How will using network security and endpoint security together be better for companies?

 Information security has been a piecemeal battle for far too long. There are gaps and overlaps in security leaders’ ability to combat the bad guys because they have to piece together a variety of point products that were not intended to work together. With fewer integration headaches, security leaders can now maximize protection across networks and endpoints to offer a comprehensive suite of threat protection.

A vast worldwide intelligence network powers shared intelligence, which leads to early and efficient threat detection. With granular controls, an individual can proactively block specific attacks and implement security measures that stop them from spreading. With integrated management consoles and automated remediation, a person can fix problems with a single click.

The increasing digitization of society and industrial processes is the driving force behind the exponential growth in the number of PCs, smartphones, laptops, tablets, and point-of-sale systems. Endpoint security is becoming increasingly important as the number of smart devices and endpoints in global networks rises simultaneously. An essential component of digital security is endpoint security, which protects end-user devices like laptops, desktop computers, and mobile phones from malicious attacks and campaigns.

The dynamic shifts in the cyber threat landscape have led to continuous growth in the cybersecurity industry. Organizations have been receiving thousands of alerts lately about new vulnerabilities, possible attacks, and suspicious activity that could happen both inside and outside the organization. This technology helps prevent cyber threats from infiltrating endpoints on a network or in the cloud. This is increasing the demand for endpoint security systems for various businesses and organizations, thus expanding the market.

Use Cases for Endpoint and Network Security

Network-to-Endpoint Incident Verification

Security managers want to know which endpoints throughout their whole network have observed these same signs of compromise when they receive an alert from the system utilizing network security and endpoint security together. Removing the need for hours or days of pointless work to determine whether the malicious sample infected the endpoint will reduce the incident response time. The system will also find malicious content, and the workflow is straightforward. The system will query the endpoints to confirm indicators (file hash, registry changes, URLs, process name, registry changes, etc.). The administrator is then able to view not only what occurred in the system but also which endpoints are infected by adding the list of compromised endpoints to the report, along with a URL to the system’s management.

Endpoint Blacklisting

When an attack is detected over the network, security managers want it to be isolated and not propagate to other endpoints. Once more, the procedure is easy. The system’s queries will be added to the endpoint protection and a file to the blacklist for all endpoints via the endpoint protection manager. The system will find malicious content with high certainty. By doing this, the file cannot spread to additional endpoint devices. To meet additional client needs, the system will keep expanding the integration between endpoints and network security beyond these use cases. The users will also be able to identify new use cases as they explore the possibilities.