As organizations continue to adopt IoT technology, ensuring secure access to a private network becomes particularly difficult. Network access control systems, however, protect network data by requiring user authentication and authorization before every request.
These systems also proactively address security breaches, though many also integrate with anti-virus or malware systems that organizations already use.
Some organizations can get by on more traditional security systems, but especially in these days when remote access to networks have become mandatory, cybersecurity must be able to process requests from remote users. Many services (like healthcare) must also allow network access to users with personal devices.
Companies using network access control systems must verify their employees, partners, and devices. They should also establish role-based access privileges: for example, customer service supervisors should have access to phone call recordings but PPC managers should not. Most access control systems operate on the principle of only allowing access to network systems that are absolutely necessary for a role.
Other organizations, like healthcare services, could designate patients as users with few access privileges and enable multi-factor security measures at every stage of network access. The systems should also allow patients the option of input their devices into the system to ensure faster access to their data.
In addition to cybersecurity news and updates to the system, a well-functioning network should always run seamlessly with the host. Some network access systems, for example, are designed to run on cloud infrastructure while others were not.
Additionally, depending on an organization’s needs—and, usually, their size—integrations with other cybersecurity platforms may be important. Some organizations already have virus protection and want to continue to work with that provider, for example, and only need network access controls for devices, with less aggressive anti-virus capabilities.
The main challenge of network access controls systems is the up-front expense—not just financially but also in terms of time. IT departments must log all users and devices and grant specific permissions. Even permissions granted on a role-based system can be time-consuming. However, the results make the effort worth it in the end.
Additionally, incorporating older devices can be difficult as their security capabilities lag behind those of modern devices. Essentially, these can be vulnerable points in the security system that must simply be worked around.
“Organizations must adapt to the evolving threat landscape with a more vigilant security approach to stay ahead of the attack curve. Network Access Control (NAC) solutions give organizations complete control over which network access privileges are assigned to each user or role. NAC enables Zero Trust access controls to limit an organization’s risk… in addition to essential features such as endpoint and user visibility and automated threat mitigation.”
Network Technology services provided by Datecon allow customers to have a function network that is automated and trouble free, provided by Datecon.
Data Risk Analytics provided by Distil Networks (Imperva) is used to monitor suspicious data activity and alert businesses to possible threats.
B2BSignals Cybersecurity Review is designed to help users to conduct research and comparison among cybersecurity solutions.
Vigilant CyberDNA Managed Detection and Response (MDR) provides continuous monitoring of VoIP phones, copiers, personal gadgets and other devices.
OWL Analytics Finance analyzes and cleans your data for optimum usage. No matter the data type, with Finance, OWL can help you observe financial markets (foreign exchange and stock market), keep the data clean, and run risk checks.