Cloud Datacenter Integration

Integrate cloud datacenters securely and cost-effectively.

Rethink optimization, security, and monitoring without sacrificing flexibility with Cato’s unified platform.

Decorative concentric ring artwork

Todayโ€™s Challenges

Cloud connectivity is the hard part.

Private cloud connectivity is expensive
Cloud-native access control is too coarse
Bolted-on appliances secure each datacenter
Cloud datacenters sit outside the network view

Costly cloud connectivity

Private connections to cloud datacenters are expensive, and backhauling traffic for inspection hurts performance.

Weak native access control

Cloud providersโ€™ ACL-level access control is insufficient, pushing teams toward licensing and deploying 3rd-party virtual firewalls.

Bolted-on security

Securing each cloud datacenter with separate appliances adds licensing, deployment, and scaling overhead.

Fragmented visibility

Cloud datacenters sit outside the enterprise network view, complicating troubleshooting and audit.

Costly links

Weak ACLs

Bolted-on

Fragmented

Our approach

Make the cloud
part of your network.

Cloud datacenters offer cost savings and scalability, but connecting the WAN securely while preserving those benefits requires rethinking optimization, security, and monitoring. Cato simplifies cloud datacenter integrationโ€”enabling enterprises to discover all apps, assess risk, and enforce least-privilege access in one platform.

Private Global Backbone connectivity diagram

Connect natively

Make each cloud datacenter a native part of the Cato-connected enterprise network.

Optimize the route

Use co-located PoPs and end-to-end route optimization to eliminate latency and packet loss.

Secure and see everything

Apply one built-in security stack and manage it all from a single pane of glass.

How it works

Cloud Datacenter Integration Capabilities

Avoid high costs

Performance without the premium price tag

Catoโ€™s global private backbone delivers end-to-end route optimization, avoiding costly private connections and backhaul.

PoPs co-located with AWS, Azure, and others

Latency and packet loss virtually eliminated

Throughput improvements of 4x to 40x

Centralized access management

Access control without the complexity

Once cloud networks are connected, access is managed by Catoโ€™s Firewall-as-a-Service with built-in Active Directory integration.

Granular user and application control

Full visibility for troubleshooting and audit

No insufficient cloud ACLs or 3rd-party virtual FWs

Built in, not bolted on

Security thatโ€™s built into the backbone

Catoโ€™s Security-as-a-Service is built into the private global backbone. No additional appliances, physical or virtual.

One security stack for all cloud datacenters

All traffic processed through the full stack

Scales seamlessly as load grows or DCs are added

Single pane of glass

Full visibility for full control

By making the cloud datacenter a native part of the network, Cato gives the same visibility and control as the physical network.

One view of sites, cloud resources, and mobile users

Network and security policy in one console

Detailed analytics and security event reporting

Customer Stories

Customers love Cato

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Using Cato, we were able to bring our Spanish site closer to the servers by installing an additional socket at the Spanish site, which takes advantage of the PoP in Spain. As a result, our data center on Azure Spain is automatically accessed through the Spanish PoP, and itโ€™s as if theyโ€™re practically on the same LAN. We have a latency of two milliseconds from our headquarters to Azure Spainโ€”itโ€™s just like having our servers installed locally.

Networking and Infrastructure Manager

Midsize Aerospace Supply Chain Integrator

Networking and Infrastructure Manager

Midsize Aerospace Supply Chain Integrator

Using Cato, we were able to bring our Spanish site closer to the servers by installing an additional socket at the Spanish site, which takes advantage of the PoP in Spain. As a result, our data center on Azure Spain is automatically accessed through the Spanish PoP, and itโ€™s as if theyโ€™re practically on the same LAN. We have a latency of two milliseconds from our headquarters to Azure Spainโ€”itโ€™s just like having our servers installed locally.

Networking and Infrastructure Manager

Midsize Aerospace Supply Chain Integrator

Director, Corporate IT

Midsize Specialty Services Company

With Cato, things are more secure, simpler, and we have a better response and speed. Our grading system is in AWS, with a virtual socket (VPC) that all sites use to connect. Previously, all sites had to connect to the database in Irvine, but now, with Cato and AWS, sites just connect through the Cato cloud, improving speed and access.

Director, Corporate IT

Midsize Specialty Services Company

Lead Network Engineer

Large Religious Nonprofit

We only dropped 0.02 percent of pings to the servers and AWS, which was like 18 pings the entire weekend, and our speed was faster than going through our TierPoint data center and direct connect circuit and MPLS circuit, which really impressed me.

Lead Network Engineer

Large Religious Nonprofit

Get a live demo

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What to expect

15โ€“30 minute session with a SASE product expert

Discuss your use cases and how we can help

Live product demonstration where applicable

Get Started

See Cato in Action

FAQS

Answers to common questions

How does Cato connect and optimize cloud datacenter traffic?4 questions

What is Cato Cloud Datacenter Integration?

Cato Cloud Datacenter Integration connects cloud environments such as AWS and Azure into the Cato-connected enterprise network. Instead of treating each cloud datacenter as a separate networking and security project, teams can bring cloud resources into the same operating model used for sites, users, and applications.

What problems does Cato solve for cloud datacenter connectivity?

Cloud datacenters can be difficult to connect without adding cost, latency, or operational sprawl. Cato addresses common issues such as costly private cloud connectivity, inconsistent access controls, separate virtual firewall deployments, and fragmented visibility across cloud resources, sites, and mobile users.

How does Cato improve performance when connecting to cloud datacenters?

Cato uses Cato Neural Edge, its global private backbone, and PoPs located near major cloud regions to optimize routes between users, sites, and cloud datacenters. This approach can reduce latency, packet loss, and dependence on unpredictable public-internet routes.

How is this different from backhauling cloud traffic for inspection?

Backhauling cloud traffic to a central security appliance can add delay and reduce the performance benefits of moving workloads to the cloud. With Cato, traffic can be carried over Cato Neural Edge and inspected through Catoโ€™s cloud-delivered security stack, reducing the need for distant inspection points.

How does Cato secure and control cloud datacenters?2 questions

How does Cato handle security for cloud datacenters?

Catoโ€™s cloud-delivered security is built into the Cato SASE Cloud, so teams can reduce separate physical or virtual firewall deployments for each cloud datacenter. Traffic can be processed through one security stack as cloud environments are added or expanded.

How does Cato improve access control for cloud resources?

Once cloud networks are connected, Cato can apply identity-aware network security policies to cloud traffic. This gives teams consistent user and application controls alongside cloud-native access controls, without adding separate third-party virtual firewalls for every cloud datacenter.

How does Cato simplify hybrid-cloud operations?2 questions

Can cloud datacenters, branch offices, and mobile users be managed together?

Yes. Cato makes cloud datacenters part of the same connected network view as physical sites and mobile users. Network and security policies can be managed from one console, with analytics and security event reporting across the environment.

Who is Cato Cloud Datacenter Integration designed for?

It is designed for organizations that use cloud datacenters as part of their production environment and need secure, efficient connectivity without building a separate stack around every cloud location. It is especially relevant for teams trying to reduce dedicated connectivity costs, avoid appliance sprawl, and improve visibility across hybrid infrastructure.