Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Encryption

Understanding Backup Encryption Options

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.

What Does End-to-End Encryption Mean?

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.

How AI Can Help Law Firms Ensure Cybersecurity

Artificial intelligence is now being used in many sectors and can have very positive effects. Routine jobs that people no longer want to deal with are given to artificial intelligence and completed efficiently. One of these sectors can be the cyber security sector. Many companies need to ensure their cyber security, including law firms, and artificial intelligence can help companies in this regard.

Hardware Security Modules: Foundation for Post- Quantum Cryptography Implementation

With NIST's release of the final standards for Post-Quantum Cryptography (PQC), organizations are tasked with securely and efficiently implementing these complex algorithms. Hardware Security Modules (HSMs) stand out as a key component in this process, providing the robust infrastructure needed to manage post-quantum cryptographic operations while ensuring strong security.

NSA Suite B Encryption: Understanding Its Role in Securing Sensitive Data

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.

How Parking Technology Enhances Cybersecurity

Parking lots are a staple of our daily routines - whether we're shopping, working, or visiting. This is where we spend considerable amounts of time surrounded by cars and people. Given the high foot traffic and density of vehicles, enhancing the safety and security of these spaces is crucial for businesses looking to create a secure and enjoyable experience for their customers. Here, technology plays a pivotal role in supporting this endeavor, offering solutions that enhance safety, privacy, and cybersecurity.

WhatsApp and CRM Integration for Business Automation Improving Security in Modern Solutions

In the current digital landscape, businesses are increasingly relying on automation tools to streamline operations, improve customer engagement, and drive growth. WhatsApp and CRM integration for business automation is becoming a popular trend, offering businesses the opportunity to efficiently manage customer interactions on one of the world's most widely used messaging platforms. However, with these benefits comes the need to ensure robust security practices. Protecting customer data and ensuring the secure exchange of sensitive information is a priority for companies using this integration.

Cryptographic Hardware vs. Software Encryption: Which is Better Security Solution?

This is a common practice of enhancing information security where a specific piece of hardware built to perform such tasks is used to encrypt and decrypt data. While software encryption is platform-dependent and depends on the CPU and memory of the system on which it is installed, hardware encryption typically works in parallel with dedicated components such as HSMs, SEDs, or TPMs.

Encryption at rest in Elastic Cloud: Bring your own key with Google Cloud

Now that we’ve introduced Elastic Cloud encryption at rest and walked you through setting it up in AWS and Azure, it’s time to get you set up in Google Cloud. In this final blog of the series, we will explain how encryption at rest works with Google Cloud Key Management Service (KMS) and then show you how to apply a Google Cloud KMS key to an Elastic Cloud Hosted deployment for encrypting data and snapshots at rest.