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Data breaches occur when a cyber-criminal successfully infiltrates a network and steals sensitive information. This can be done remotely by accessing a computer or network to steal local data by bypassing remote network encryption. This is also the tactic used to threaten corporations. The procedures usually involved in a typical violation procedure are as follows:

1. Research: Cybercrime is searching for security vulnerabilities in the business (people, systems, or network).

2. Assault: The cyber-criminal makes first contact via either a network or a social attack.

3. Network/Social Attack: A network attack happens as cyber hackers use networks, processes, and program vulnerabilities to breach an organization’s network. Social assaults include tricking or beating workers into allowing them access to the company’s network. An employee can be tricked into giving his/her login credential or be fooled into opening a malicious attachment.

4. Exfiltration: If a cyber attacker joins a device, he/she will target the network and bypass his/her way to sensitive business info. If the hacker extracts the data, the attack is deemed to have been successful.

For certain companies, a leak of data will be a tragedy. Compromise to protected client records and internal company data such as product lists, purchase history, and other privileged information is an occurrence that no business wishes to encounter. Beyond the direct financial effect of fraudulent order placements and bank transactions, a lack of customer trust will cripple business operations.

Identifying what causes a breach of data is the first step in stopping it. What are the key reasons why data breaches occur?

1) Human error


Here’s a brief list of significant triggers of data breaches: sadly, one of the main reasons of data breaches is not an unexplained or ignored security flaw, it’s a human mistake. The precise meaning of the mistake can vary, but certain scenarios may include:

• use poor passwords;

• To give personal information to the wrong recipients;

• Password/account knowledge sharing;

The fall for phishing scams.

Many of these human mistakes can be avoided by ensuring that workers are aware of their essential data protection policies and by leveraging strong data and IT services.

2) Physical Theft of a Data-Carrying Device


Another cause for the breach of data is the physical stealing of a computer that contains confidential information from your business. This could include computers, desktops, smart-phones, tablets, hard disks, flash drives, or even servers. The seriousness of theft of data by a stolen computer depends primarily on the quality of the information contained on the device. More personal information usually equals a more extreme data breach if the computer is stolen without being cleaned out. Many of these thefts are of an opportunistic nature, making them difficult to predict. The best approach is often to reduce the chances of removing data storage devices from the workplace.


The solution is a good and trusted development service. Developers may deter a loss of data from occurring. One of the challenges is that the issue of securities that people are attempting to tackle does not manifest itself in the same manner as the problems and strategies that developers are tackling. If a developer builds something, the product is something that you can see and use. If a security individual maintains power, it’s to defend an entity from what they can’t see now.

They are looking into the future, analyzing risks, and avoiding incidents that could arise if the safeguards are not in place. Protection people base their choices on a continual review of environmental threats. This research requires months, and even years of preparation, to learn the risks and malware that can damage devices at very low levels of complex program modifications to prevent defenses. Each new device or function you implement is a new attack vector that needs to be understood and handled.


Some individuals have a larger or lesser ability or patience to look at possible consequences, uncertainties and external challenges. Any people want instant satisfaction.

Balancing all goals and points of view would help deter data breaches while at the same time allowing companies to release applications as soon as possible. For certain tech engineers, there could be a change in thought.

From the other side of the coin, security practitioners could not always appreciate the reasoning of the developer or company. Although a security breach has a potential cost, the failure to release new goods and services in a timely manner is also a potential cost. One of the key things that developers need to realize is that protection is not a one-time application of a specific set of security controls.

It’s not just about their submission itself, it’s about the overall danger the company poses. The security staff will usually work with the company as a whole and with security reporting. For your side, try to learn as best as you can about the security of your server and the cloud security measures you enforce, and the security decisions you make.

Comprehend that there are threats at all levels of the networks, from the program to the operating system to the actual network packets. Act with the security team from the start of the project to create a stable strategy that takes into account all threat vectors. Awareness and ability are some of the best ways developers can help the security team.

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