A huge volume of data is transmitted between computers and other devices every second. These gadgets communicate over a number of networks and transmit personal, confidential, and sensitive information. As a result, persons in charge of computer networks must ensure that their networks are secure.
Working from home has become the “new normal” in many industries as the world deals with the COVID-19 epidemic.
The increased use of remote working technologies provides a lifeline to businesses that would otherwise have to close their doors.
Still, it also threatens corporate and personal home networks, potentially exposing valuable company information and protected personal data. In addition, since the outbreak, there has been a significant increase in “phishing” emails.
Organizations can mitigate these risks by building new IT security architecture and forcing staff to adhere to data security and privacy rules and standards regardless of their physical location.
Protecting the security and privacy of your corporation’s information requires a secure company network. Are you unsure what steps you may take to guarantee that your company’s network is in good working order?
What is Network Security?
Network security is protecting a network from unauthorized access, use, or destruction. This can be done through security measures such as firewalls, encryption, and passwords.
One of the most critical aspects of network security is password protection. A strong password protects your computer from being hacked by a third party. It also makes it difficult to assess your computer if you lose your password.
Another critical aspect of network security is encrypting your data. This means that your data is hidden from view and can only be accessed by those with the correct decryption key. In addition, encrypting your data can help to protect it from being stolen or leaked.
Finally, having a firewall installed on your computer helps to protect your computer from unauthorized access. A firewall blocks incoming traffic that is not intended for your laptop. This helps to protect your computer from hackers who may be trying to attack it from outside sources.
Five Strategies to Improve the Security of Your Company’s Network
It’s no secret that the internet is a dangerous place. Hackers and cybercriminals are always looking for ways to break into your personal and business information, and damage your reputation in the process. To protect yourself and your network, here are 5 ways you can make sure it’s as secure as possible:

1. Protect Your Wi-Fi Network
WPA2 encryption provides the maximum level of encryption and management for Wi-Fi users while protecting your network more effectively than other Wi-Fi security options. When configuring your network, select routers that support WPA2 encryption.
2. Invest in Secure Routers & Update the Firmware Regularly
Don’t scrimp on routers when it comes to your company’s network. Instead, choose enterprise-grade routers with various security features and choices and high end-user speeds.
For additional security, update the firmware on your routers regularly. Your network may have security issues that go unreported by your IT team until it’s too late if you don’t execute regular updates.
3. Require a VPN for All Remote Access
A Virtual Private Network should be required for all personnel working remotely and accessing business systems (VPN).
A VPN, in essence, creates an encrypted “tunnel” between their computer and your company’s network, making it difficult for anybody other than the intended recipient of the traffic or information to see it.
As a result, you can secure your business IT security by always using VPNs for remote access, especially if you have workers who work remotely and may be accessing critical information over unencrypted public networks.
4. Implement Two-factor Authentication When Possible
Strong passwords and two-factor authentication are the foundations of a secure enterprise network. To sign in to a network, application, or another service, two-factor authentication (2FA) combines a password with the second type of authentication – such as a specific code created by an authentication software. As a result of 2FA, unauthorized users cannot sign in with just a username and password – even if the employee’s personal information is compromised, they won’t be able to access your systems unless they have the 2FA system on hand.
5. Install a Firewall & Monitor Traffic for Suspicious Activity
Make sure you’re utilizing a good firewall and that your IT team keeps an eye on the traffic that comes and goes through it for suspicious activities. This is the most effective technique to detect suspected hackers, malware, and other incursions early and respond appropriately.
How to Make your Network More Secure?
One of the most important ways to make your network more secure is to use a firewall. A firewall allows you to protect your computer from attacks from outside sources. You can also use a firewall to protect your computer from attacks from inside sources.
To make your network more secure, you should also use antivirus software. Antivirus software protects your computer from viruses, which are tiny programs that can damage your computer. Antivirus software also protects you from spyware, which is software that collects information about you without your permission.
Finally, you should password protect your computer. This means that you create a password and keep it a secret. Password protect Your computer prevents people from accessing your computer without your permission.
Conclusion
There are several layers of security in a network. Each layer implements policies and controls so authorized users can access network resources, but malicious actors can’t execute exploits and threats.
Managing networks is essential for businesses since employees, data, applications, and the entire workforce depends on the internet.
The network security solutions from vTech Solution can help safeguard your network with next-generation solutions that can detect unknown threats intelligently and adjust to prevent them in real-time.