As enterprises increasingly move workloads to private cloud for reasons such as performance and compliance and to leverage AI on-premises, security leaders face a critical challenge: implementing Zero Trust architecture at scale.
While Zero Trust has become the gold standard for enterprise security, operationalizing it manually presents significant obstacles that AI can help overcome.
Unlike perimeter-focused security models, Zero Trust for private cloud assumes no implicit trust and requires continuous verification of every transaction.
A practical deployment of Zero Trust for applications requires a comprehensive understanding of the complex connections and dependencies between each asset in a constantly changing environment — and that’s just the starting point. Traditional tools have been engineered for perimeter security and have significant gaps in procuring data to understand these complex interactions of private cloud applications. Simply engaging in this first step with traditional tools is extremely cumbersome and costly.
But does that mean the solution is to focus on protecting only critical apps with Zero Trust?
Actually, no, according to Ranga Rajagopalan, CTO of the Application Networking and Security Division at Broadcom.
“You may think, oh that’s good enough,” Rajagopalan said. “I’ll protect my critical apps through Zero Trust and not worry about non-critical apps. But that ‘partial Zero Trust’ approach won’t work. Modern attackers identify less-secure environments and systems, enter through them, and then move laterally toward high value assets. True Zero Trust demands that every application, every asset has the same level of cyber defense.”
Zero Trust implementation in private cloud faces three primary challenges that often derail enterprise initiatives.
Vendor complexity: Organizations typically require multiple specialized tools — firewalls, microsegmentation solutions, network detection, and response systems — from different vendors. This fragmented approach creates operational complexity with multiple APIs, operating systems, and management consoles that must be integrated and maintained.
High costs: The high-volume app-to-app traffic in private cloud environments demands significant processing power from security tools. Traditional solutions become prohibitively expensive when scaled to handle comprehensive application-level traffic analysis.
Data quality: Effective Zero Trust requires comprehensive, contextual data for high-fidelity threat detection. Operating in silos without integrated visibility across networking, computing, and storage systems severely limits detection capabilities.
AI addresses these challenges by automating the complex, manual processes that make Zero Trust implementation daunting. AI can discover applications automatically, map communication patterns, detect anomalies, and generate security policies. AI is more effective when it has access to comprehensive data sets with contexts.
Understanding “tribal” knowledge
AI technology excels at understanding unique application behaviors that typically exist as undocumented tribal knowledge within organizations. By ingesting information about applications and performing automated forensics, AI can create appropriate security rules that are always validated and approved by humans prior to activation and enforcement.
This automation reduces the inter-team dependencies that often create deployment bottlenecks. Instead of requiring extensive coordination between security, networking, and application teams, AI handles the bulk of the heavy lifting of assessing the environment, creating policies, and verifying their behavior for correctness.
VMware vDefend exemplifies how AI can transform Zero Trust implementation in private cloud environments. The platform unifies multiple security functions into a single, integrated stack that’s natively integrated with private cloud infrastructure.
vDefend’s AI capabilities enable rapid deployment and operationalization of Zero Trust for applications, reducing implementation timelines from months to days or weeks.
The solution can scale to multi-terabit environments through software upgrades without additional licensing costs, thereby addressing the economic barriers that often limit Zero Trust scope in private cloud.
Additionally, the platform’s integration with private cloud infrastructure enables organizations to protect their entire application environment rather than just critical systems, closing the security gaps that attackers exploit.
Finally, by combining AI automation with self-service capabilities, vDefend allows development and operations teams to deploy new applications with security policies already in place, eliminating the traditional gap between compute deployment and security implementation that creates vulnerability windows.
As enterprises continue their digital transformation journey, AI-powered Zero Trust solutions represent the most practical path to comprehensive security. AI transforms an otherwise complex, resource-intensive, multi-year initiative into a rapidly deployable and operationally scalable security strategy that can keep pace with an ever-evolving threat landscape.
Learn more about how VMware vDefend can simplify and accelerate affordable Zero Trust implementation and management in private cloud.
Umesh Mahajan, VP and GM, Application Networking and Security Division, Broadcom
