Choose from the topics below to understand how each component contributes to a unified SASE architecture.
Empower the future of work with comprehensive, consistent protection for all of your users, devices,
applications and data wherever they are.
Attackers generate new, never-before-seen malware variants that cannot be detected by traditional sandboxing solutions.
Attackers create and launch unknown phishing pages at scale, rendering traditional web crawlers ineffective.
DNS is an essential internet protocol and carries a significant amount of bi-directional traffic, giving attackers opportunities to hide malicious activity.
Traditional IPS struggle to stop threats hidden within encrypted traffic, and their signature-based detection methods are inherently slow to adapt to rapidly evolving zero-day exploits.
Legacy security approaches struggle to secure the widespread adoption of SaaS applications and data. They typically lack the comprehensive visibility, precise data classification, and integrated controls necessary for protecting distributed users and devices.
Securing the rapid growth of GenAI applications is challenging. Key hurdles include the absence of a clear AI inventory (Shadow AI), a lack of governance policies for AI-specific risks like prompt injection, and significant data exposure risks.
Dramatically reducing the risk of a data breach across all applications and data requires consolidated security capabilities including DLP.
A significant industry challenge is gaining complete visibility into IoT devices on the network and the ability to easily identify, quantify, or classify the devices and their associated risks.
Empower the future of work with comprehensive, consistent protection for all of your users, devices,
applications and data wherever they are.
Empower your branch with AI-driven Zero Trust, best-in-class connectivity, security, and an unparalleled
user experience for all applications.
Deliver direct-to-app access that ensures an exceptional user experience for all applications anywhere.
Safeguard users, IoT devices, and networks against emerging threats through context-aware policies and continuous threat inspection.
Simplify network and security operations with built-in AI/ML-enabled tools to minimize disruptions and improve efficiency.
Empower your branch with AI-driven Zero Trust, best-in-class connectivity, security, and an unparalleled
user experience for all applications.
Meet the only secure browser natively integrated with SASE.Extends SASE protection seamlessly to every device, bringing
unmatched agility, security, and control to your business.
Enable secure remote access while applying Zero Trust access policies and granular data controls.
Protect sensitive data in applications and secure traffic that might be hard to decrypt.
Zero Trust access policies are enforced based on user identity, device posture, and session context.
Safeguard enterprise data within GenAI tools and stop the use of unapproved Shadow AI.
Reduce the cost and complexity of VDI with a solution that takes minutes to onboard and offboard.
Work in the browser is exposing
organizations to threats and data
loss on both managed and
unmanaged devices.
Secure all work in the browser on
any device - managed and
unmanaged.
Data breaches can occur anywhere, and it's challenging for users to ensure the security of their data. With the increasing use of SaaS applications, the risk of data breaches has become more significant. Users face the problem of protecting their sensitive data from unauthorized access, which can lead to financial losses, reputational damage, and legal consequences.
Inadvertent data exposure is a significant concern for users, as it can occur through various means such as misconfigured SaaS applications, weak access controls, or inadequate encryption. This can lead to sensitive data being exposed to unauthorized parties, causing harm to individuals and organizations.
Malicious insiders can pose a significant threat to an organization's security. Users face the challenge of identifying and mitigating the risk of malicious insiders, who can intentionally or unintentionally compromise sensitive data. This can be due to various factors such as lack of training, inadequate access controls, or insufficient monitoring.
Users must ensure that their SaaS applications comply with relevant regulations and standards, such as GDPR, CCPA, and HIPAA. This can be a challenging task, as it requires ensuring that data is handled, stored, and transmitted in accordance with these regulations. Failure to comply can result in significant fines, reputational damage, and legal consequences.
Shadow SaaS refers to the use of unauthorized SaaS applications within an organization. Users face the problem of discovering and governing access to these applications, which can pose a significant risk to data security. Without proper visibility and control, users may inadvertently expose sensitive data to unauthorized parties.
To gain real-time visibility into which GenAI apps are being used and by whom.
Systematically codifying GenAI strategies and enforcing granular access policies is required to reduce operational burden and manage risk effectively.
Preventing sensitive data loss and defending against malicious responses is necessary for safe AI adoption.
The proliferation and complexity of GenAI apps make it challenging to identify, categorize, and monitor usage effectively, impacting overall security posture.
GenAI apps are an emerging source of risk that can inadvertently expose sensitive company data, leading to significant business and compliance risks.
The absence of clear GenAI usage policies and technical enablement creates employee risks, potential dissatisfaction, and potential circumvention of restrictions.
The growing complexity of networks, accelerated cloud adoption, and a distributed workforce, contributes to
operational challenges, leading to degraded user experiences and over burdened IT teams.
Slow applications, high latency, and inconsistent performance.
No visibility into SaaS, cloud, and network issues.
Hard to pinpoint root causes, long resolution times.
Issues detected after users complain.
Accelerate application performance for every user while proactively preventing performance issues with real-time
visibility into your user’s journey for every web application.
Accelerate application performance for every user while proactively preventing performance issues with real-time
visibility into your user’s journey for every web application.
Users experience slow performance when accessing mission-critical applications, resulting in lost productivity and efficiency.
Administrators lack visibility into network activity, making it difficult to monitor and manage network traffic, security, and performance.
Users rely on consumer-grade connectivity that lacks enterprise-level Service Level Agreements (SLAs), resulting in unreliable and unsecured connections.
Users, frustrated with a slow application experience, will remove security controls in hopes of speeding up the app to allow them to complete their work.
Accelerate application performance for every user while proactively preventing performance issues with real-time
visibility into your user’s journey for every web application.
Ready to empower your hybrid workforce with a single, cloud-delivered solution? Fill out the form below to connect with a Prisma SASE expert and learn how you can simplify operations, enhance security, and deliver an exceptional user experience.