If you’re in the market for a new Security Service Edge Price, you may be wondering how much they cost. Security edges come in a variety of shapes and sizes, with different features and price points. So, how much should you expect to pay for one?
In this blog post, we’ll take a look at the pricing trends for security edges and provide an overview of what you can expect to find at different price points. Stay safe!
Security Service Edge Price Guide: How Much Does it Cost?
Security Service Edge costs around $85 to $120 annually for basic user mode.
Small and home offices or SMBs $100 to $130: Mid-sized businesses or branch offices
Mid-sized businesses or branch offices need to contact the vendor.
What are the Different Types of Security Edges?
There are two different types of security edges: on-premise and cloud-based security. An on-premise security edge is installed on-premises where you need it.
A cloud-based security edge is hosted in a virtualized environment, commonly referred to as the cloud. The difference between these two options is how the device manages, connects to other devices and where data is stored.
We’ll dive into more details about this below.
The most common types of security edges are standalone and appliance-based. Standalone security edges do not require any additional hardware to install to function. In contrast, appliance-based security edges do mean adding additional equipment in addition to an existing network device such as a router or firewall.
Appliance-based devices typically have more functionality built-in and may require less management than standalone devices. However, they may also require more space in your rack or shelf.
Other types of security edges include gateways and concentrators. Security gateways allow for more flexibility when connecting devices from different vendors together, but this comes at the cost of added complexity when managing the system.
Concentrators help to consolidate network traffic for different types of devices but may require much more management than simple edge devices. Some edge devices are also designed to accommodate specific types of networks, such as wireless networks for small businesses.
Finally, some security edges support specific applications such as VoIP (Voice over IP) phone systems or video surveillance technologies such as IP video cameras.
Security Service Edge Benefits
Better the risk reduction
Using SSE, you can get cybersecurity without being tied down to a computer or network. Security comes from a cloud platform that can follow the user-to-app connection no matter where they are.
Giving all security services together reduces the risk because it eliminates the gaps that are often seen between point products. SSE also makes it easier for people and data to be seen, no matter where they are or how they get it. Another thing that makes SSE unique is that it automatically pushes security updates across the cloud without the typical lag time of manual IT administration.
Zero trust access
A strong zero-trust policy should be in place for SSE and SASE platforms so that users can only access cloud or private apps with limited privileges. This policy should be based on four factors: the user, the device, the application, and the content.
No one should be automatically trusted, and access should be given based on their identity and policy. Users and apps can be securely connected over the internet by following business rules. This makes it easier for people to work from home because they aren’t connected to the network.
Meanwhile, threats can’t move around, and applications stay safe behind the SSE platform. Apps aren’t exposed to the internet, so they can’t be found. It reduces the attack surface, increasing your security and reducing your business risk.
A user’s experience
Gartner says that SSE must be spread out worldwide in data centers. There are better SSE architectures if they are built for inspection in every data center, instead of being hosted by vendors in IaaS environments.
It improves performance and reduces latency because content inspection, including TLS and SSL decryption and inspection, takes place where the end-user connects to the SSE cloud. This is done by peering across the SSE platform, giving your mobile users the best experience possible.