Whether it's caused by a cyberattack, hardware failure, or natural disaster, data loss can be detrimental to a business's reputation, finances, and overall operations. Here are some strategies you can implement to prevent data loss.
Back up your data regularly
Having robust backup and recovery systems is crucial for data disaster protection.
As we all know, protected health information (PHI) is some of the most sensitive information there is, and it's crucial that steps are taken to keep it safe from prying eyes. In this blog post, we'll take a look at some of the best ways to secure PHI from cybercrime.
It’s imperative for healthcare organizations and business associates to take every precaution when it comes to managing protected health information or PHI. Aside from having significant regulatory and compliance implications, failing to protect PHI can seriously affect clients and damage a business’s reputation.
Protected health information (PHI) includes personal, medical, and financial information, as well as other data created or used when a patient sought and received healthcare services. Due to the sensitive nature of PHI, it is highly valuable to hackers — and this is why your healthcare organization must do everything possible to protect any PHI data it handles.
No company is completely safe from data breaches. For proof, look no further than companies like Yahoo, AOL, and Home Depot, which compromised millions of personal customer information. That said, no business is completely helpless, either. The following steps can minimize the risks to your business in the event of a large-scale data breach.
Hospitals and clinics have been storing confidential medical files and patient data in highly protected servers. But unless patches are being installed, Spectre and Meltdown attacks could undermine the security of healthcare providers.
Why is Spectre and Meltdown a big problem for healthcare providers?
Spectre and Meltdown are security flaws in computer chips that give hackers access to all data saved in the server, circumventing even encryption and multi-layered security systems.