Cisco Secure Endpoint is a cloud-managed endpoint security solution that provides advanced protection against viruses, malware, and other cyber threats by detecting, preventing, and responding to threats. Cisco Secure Endpoint is managed online via a web-based management console and can be deployed on a variety of platforms. It protects endpoints, networks, emails, and web traffic.
In a world of evolving threats, it’s necessary to put security above everything. Cisco Secure Endpoint provides you with the scope, scale, and capabilities to attain effective security with its integrated portfolio and industry-leading threat intelligence. Cisco Secure Endpoint continuously tracks and analyzes files and file activities across your systems - both remote and on premises - and compares these events to other events that occurred before or during past attacks. If a file exhibits malicious behavior, the tool sends an alert which enables you to stop a potential threat from succeeding.
Key Capabilities of Cisco Secure Endpoint
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Multi-layered protection: Cisco Secure Endpoint combines behavioral analytics, machine learning, and signature-based techniques to prevent threats from compromising your endpoints.
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Powerful EDR capabilities: Reduce attack surface using advanced endpoint and extended detection and response, threat hunting, and endpoint isolation.
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Dynamic malware analysis: Identify and block attacks in real time.
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Simplified investigations: Advanced search capabilities help you get the information you need about your endpoints fast.
Reviews from Real Users
Cisco Secure Endpoint stands out among its competitors for a number of reasons. Two major ones are its ability to enable developers to easily secure their endpoints with one single operation using its management console and its advanced alerting techniques.
Tim C., an IT manager at Van Der Meer Consulting, writes, "The solution makes it possible to see a threat once and block it everywhere across all endpoints and the entire security platform. It has the ability to block right down to the file and application level across all devices based on policies, such as, blacklisting and whitelisting of software and applications. This is good. Its strength is the ability to identify threats very quickly, then lock them and the network down and block the threats across the organization and all devices, which is what you want. You don't want to be spending time working out how to block something. You want to block something very quickly, letting that flow through to all the devices and avoiding the same scenario on different operating systems."
Wouter H., a technical team lead network & security at Missing Piece BV, notes, "Any alert that we get is an actionable alert. Immediately, there is information that we can just click through, see the point in time, what happened, what caused it, and what automatic actions were taken. We can then choose to take any manual actions, if we want, or start our investigation. We're no longer looking at digging into information or wading through hundreds of incidents. There's a list which says where the status is assigned, e.g., under investigation or investigation finished. That is all in the console. It has taken away a lot of the administration, which we would normally be doing, and integrated it into the console for us."
Unbound Crypto-of-Things (CoT) ensures that your apps are secure regardless of the security posture of the device on which they’re deployed. A unified, single API is used to deploy a virtual root of trust that protects crypto keys at the application level, ensuring they cannot be compromised, cloned or tampered even if the device is infected by malware or controlled by an adversary.
Completely abstracted from underlying hardware, CoT can be deployed on any endpoint device and platforms; from IoT and mobile to laptops and even application servers and containers in the cloud or data center. Enable high trust operations like document signing, payments, blockchain transactions and authentication from any endpoint device.
