Palo Alto Networks (NYSE: PANW), the global cybersecurity leader, today introduced three significant advancements aimed at harnessing the power of advanced AI and machine learning to transform how...
Palo Alto Networks (NYSE: PANW), the global cybersecurity leader, underscored the need for increased IT security by releasing several new capabilities that predict malicious attacks and use...
This reference document provides detailed guidance on the requirements and functionality of the Transit VPC design model on AWS. This guide explains how to successfully implement the design using Panorama, Palo Alto Networks® VM-Series firewalls, and VM monitoring.
This reference document links the technical design aspects of the Google Cloud Platform with Palo Alto Networks solutions and then explores several technical design models. The design models include a model with all instances in a single project to enterprise-level operational environments that span across multiple projects using Shared VPC.
This reference document provides detailed guidance on the requirements and functionality of the single project design model and explains how to successfully implement that design model using Panorama and Palo Alto Networks® VM-Series firewalls on Google Cloud Platform.
This reference document provides detailed guidance on the requirements and functionality of the Shared VPC design model and explains how to successfully implement that design model using Panorama and Palo Alto Networks® VM-Series firewalls on Google Cloud Platform.
Attackers have developed an arsenal of tools and techniques to break into organizations’ networks and steal valuable information. This report reveals the latest tactics that threat actors use to stay under the radar while conducting internal reconnaissance. It also explains how automation has enabled amateur hackers to carry out advanced reconnaissance and accelerate the speed of attacks.
This reference document provides detailed guidance on the requirements and functionality of the Transit VNet design model and explains how to successfully implement that design model using Panorama and Palo Alto Networks® VM-Series firewalls on Microsoft Azure.
This reference document links the technical design aspects of Microsoft Azure with Palo Alto Networks solutions and then explores several technical design models. The design models include multiple options with all resources in a single VNet to enterprise-level operational environments that span across multiple VNets using a Transit VNet.
This reference document provides detailed guidance on the requirements and functionality of the dedicated inbound option of the Single VNet design model and explains how to successfully implement that option using Panorama and Palo Alto Networks® VM-Series firewalls on Microsoft Azure.
This reference document outlines how the enforcement and data collection elements of our Security Operating Platform can be automated to improve and enforce a strong security posture.
This reference document provides detailed guidance on the requirements and functionality of the common firewall option of the Single VNet design model and explains how to successfully implement that option using Panorama and Palo Alto Networks® VM-Series firewalls on Microsoft Azure.
App-ID with Policy Optimizer increases the value of our industry-leading next-gen firewalls by quickly determining the exact identity of applications traversing your network. Watch the webcast to learn more.
By embracing the Zero Trust model, organizations can position themselves for a future that has cybersecurity built into their technologies, cultures and operations.
Watch the on-demand webinar, “Don’t Get Jacked: 4 Steps to Protecting Your XaaS in the Cloud” to will help you better understand how to defend against the latest cloud threats, differences between on-premises and cloud security, and critical aspects of container security and their countermeasures.
A collection of 10+ leaders and visionaries centered on doing business in the Digital Age – fostering a mutual understanding between technical and non-technical executives when it comes to existential issues surrounding cybersecurity.
Palo Alto Networks (NYSE: PANW), the global cybersecurity leader, announced today financial results for its fiscal second quarter 2019, ended January 31, 2019. Total revenue for the fiscal second...
Most organizations deploy a number of security products to protect their endpoints, including one or more traditional antivirus solutions. Nevertheless, cyber breaches continue to increase in frequency, variety and sophistication. Faced with the rapidly changing threat landscape, current endpoint security solutions and antivirus can no longer prevent security breaches on the endpoint. Palo Alto Networks® Traps™ advanced endpoint protection replaces traditional antivirus with a unique combination of the most effective, purpose-built, malware and exploit prevention methods that pre-emptively block known and unknown threats from compromising a system.
The Palo Alto Networks® Cortex platform unleashes a consumption model based in software as a service, or SaaS,
that allows customers to dynamically engage apps to solve a nearly boundless number of the most challenging security use
cases with the best technology available.
Palo Alto Networks Traps replaces traditional antivirus with a multi-method prevention approach that secures endpoints against known and unknown malware and exploits before they can compromise a system. Traps prevents security breaches and successful ransomware attacks, in contrast to detection and response after critical assets have been compromised.
Traps Advanced Endpoint Protection:
• Prevents cyberbreaches and successful ransomware attacks by preemptively blocking known and unknown malware, exploits and zero-day threats.
• Protects and enables users to conduct their daily activities and use web-based technologies without concerns for known or unknown cyberthreats.
• Automates prevention by autonomously reprogramming itself using threat intelligence gained from WildFire.
The Palo Alto Networks® Cortex platform unleashes a consumption model based in software as a service, or SaaS,
that allows customers to dynamically engage apps to solve a nearly boundless number of the most challenging security use
cases with the best technology available.
