Cloudflare's Zero Trust Network Access (ZTNA) technologies create secure boundaries around applications. When resources are protected with ZTNA, users are only allowed to access resources after verifying the identity, context, and policy adherence of each specific request. Cloudflare's Zero-Trust-as-a-Service model enables users to deploy access controls on the company's instant-on cloud platform, backed by Cloudflare's global network.
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Tempered Airwall
Score 10.0 out of 10
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Tempered Networks is network security technology from the company of the same name in Seattle, Washington.
For example, Cloudflare is a very good solution for ZTNA implementation. Cloudflare has Warp for propagating Gateway rules and checking device posture. Browser Isolation gives you more abilities to use internet resources without any restrictions and at the same time not put the company at risk. For example, if there is no DLP solution in place blocking the printing function can partly protect the company's sensitive data from intentional or intentional leakage through the online forms. A similar approach protects the end-user device from Zero-day threats and malicious software code. Moreover, Remote Browser Isolation technology protects not only the user's device but also the user himself from possible phishing attacks - for example, even if the user enters his username and password on the phishing website, bank card issuers, or other personal or confidential data, data will not go beyond the isolated cloud environment. Cloudflare Access gives company administrators a great opportunity to implement role-based access policies and make effect segmentation and diversification of company network groups.
It's very well suited for geographically dispersed organizations, where deploying and managing remote firewalls and other network security functions aren't practical. Once deployed, and the deployment isn't difficult after planning and understanding the data flows of the IoT devices, the system is easily managed and flexible. You're able to allow front line operations people to add devices into a role without sacrificing the integrity of the security model.
It's pretty darned good for a new company. We had to hash through a couple of instances that no one had ever run into, but once we got to the right person on the engineering team, they were able to work through the solution pretty quickly. The nice thing is, unlike Cisco, once you fix something, you don't find three new things that have to be changed.
As long as all Cloudflare products and services rely on anycast technology, in a complex approach Cloudflare is faster and more relevant for cloud applications. The balance between security and performance is fully established. Also, Cloudflare has quite a good stack for API connection protection, like the API Shield example, which makes it more effective compared to F5 for example. Warp as a ZTNA agent gives better visibility and device posture information than FortiClient does.
The cost and complexity vs. ISE is as different as Uber and Lift are from trying to take a taxi in Duluth, Minnesota. The complexity of Cisco's IoT security is a joke. It was going to take us over a year just to deploy all the Cisco equipment, and that was if we could have gotten it all working together. We got the entire project deployed in just under 3 months, and that includes working out all the bugs and logistics. Honestly, I don't think all the Cisco parts would have ever been running like Cisco promised it would. It's just way too complicated.
