security facilitates smooth cloud migration with its cost-effective, out-of-the-box security, allowing customers to select the necessary capabilities to protect all workloads—whether physical, virtualized, or containerized—across private, public, or hybrid clouds. It also supports continuous regulatory compliance for cloud infrastructures.
The new ecosystem promises to enhance businesses’ ability to automate information security compliance checks and predict product time-to-market with faster and more efficient security evaluations. Kaspersky’s internal tests demonstrate that this technology can save up to 30% of virtualization hardware resources when safeguarding private clouds, optimizing performance without compromising cluster integrity.
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