Blog

Beyond Encryption: Data-in-Use Protection

The security of decrypted data actively used within applications remains a pressing concern, presenting vulnerabilities for cyber-attacks including malicious redirects and malware intrusions.

Establishing Robust Cloud Security: Strategies for a Building a Secure Cloud Environment

Implementing cloud security effectively involves adopting a lean approach, focusing on prioritizing critical assets and streamlining security processes through automation.

Encryption Challenges and Trends in the Digital Era

Rapid digital transformation, interconnectivity of devices, and data proliferation have significantly broadened the cyber threat landscape. With advancements in AI technologies, threat actors are launching cyberattacks with increasing ease and sophistication.

Speaking in Code: 8 Essential Ways to Interface With HSMs

Discover 8 essential methods for interfacing with Hardware Security Modules (HSMs). Learn about standards-based interfaces like PKCS#11 and KMIP, network-based options, proprietary APIs, and cryptographic libraries to ensure smooth HSM integration.

The Key to Compliance: Embrace Encrypted Key Loading to Keep Pace with PCI PIN

For many organizations, compliance is about to change in a big way. PCI recently updated its PCI PIN security requirements. According to “PIN Security Requirement 32” guidelines, organizations use encrypted key loading. This applies to Point-of-Interaction (POI) v5 and higher devices. If your organization is loading keys and dealing with POI devices, you'll need an encrypted key loading solution. Compliance is essential as a badge of trust for your customers and partners. This helps maintain revenue while reducing management overhead. Staying compliant with encrypted key loading is crucial in that regard.

Fortifying Financial Transactions: How Secure Key Injection Protects the Payment Ecosystem

Key injection (sometimes called key loading) transfers encryption keys to a payment device. Payment devices include point-of-sale (POS) or point-of-interaction (POI) terminals and ATMs. They capture cardholder data, like customer PINs, and use keys to encrypt it.

Cryptographic Hardware vs. Software: Who Wins?

Hardware-based (sometimes called hardware-backed) cryptography is when you carry out cryptographic operations using dedicated hardware components in a physically secure device. In this model, data and encryption keys are stored in special hardware components.

The Four Stages of Key Management Maturity: How Do You Rank?

When your organization relies on encryption, you know first-hand that an effective key management solution can be the difference between tragedy and triumph.

Zero trust architecture: a crash course

As any security architect or IT manager knows, IT infrastructure is growing in complexity. It can be particularly complex for enterprises with cloud services, multiple networks, and remote workers and offices.

Concrete solutions for cloud security, part two

In this three-part series of articles, we will delve into the growing security concerns, business requirements, and innovative solutions in the realm of cloud data security.

Prev 1 2 3 4 5 Next

Beyond Encryption: Data-in-Use Protection

Establishing Robust Cloud Security: Strategies for a Building a Secure Cloud Environment

Encryption Challenges and Trends in the Digital Era

Speaking in Code: 8 Essential Ways to Interface With HSMs

The Key to Compliance: Embrace Encrypted Key Loading to Keep Pace with PCI PIN

Fortifying Financial Transactions: How Secure Key Injection Protects the Payment Ecosystem

Cryptographic Hardware vs. Software: Who Wins?

The Four Stages of Key Management Maturity: How Do You Rank?

Zero trust architecture: a crash course

Concrete solutions for cloud security, part two

Connect With Us