Security best practices and how to adhere them


With too many systems and devices able to link to networks and connect with one another, cybersecurity is a vital concern for any company today. For each device connecting to a network being a potential hacker access point, it is crucial to ensure that all devices are secured to the highest degree possible in order to prevent crippling cyber-break failure. There is a range of best practices that companies will follow to ensure that devices and infrastructure have the highest degree of cybersecurity.

Top Security Best Practices

  1. Systems Patching

Most attackers take advantage of identified weaknesses associated with obsolete or incomplete programs. Make sure all of the devices have the latest updates to counteract common attacks. Routine patching has proved one of the most important security measures in technology.

  1. Train and educate users

An important part of your organization’s security DNA is employee training. Having an efficient and very much kept up security training curriculum for your workers will go far in ensuring your information and resources. Incorporate specialized training for developers and security engineers and awareness training for all employees. 

  1. Routine tasks automation

Hackers use automation to identify security misconfigurations, open ports, etc. You can’t protect your frameworks utilizing just manual methods. Rather, automate everyday security works, for example, device security configurations and analyzing firewall changes. Automating regular tasks makes it easy for your security staff to concentrate on progressively key security activities. 

  1. Least privilege Enforcement

Ensure systems and users are granted the minimum rights available to execute their job functions. Enforcing the rule of least privilege decreases the attack surface significantly by eliminating unnecessary access privileges, which can lead to a number of compromises.

  1. Make a powerful IR plan

No matter how closely you stick to best practices in information protection, you will still face the potential for a hack. Have a strategy in place to minimize the harm caused by an assault with the sound incident response (IR).

  1. Security policies documentation

Keep up an information repository that incorporates completely documented software security strategies. Security strategies permit your employees, including security staff, network administrators, etc., to comprehend what exercises you’re performing and why.

  1. Network Segmentation

Appropriate network segmentation is the best practice for security since it constrains the movement of hackers. Recognize where your basic information is placed and utilize proper controls of the security to restrain the traffic to and from those network segments. 

  1. Incorporate security into your SDLC

Incorporate the activities of security into your company’s software development life cycle (SDLC). While incorporating security with your SDLC may need suitable effort and time, it goes far in decreasing your knowledge of security dangers. 

  1. User activity monitoring

Trust is good but always verify. Monitoring the activities of the user helps you to ensure users follow best practices in software security. It also helps you spot unusual behavior, such as misuse of rights and impersonation of users.

  1. Measure

Characterize key measurements that are important and applicable to your company. Well-characterized measurements will assist you in evaluating your security act over time.

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How to adhere

Most of the security experts encourage all administrators and users to adhere to the following best practices of basic security:

  • Utilize a firewall to obstruct every single approaching connection from the Internet to services that ought not to be freely accessible. You ought to deny every single approaching connection by default, and just permit services you explicitly need to provide to the outside world. 
  • Implement a good policy for password protection. Complex passwords make it hard to crack secret files on computers. This is helpful with a limit or prevents damage when a system is compromised. 
  • Remove and Turn off unnecessary services. By default, the installation of auxiliary services on many operating systems that are not critical. These services are assault avenues. Threats have lesser avenues of assault if they are removed.
  • Disable AutoPlay to prevent executable files from automatically launching on removable drives and network, and disable the drives if not necessary. If write access is not required, activate read-only mode if you have the option.
  • Ensure that the computer programs and users use the lowest rights available to complete an assignment. When asked for a root or UAC password, make sure that the program asking for administration-level access is a legitimate application.
  • If not needed, turn off file sharing. Use password protection and ACLs to limit access if file sharing is required. Disable shared folder’s anonymous access. Grant access to folders which must be shared only to user accounts with strong passwords.
  • Configure the email server to delete or block emails that include file attachments generally used to transfer attacks, such as files like .bat, .vbs, .pif, .exe, and .scr.
  • If a vulnerability attacks one or more network infrastructure, disable or block access before a patch is implemented to those infrastructures.
  • Always keep up-to-date your patch levels, particularly on systems that host public services and can access through the firewall, such as the services of FTP, HTTP, mail, and DNS.
  • Isolate swiftly compromised computers to prevent further spread of threats. Conduct a forensic analysis and use trusted media to restore the computers.
  • Train workers not to open connections except if they are anticipating them. Additionally, don’t execute software that is downloaded from the web except if it has been checked for threats. Just visiting a reliable website can cause a threat if certain program vulnerabilities are not fixed. Engage the individuals who have the expertise of some well-known programs like Microsoft security engineer training.
  • The Bluetooth should be turned off if not required for mobile devices. In the event that you require its utilization, make sure that the visibility of the devices is set to “Hidden” for the safety of other Bluetooth devices. And if its pairing required, make sure that it must be set to “Unauthorized”, requiring approval for every association demand. Try not to acknowledge applications that are unsigned or sent from obscure sources. 

It is important to have procedures in place that help such activities. To serve the needs of the company, make sure that the infrastructure and policies tackle the current cybersecurity risks, and decide whether you have the right security layers in place to minimize those threats.

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