For many organizations, the cloud has become the sole route to market for new application deployment. It affords greater agility and scalability, higher performance, and faster access to innovative technologies, all of which help businesses maintain a competitive edge. As a result, data and applications now reside in a multitude of cloud environments, including private and public clouds, spanning infrastructure, platform and software as a service – IaaS, PaaS and SaaS, respectively. Confidently accelerating the move to the cloud requires consistent, automated protections across multi-cloud deployments that prevent data loss and business disruption. This paper highlights an innovative security approach that eliminates the wide range of cloud risks that can cause breaches, while enabling organizations to achieve consistent and frictionless cloud protections for multi-cloud environments.
Palo Alto Networks® PA-5200 Series of next-generation firewall appliances comprises the PA-5260, the PA-5250 and the PA-5220, which target high-speed data center, internet gateway and service provider deployments. The PA-5200 Series delivers up to 72 Gbps of throughput using dedicated processing and memory for the key functional areas of networking, security, threat prevention and management.
This datasheet provides a comprehensive overview of the critical PAN-OS features that power all next-generation firewalls from Palo Alto Networks.
Palo Alto Networks® Logging Service introduces a simpler approach, managing valuable security logs while enabling innovative security applications in concert with Palo Alto Networks Application Framework.
Palo Alto Networks® PA-3200 Series of next-generation firewalls comprises the PA-3260, PA-3250 and PA-3220, all of which are targeted at high-speed internet gateway deployments.
As the next-generation security company, we are committed to maintaining trust in our digital age.
The dynamic nature of public cloud environments requires security operations teams to adapt and embrace a new approach to securing the cloud. Threat assessment and mitigation are significantly impacted due to ephemeral cloud environments, decentralized management models, and distributed data across multi-cloud deployments. Threat prevention for the cloud needs to be built around the principles of attack surface reduction through segmentation and prevention controls, advanced threat detection measures built around user, network and host activity monitoring and behavioral baselines, and rapid response through automated remediation.