
Secure workloads with real-time threat detection, runtime security, and continuous protection across modern cloud environments.
Protect your active cloud assets from sophisticated threats with deep visibility and automated defense mechanisms.
Expertise, innovation, scalability, security, and proven success.
Cloud-Native Security Expertise
Deep experience securing modern, distributed, and containerized cloud workloads.
Threat-Centric Approach
Focused on detecting and stopping active attacks, not just theoretical risks.
Platform-Agnostic Coverage
Workload protection across AWS, Azure, GCP, and hybrid environments.
Trusted Partner
Supporting long-term cloud protection for your business.
Business Focused
Security services aligned with your current and future business plans.
Reliable Delivery
Timely service delivery to protect your digital operations.
Achieve continuous workload protection and operational confidence across every layer of your cloud runtime stack.
Cloud workload protection platform (CWPP) keeps an eye on how your applications behave while they are running. If an app suddenly tries to access files it should not have access to or makes unusual network calls, CWPP flags the activity immediately.
Runtime monitoring acts as a digital security guard for your apps. It alerts your team the moment a process behaves strangely, allowing you to stop a breach in progress rather than discovering it weeks later through an audit.
Cloud workload protection platform (CWPP) monitors activity within running workloads to detect suspicious behavior after initial access. If an attacker gains entry, CWPP identifies abnormal movements and triggers containment actions before sensitive data or operations are impacted.
Traditional antivirus is designed for static systems, while CWPP is built for dynamic cloud environments. CWPP provides visibility into containers and serverless workloads and detects modern, fileless attacks that legacy tools often miss.
CWPP uses lightweight, cloud-native agents and eBPF-based monitoring to minimize overhead. This ensures strong runtime protection with negligible impact on application latency or performance.