Unified management of infrastructure and workloads across multiple compute environments creates flexible deployment, simple and secure app-to-app interconnection, and consistent policy enforcement across cloud, data center, and edge.
An integrated, automated, and consistent set of SaaS-based services in every environment reduces management effort and misconfigurations, and improves cross-team coordination and productivity.
Flexible and scalable deployment of modern apps and legacy VMs brings the workload to the data or to the user, with end-to-end network visibility, API mapping and security, and app analytics and observability.
Advanced protection keeps threats from reaching applications, including DDoS, network and web app firewalls, and static and dynamic API security to protect services regardless of origin and documentation, leveraging cross-site orchestrated origin and destination identity.
The Distributed Cloud Platform is a modern SaaS-based platform that delivers integrated networking and security services and unified cross-environment workload orchestration across distributed infrastructures.
Logically centralized multi-tenant console for global cross-functional control, observability, orchestration, and automation at scale.
Multi-TBps global transit backbone, heavily peered to public cloud and SaaS, with Regional Edge compute points of presence (PoPs) near major global metros.
Application execution stack, including distributed Kubernetes, identity management, zero-knowledge secret management, and continuous app validation
Networking and security stack, with BGP router, VPN, cluster ingress/egress, ADC, TCP/HTTP proxy, WAF, API security, and ML-based anomaly detection.
Delivering distributed services for deploying, connecting, securing, and operating applications and data across the edge, multiple clouds, and our global network.
Distributed Cloud Services can be delivered to apps running on any platform on any public/private cloud. Connect and secure apps running in VMs, containers, bare metal, or serverless.
