Secure Network

Taking the stress out of security

Maintaining strong network security has become more challenging than ever in today’s educational ecosystem. That’s because the adoption of advanced learning technologies, along with an increased reliance on cloud applications and services secure network, have introduced new security threats that must be met head on.

Unfortunately, relying on traditional tools such as anti-virus software and firewalls to protect your network simply isn’t enough anymore, leaving your institution at risk. It’s time to look for new ways to enhance your digital security without lengthy lead times, prohibitive technical requirements, or additional management responsibilities.

In this ebook, we’ll look at today’s security challenges facing K-12 and higher education institutions. We’ll then explore some simple actions you can take to secure your network in 30 minutes to a more secure network or less reducing malware, simplifying security, and improving overall performance in manage engine log360.

The changing educational security landscape

Educational institutions have long needed to adopt and incorporate new teaching and learning platforms into their ecosystems to keep up with ever-changing technology. For instance, the recent pivot to distance learning has led schools worldwide to rapidly deploy new devices, new applications, and new services to continue their educational missions.

But unfortunately, these new tools have often been implemented without a thorough vetting process or proper training, leaving administrators, educators, and students vulnerable.

School IT systems not only collect and manage sensitive data about students and their families, but about teachers, support staff, and district operations. 30 minutes to a more secure network on campus and off may be hosted locally on premises or in shared hosting arrangements with other local government entities. But increasingly, it’s hosted by an ecosystem of vendors in the cloud on systems accessible by any internet-connected device.

The result? A growing number of education institutions have reported identity theft, credit fraud, and other cyber crimes that resulted in stolen taxpayer dollars, breaches of student data, and even school closures.

DNS-layer security your first line of defense

Malware, ransomware, phishing, and other scams use DNS servers to look up and connect to your network infrastructure. In fact, 91% of malware uses DNS to gain command and control, exfiltrate data, or redirect web traffic.

But DNS-layer security identifies where malicious domains and other internet infrastructures are staged, and blocks requests prior to making a connection, preventing both infiltration and exfiltration attempts. By resolving internet requests with a recursive DNS service, you can easily check for and block malicious or inappropriate domains.

DNS is one of the most valuable sources of data within an organization. It should be mined regularly and cross-referenced against threat intelligence. This can help your IT staff achieve better accuracy and detection of compromised systems while improving visibility and secure network protection. Many IT leaders have already made proactive DNS-layer security.

A better, faster way to stop threats Increase visibility, decrease risk and get back to education

Most organizations leave their DNS resolution up to their internet service provider (ISP). But as more institutions adopt direct internet connections and users bypass the VPN, this can lead to a DNS blind spot. DNS requests precede the IP connection, which enables DNS resolvers to log requested domains regardless of the connection’s protocol or port.

Monitoring DNS requests (as well as subsequent IP connections) is an easy way to provide better accuracy and detection of compromised systems, which improves security visibility and secure network protection.

The bottom line: Your IT team can adopt more effective security strategies without adding complexity to their security operations.

To read full download the whitepaper:

30 minutes to a more secure network, on campus and off

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