For any company in the IT industry, it is virtually impossible to function unless a lot of personally identifiable information and confidential data flows through servers across deployments every single day. While working with this kind of data, companies need to be watchful about the state of its encryption. This information needs to be encrypted both when it is stored (data at rest) and when it is transmitted (data in transit).

In the time it takes you to finish this post — perhaps even this sentence — it is more than likely that ransomware will disrupt yet another business, causing extensive delays and irrevocable damage. Across the globe, ransomware attacks continue to increase in frequency, sophistication, and consequence, littering headlines with cautionary tales and sobering statistics. Over the next decade, Cybersecurity Ventures predicts that global ransomware damage will grow by 30 percent annually.

Are you worried about your personal information leaking online? Worried your email has breached online or leaked on the dark web? Unsure if you’re passwords are safe? Don’t worry, you’re not alone. Fortunately, encryption is our friend. It is an advanced technology that prevents hackers from stealing our sensitive information, protects us from data breaches, and ensures businesses can comply with data protection laws.

End-to-End Encryption (E2EE) is a method of transferring data securely from your device to another person’s device while protecting information from any third parties. In general, encryption refers to the process of data being converted from a readable format into ciphertext, which is blocks of random characters that are unreadable to people and machines. Once your data has been encrypted, it can only be read after being decrypted with an encryption key.

Data backup is critical to data loss prevention and swift recovery. A part of a secure and resilient data protection strategy is backup encryption to prevent breaches and access to data by unauthorized persons. This blog post covers encryption types based on where data is encrypted and explains how a specific approach can be used for an effective backup encryption strategy. Say no to ransoms with NAKIVO Use backups for fast data recovery after ransomware attacks.

Secure Sockets Layer (SSL) certificates are digital certificates that authenticate a website’s identity and encrypt the connection between a web browser and a web server. An SSL certificate is added to an organization’s website to make sure online transactions are secure and customer information remains private.

Since data breaches are becoming more common and online threats are always changing, strong encryption methods are needed to keep private data safe. NSA Suite B Encryption is one of these standards. It was made by the National Security Agency (NSA) to provide a group of safe cryptographic methods. These algorithms are very important for keeping private information safe in many areas, such as the government, the military, and the private industry.