A New Network Architecture Built for Whatever’s Next
Cato is the world’s first SASE platform converging SD-WAN and security into a global cloud-native service. Cato enables enterprises to move away from a network built with rigid and expensive MPLS connectivity, a bundle of point solutions, and expensive managed services, to a unified, secure and agile network architecture. This new architecture enables IT and the business to rapidly address new business requirements, like global expansion, M&A, cloud migration, and workforce mobility, while reducing cost and complexity. And, it enables an optimal security posture with self-evolving defense that seamlessly mitigates emerging threats. Flexible management options are also available. Unlike legacy managed network services, customers can manage the network themselves or use expert managed services from Asecus. With Cato, your network and your business are ready for whatever comes next.
By using Cato, enterprises can:
- Easily migrate from MPLS to SD-WAN with Cato’s end-to-end network optimization
- Improve performance between global locations by using Cato’s affordable global private backbone vs the unpredictable Internet or costly global MPLS
- Provide direct, secure internet access to all branch locations and mobile users with Cato’s built-in security as a service and without deploying security point solutions
- Optimize and secure cloud access with Cato’s agentless cloud integration and the Cato global private backbone by any user, and from anywhere and without using premium cloud connectivity solutions like AWS DirectConnect and Microsoft ExpressRoute.
- Optimize and secure mobile users access with Cato Client or clientless access options to physical and cloud data centers, and cloud applications.
Do you have questions about the Cato Networks SASE Solution and would you like to contact us?
AI Security (AISEC)
/in AI Security, Products /by Dana BadulescuCato AI Security for Applications protects in-house AI applications and AI agents in enterprises from attacks during runtime. The goal is to detect and stop risks before they impact users, systems, or data. The aim is to enable enterprises to operate their own AI apps securely, without attacks on models, data, or users having any impact.
Security mechanisms monitor the communication and behavior of AI apps to detect attacks early on.
These include, for example, input manipulation (prompt attacks), data exfiltration, or the misuse of AI functions.
The solution operates while the AI application is in use and prevents attacks in real time.
The security features are integrated into Cato’s cloud-based platform and operate with low latency.
AI-powered analytics are designed to keep the number of false security alerts low.
Cato AI Security for End Users safeguards employees’ use of AI tools (such as chatbots, copilots, or other AI services). It provides transparency and control over all AI interactions within the organization. The goal is to ensure the secure and controlled use of generative AI tools within the organization, without data leaks or compliance issues.
Identifies AI tools that employees use without official approval.
Organizations can see which AI apps are being used and what data is being sent to them.
Security policies can specify which AI tools are permitted and what data may be shared.
Every interaction with AI services is monitored and evaluated to minimize risks.
IT teams can analyze usage, assess risks, and enforce security measures.
Cato Cloud
/in SASE /by Anton DreherThe World’s First SASE Platform, converging SD-WAN and Network Security in the Cloud
Cato Cloud connects all enterprise network resources, including branch locations, the mobile workforce, and physical and cloud datacenters, into a global and secure, cloud-native network service. With all WAN and Internet traffic consolidated in the cloud, Cato applies a suite of security services to protect all traffic at all times.
Cato Cloud is comprised of the following pillars: a global private backbone to provide predictable connectivity everywhere, edge SD-WAN to manage multiple last mile links and quality of service, security as a service stack to protect all traffic from locations and users, secure and optimized access to cloud resources and mobile users, and a self-service management application.