Web content filtering is mostly used to keep inappropriate content out of kids’ hands and restrict timewasters in corporate networks. However, its primary advantage is not limited to preventing access to undesirable content. Reduced malware infections and access to phishing websites are among the lesser-known but probably equally important reasons web filtering is gaining favor in Enterprise WiFi networks.
As users become more IT savvy, they need the reassurance that they are connected to a secure network, especially when they are not in their own homes. Of course, establishments can explicitly say that users use their WiFi at their own risk in their Terms and Conditions. However, while that may potentially save them from legal troubles, it may not shield them from PR nightmares should malware infect the users’ devices while in their network.
How ANTlabs Web Filtering Service Works
ANTlabs Web Filtering Service can be used in organizations with various WiFi hotspots. For example, if you administer a school WiFi network, you may wish to keep pupils from mistakenly viewing harmful content such as gambling, pornography, or hate sites. Because these new sites constantly change and new ones appear every day, manually blocking them is not an option. Another situation when category filtering comes in handy is when your school or workplace disallows visiting time-wasting websites like YouTube is prohibited during specific hours. YouTube and related sites are classed as “Time Wasters > Entertainment” and are restricted when this category is selected. You also save time and effort by not having to type in the URLs of these websites manually.
ANTlabs Web Filtering protects users by giving operators the controls to block by category. It is based on DNS filtering—a type of content filtering using the DNS layer to filter based on IP addresses. The main difference is that this service gives blanket protection to sites you choose within your organization.
When users bring in multiple devices, the filtering works across these devices and filters websites into six major categories (Security, Adult-related, Bandwidth Hogs, Illegal Activity, Time Wasters, and General Sites) with more than 60 pre-defined subcategories and inspects encrypted sites. In addition, the URLs categorized in the security module’s database are constantly updated, so service providers who subscribe to this feature shall have peace of mind knowing they have protection from the latest threats.
Secure your network further with ANTlabs Web Filtering Service
Other ANTlabs Product Features that Enhance Security
ANTlabs’ built-in Anti-SPAM Protection and Anti-DOS Protection are two other ANTlabs product features that combine well with Web Filtering Service to secure your network further. Another ANTlabs gateway function that helps you secure your guest networks is Lawful Intercept, which helps your organization comply with numerous IT cyber regulations.
The ANTlabs Web Filtering Service was released in December 2021 with ASP Cloud. It benefits guest WiFi networks like hotels, schools, universities, enterprises, and other corporate networks that aren’t classified as guest WiFi.
We’ve seen it in countless disaster movies: when world leaders initiate a lockdown, we always see frazzled tech support people and C-level executives in somber meetings. Outside, people scrambled to hunker down in their own homes; everyone got their eyes glued to their mobile phones and laptop for updates. All rely on staying online to continue working and to keep in touch with distant loved ones. It sounds like something out of an apocalyptic Hollywood film, right? But it did happen in real life at the height of the global lockdowns due to the COVID-19 pandemic. The question of whether the Internet Service Provider or Carrier could handle the increased load arose as Internet demand grew at an unprecedented rate. Can we afford outages?
So, what happens if there is an outage, and you have few people in your support team to handle issues due to government-mandated restrictions? In our real-life scenario above, at least two things stood out: 1) the outage could be triggered by unprecedented events and possibly, human error, and 2) after the outage happened, recovery may not be as swift as expected due to human delay in diagnosis and troubleshooting.
Is this preventable? Yes. Could the problem have been fixed faster had there been a system in place that reduces human errors? Yes. How were they able to solve it the first time around? Telemetry data helped in more ways than one, and automation can potentially help prevent repeat scenarios.
Service providers require access to real-time and granular information about their networks. They require technologies that can assist them in gaining profound insights, correlating, and visualizing data at speeds and in ways that human brains can be easily overwhelmed. Big data-driven network intelligence and analytics technology can assist in obtaining real-time, extremely granular, accurate, multidimensional insights about the network, services, network flows, and usage patterns.
How Web Filtering Secures Your Network Further
Web content filtering is mostly used to keep inappropriate content out of kids’ hands and restrict timewasters in corporate networks. However, its primary advantage is not limited to preventing access to undesirable content. Reduced malware infections and access to phishing websites are among the lesser-known but probably equally important reasons web filtering is gaining favor in Enterprise WiFi networks.
As users become more IT savvy, they need the reassurance that they are connected to a secure network, especially when they are not in their own homes. Of course, establishments can explicitly say that users use their WiFi at their own risk in their Terms and Conditions. However, while that may potentially save them from legal troubles, it may not shield them from PR nightmares should malware infect the users’ devices while in their network.
How ANTlabs Web Filtering Service Works
ANTlabs Web Filtering Service can be used in organizations with various WiFi hotspots. For example, if you administer a school WiFi network, you may wish to keep pupils from mistakenly viewing harmful content such as gambling, pornography, or hate sites. Because these new sites constantly change and new ones appear every day, manually blocking them is not an option. Another situation when category filtering comes in handy is when your school or workplace disallows visiting time-wasting websites like YouTube is prohibited during specific hours. YouTube and related sites are classed as “Time Wasters > Entertainment” and are restricted when this category is selected. You also save time and effort by not having to type in the URLs of these websites manually.
ANTlabs Web Filtering protects users by giving operators the controls to block by category. It is based on DNS filtering—a type of content filtering using the DNS layer to filter based on IP addresses. The main difference is that this service gives blanket protection to sites you choose within your organization.
When users bring in multiple devices, the filtering works across these devices and filters websites into six major categories (Security, Adult-related, Bandwidth Hogs, Illegal Activity, Time Wasters, and General Sites) with more than 60 pre-defined subcategories and inspects encrypted sites. In addition, the URLs categorized in the security module’s database are constantly updated, so service providers who subscribe to this feature shall have peace of mind knowing they have protection from the latest threats.
Other ANTlabs Product Features that Enhance Security
ANTlabs’ built-in Anti-SPAM Protection and Anti-DOS Protection are two other ANTlabs product features that combine well with Web Filtering Service to secure your network further. Another ANTlabs gateway function that helps you secure your guest networks is Lawful Intercept, which helps your organization comply with numerous IT cyber regulations.
The ANTlabs Web Filtering Service was released in December 2021 with ASP Cloud. It benefits guest WiFi networks like hotels, schools, universities, enterprises, and other corporate networks that aren’t classified as guest WiFi.
We’ve seen it in countless disaster movies: when world leaders initiate a lockdown, we always see frazzled tech support people and C-level executives in somber meetings. Outside, people scrambled to hunker down in their own homes; everyone got their eyes glued to their mobile phones and laptop for updates. All rely on staying online to continue working and to keep in touch with distant loved ones. It sounds like something out of an apocalyptic Hollywood film, right? But it did happen in real life at the height of the global lockdowns due to the COVID-19 pandemic. The question of whether the Internet Service Provider or Carrier could handle the increased load arose as Internet demand grew at an unprecedented rate. Can we afford outages?
So, what happens if there is an outage, and you have few people in your support team to handle issues due to government-mandated restrictions? In our real-life scenario above, at least two things stood out: 1) the outage could be triggered by unprecedented events and possibly, human error, and 2) after the outage happened, recovery may not be as swift as expected due to human delay in diagnosis and troubleshooting.
Is this preventable? Yes. Could the problem have been fixed faster had there been a system in place that reduces human errors? Yes. How were they able to solve it the first time around? Telemetry data helped in more ways than one, and automation can potentially help prevent repeat scenarios.
Service providers require access to real-time and granular information about their networks. They require technologies that can assist them in gaining profound insights, correlating, and visualizing data at speeds and in ways that human brains can be easily overwhelmed. Big data-driven network intelligence and analytics technology can assist in obtaining real-time, extremely granular, accurate, multidimensional insights about the network, services, network flows, and usage patterns.
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