Could a Breach Hindrance Shield System Save Your Direct Selling Business?

The direct selling industry has emerged as a popular way to make money. As people grow more and more attached to their phones and computers, they are getting on social media and signing up for various products. As such, it has become one of the most vulnerable targets for cybercriminals in recent years. Direct sellers are exposed to attacks from all angles. Their employees and their customers are attacked by hackers to steal data or commit fraud. So, one of the biggest concerns for direct selling companies is data security. Data breaches are more common than ever before and can lead to consequences like identity theft or money lost on unauthorized transactions. Not all breaches have such dramatic outcomes, some only lead to inconveniences. However, there needs a solution to protect our direct selling system from intruders. 

The current payout system is vulnerable to hacking and other security breaches. If a user makes an unauthorized withdrawal, the back-end system will process the request and it may not be discovered until after the money has been transferred. This means that transactions are processed even if they have not yet been authorized by a staff member or validated by any form of authentication. This vulnerability can also expose sensitive data such as credit card numbers and personal information to cybercriminals, putting users at risk for identity theft. There have been numerous cases of users making unauthorized withdrawals from their accounts. The “payout pending” status during the transaction indicates that the payout was approved manually by the admin but no update was made on their end yet. It facilitates fraudsters to penetrate the current system and can hack vital information. 

It is unfortunate that there are so many data breaches these days. But, as a solution, the world-class team of computer engineers has developed a proposed system called breach hindrance shield system using the trial and error method. In this system, different hacking techniques are tried out to explore the breach entry. This system is designed with an algorithm that encrypts details and compares them with the encryption received from other sources to check for any mismatch. If there are mismatches in the encryption, then alerts will be generated and the transaction will be nullified.