With increasing workload and networking connections across multiple clouds, advanced security management is required to prevent threats and attacks.
Here, we’ll discuss two types of secure network analytics that promote visibility, detection, and protection while allowing you to use a zero-trust model. However, we will discuss their differences in this section.
Cisco Tetration vs Stealthwatch
The difference between cisco tetration and stealth watch is that cisco tetration is used for a different purpose than stealth watch. Cisco tetration allows you to plant micro-segmentation in your network connection, whereas stealthwatch ensures network visibility. Both of them work together to keep your cloud networking secure and safe, while also alerting you to threats or attacks in real-time.
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Cisco tetration is a secure workload analytics solution that Cisco has introduced. Cisco tetration’s main purpose is to safeguard cloud workload and micro-segmentation across the network.
There are more threats today than ever before, as a result of a significant change in the networking platform set to begin in 2020.
Cisco titration protects your networking workload from approaching attacks, allowing for a secure workflow.
When it comes to network visibility and security intelligence monitoring, however, Stealthwatch is one of the best. It detects attacks from a variety of sources using NetFlow and another related telemetry.
APTs, zero-day malware, DDoS, and insider threats are all included. It is well-known for its ability to detect threats in real-time.
Comparison Table
| Parameters of comparison | Cisco Tetration | Stealthwatch |
|---|---|---|
| Is micro-segmentation done with it? | Yes | No |
| Is it used for network visibility? | No | Yes |
| What is the method for detecting a threat? | Policy stimulation and forensics of data center flow | Analyzing networks and figuring out how machines work |
| Purpose | Intent-based capture | Incident response |
| What is its primary function? | Segmentation of data (application and firewall). | Visibility (networking and application). |
What is Cisco Tetration?
Cisco tetration protects workloads through application segmentation, as well as process security and software vulnerability detection.
Cisco tetration’s main goal is to provide you with a secure and safe networking environment in multiple networking clouds by using micro-segmentation.
It accomplishes this by implementing a zero-trust security model across your network. Its application can be scaled up based on its workload, and it was designed to manage the automated workload as well.
Every workload networking can benefit from dynamic micro-segmentation. The specific data collected for each workflow is distributed via the operating system’s firewalls.
Cisco tetration ensures consistent micro-segmentation across multi-cloud networking, preventing lateral threats.
The virtualization of the process also ensures mobility without the need to rebuild or expand the micro-segmentation policy infrastructure.
Cisco tetration also aids in the reduction of attacks by analyzing data flow forensics and policy stimulation. It even keeps track of software vulnerabilities.
It detects fraudulent escalations, shell-code execution, MITRE techniques, and other threats through workload management and communication monitoring.
It controls all software programs and the operating system in real-time. Overall, cisco tetration can be used to create a virtual network for a safe and secure workload.
Cisco tetration and stealthwatch collaborate to improve your networking experience.
What is Stealthwatch?
Cisco introduced Stealthwatch, a solution that helps to detect networks and respond in real-time.
To alert and analyze threats, it relies on the initial infrastructure and implements its security analyzing mechanism. It can be used to create both private and public networking clouds.
Stealthwealth collects all network activities, keeps track of all data transfers and communication processes, and then analyzes tasks in real-time.
It quickly detects threats, whether they are ransomware, DDoS attacks, unauthentic crypto mining, malicious content, and so on.
It accomplishes this through machine learning and instructional methods and global threat intelligence (Cisco Talos).
Stealthwatch is also intended to initiate an incident response, so it issues special commands to expedite the process.
Stealthwatch’s comprehensive threat mechanism keeps an eye on the data center, cloud, branch, endpoint, and so on. Additionally, by keeping a record of all network telemetry, it can detect lateral threats.
It even monitors threats in encrypted environments without decrypting the data, detecting threats, and keeping your network safe and secure at all times.
Stealthwatch does not require an agent, which makes it economical and allows for automated service. It also detects problems and can scale up to meet changing workloads.
Cisco tetration and stealthwatch also help you improve network security and enable zero-trust infrastructure via network analytics.
Main Differences Between Cisco Tetration and Stealthwatch
- Cisco tetration integrates a security medium into the network, whereas stealthwatch keeps an eye on the initial infrastructure.
- Microsegmentation is used by Cisco Tetration, whereas visibility is ensured by stealthwatch.
- Cisco tetration detects threats through policy stimulation and forensics of data center flow, while stealthwatch analyses networks and figures out how machines work.
- The goal of Cisco tetration is intent-based capture, whereas the goal of stealthwatch is incident response.
- Cisco tetration’s primary function is data segmentation, whereas stealthwatch’s primary function is visibility.
- https://books.google.com/books?hl=en&lr=&id=w1_dDwAAQBAJ&oi=fnd&pg=PP38&dq=cisco+tetration+and+stealthwatch&ots=tNkncobQz5&sig=ZUAtblrqzQnGMwjnoB27h6zfDKE
- https://books.google.com/books?hl=en&lr=&id=8ntJDwAAQBAJ&oi=fnd&pg=PP30&dq=cisco+tetration+and+stealthwatch&ots=MaoNFDVrZw&sig=lS_rRO2fZkQkyqJyl6B-K3iKZUg
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Sandeep Bhandari holds a Bachelor of Engineering in Computers from Thapar University (2006). He has 20 years of experience in the technology field. He has a keen interest in various technical fields, including database systems, computer networks, and programming. You can read more about him on his bio page.
