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How to Keep Your System Safe: Data Security

16 June 2017 Alex Castle

Today in IT, everything is based on web of infrastructures and to keep it safe you need to have high end data security. For a company of any size, the impact of a security breach can cause catastrophic damage to important infrastructure, negatively affect public image, and even affect customers directly. Regardless of whether your business is worried about the security of your information, or you're an independent IT genius keeping your customers' most basic frameworks out of mischief's way, it pays to be proactive.

Regardless of whether your need is to secure your servers, keep your information private, or ensure your clients' data, organizations can feel assaulted from all sides by dangers to their innovation.

The following steps will highlight the ways to improve your data security:

  1.  Data Encryption: If you are storing or transmitting data, it should always be encrypted. Encryption is one of many important tools at your disposal to help prevent hackers from using your info if they intercept it.

Here are several important components of a well-defended operation:

  •   Encryption protocols – Using high level encryption, either while your data is in transit or at rest, will ensure the only people who can read your files are the ones who have the key.
  •  Security engineering – Building your systems infrastructure from the ground up with security in mind is one of the best ways to maximize data safety.
  • Firewalls and honeypots – Firewalls are a must for blocking unwanted access to your network, while honeypots can lure hackers to decoy systems that don’t hold your vital info.
  1.  Beware of popular threats: It is very important to keep your eyes on the latest schemes being used to try to get past your guard. Here are few:
  •  Denial-of-service (DoS) attacks, which lock businesses out of their own networks until a ransom is paid to regain access.
  • Passive attacks, which are programs that scan for any security gaps. The most common form, called “attacks of chance,” represents 99.9 percent of cyber attacks.
  • Dynamic assaults, which are regularly utilized when programmers have particular destinations at the top of the priority list. 
  • Injection assaults, a sort of dynamic assault, which focus on the databases behind web applications. 
  • Scams that depend on human blunder and social designing, for example, phishing assaults. 
  • Malware, a gigantic classification that incorporates spyware, infections, trojans, and ransomware.
  1.  Be protected & open for solutions: Each type of attack can impact a different part of your IT infrastructure. Rather than trying to tackle it all at once, consider your IT security chain, which groups different types of infrastructure into four main categories:
  • Network security, which includes servers, databases, and firewalls, Internet security, such as the web, the cloud, and Wi-Fi
  • Internet security, such as the web, the cloud, and Wi-Fi Application security, which speaks to your organization’s software and how it’s written.
  • Application security, which speaks to your organization’s software and how it’s written
  • Endpoint security—often seen as the weakest link—which encompasses VPNs, devices, email, and users.

If you need help protecting your network and Internet systems, considering getting professional help. A security expert can identify potential problem areas, prioritize those issues, and help you create a plan of action if and when an attack occurs.


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