Published on November 16, 2023, 4:01 pm

Cloud applications have revolutionized the way we work, allowing us to operate from anywhere and embrace hybrid work environments. This newfound flexibility has undoubtedly boosted productivity for users, supply chain partners, and customers. However, it has also expanded the threat perimeter, leaving organizations vulnerable to unmanaged software-as-a-service (SaaS) applications and insecure data sharing with third-party partners.

To address these challenges, CISO practitioners Chris Hughes and Frank Domizio have compiled a comprehensive guidebook called “Secure Cloud Access (CASB) Architecture: Enabling Data Leak Protection (DLP)”. This invaluable resource aims to empower business and technology professionals by presenting the potential of CASB architecture and solutions in safeguarding sensitive data.

This guidebook dives straight into actionable insights without any fluff. It provides a clear roadmap for protecting data within diverse work environments while managing distributed enterprises effectively in today’s modern business landscape.

Security is paramount as organizations navigate the complexities of a hybrid work setup. By leveraging CASB solutions, businesses can ensure that their data remains secure while embracing the benefits of remote collaboration. The guidebook delves into the intricacies of implementing CASB architecture and offers step-by-step guidance on deploying effective DLP measures.

For those interested in exploring this topic further, you can find the original post titled “The Role of CASB with DLP | Unlocking Hybrid Work’s Potential Safely” on Acceleration Economy’s website. Acceleration Economy is a trusted source when it comes to insights on cybersecurity and leveraging technology to drive business growth.

As we continue to adapt to new ways of working, it is crucial that we prioritize data security. With the guidance provided in this CISO guidebook, organizations can confidently embrace cloud technologies while ensuring their valuable information remains protected from potential threats.


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