Blog

Drive Encryption

Simplify Encrypted Drive Management Without Sacrificing Security

If you’re serious about protecting sensitive information for personal, professional, or enterprise use, Opal Lock offers a best-in-class solution for encrypted drive management. Built on industry-standard Opal SED technology, Opal Lock combines unbreakable encryption, an intuitive interface, and enterprise-ready features to give you full control over your data. Table of Contents Unbreakable Hardware-Based Encryption User-Friendly Interface Enterprise-Grade Security Comprehensive Control Over Your Encrypted Drives Frequently Asked Questions Unbreakable Hardware-Based Encryption Unlike traditional software encryption tools, Opal Lock uses TCG (Trusted Computing Group) Opal standard hardware-based encryption that’s built directly into your storage drive. This form of encryption is: More secure, because it operates below the operating system level More reliable,

Joseph Chen August 13, 2025

Data Security

Why How Financial Institutions Protect Your Data Matters

You’re placing a great deal of trust in a bank, credit union, or investment firm when you hand over your personal and financial information. You expect your money to be safe, but you also expect your private information to be protected from theft, misuse or accidental exposure. That’s why financial institutions must meet strict data security standards designed to protect your sensitive information. Table of Contents What Data Is Being Protected? What Security Standards Must Financial Institutions Follow? GLBA Gramm-Leach-Bliley Act (U.S.) HIPAA Health Insurance Portability and Accountability Act GDPR General Data Protection Regulation PCI-DSS Payment Card Industry Data Security Standard How Financial Institutions Protect Your Data How Do Institutions

Joseph Chen July 24, 2025

SED Management

How to Enable Encryption on a Self-Encrypting Drive (SED)

Encrypting your data is one of the most effective ways to protect sensitive information. Self-Encrypting Drives (SEDs) offer built-in hardware-level encryption that doesn’t slow down your system like some software-based options. If your computer uses an SED, enabling its encryption features can add a critical layer of security. Here are the steps to get started. Key Takeaways – Self-Encrypting Drives (SEDs) provide built-in, hardware-based encryption for securing sensitive data. – Enabling SED encryption requires confirming compatibility, adjusting BIOS/UEFI settings, and setting up pre-boot authentication. – A dedicated encryption utility is usually required to configure and manage SEDs effectively. – Regular monitoring and secure storage of encryption keys are critical for

Joseph Chen July 3, 2025

Drive Encryption

Why It’s Time to Enable Your Drive’s Encryption

In our security-conscious world today, most computers are equipped with self-encrypting drives (SEDs), especially business-class laptops and desktops. These drives offer powerful hardware-level encryption built directly into the storage device, which enables users to secure sensitive data with no performance loss, unlike software encryption. Why Most Users Miss Out on Built-In Encryption Despite these features, most users remain unaware that they already have access to powerful data encryption tools right under their fingertips. Unlike software-only solutions, SEDs use encryption embedded directly into the drive’s controller, ensuring that data is always protected at rest and in transit without relying on the host system. This form of encryption protection activates the moment

Joseph Chen June 18, 2025

Data Protection

How Vulnerable is Your Data if Your USB is Lost?

Remember the security breach incident when an airport staff member lost a USB stick containing sensitive data, including the late Queen’s security and travel arrangements? That’s a dramatic example of the common risk of losing an unencrypted flash drive. If your drive isn’t properly secured, anyone who finds it can access everything on it. Why Passwords Aren’t Enough Most people rely on simple file encryption or password-protected folders. But these basic solutions don’t secure the device itself. A determined attacker can bypass them. If you’re using a traditional flash drive, you need more than USB encryption software. You need full-drive, hardware-level protection. Use Hardware Encryption to Lock the Whole Drive

Joseph Chen June 6, 2025

Data Breach

Smart Compliance with Complex Data Breach Laws

As cyberattacks increase in frequency and severity, organizations are under growing pressure to protect sensitive data and act quickly when there is a breach. In 2024, the United States experienced over 3,200 publicly reported data breaches that affected over 350 million individuals, a staggering reminder of the scale of this threat. Yet, responding to breaches isn’t just about damage control. It’s a legal obligation. A Maze of Data Breach Notification Laws Unlike the European Union’s General Data Protection Regulation (GDPR), which enforces a uniform data protection standard, the United States takes a decentralized approach. Each of the 50 states has enacted its own data breach notification law. These laws differ

Joseph Chen May 21, 2025

Data Privacy

Protecting Your Data Privacy in a World of Threats

In today’s digital world, data privacy is more than a concern, it’s a necessity. From identity theft to corporate espionage, the risk of sensitive information falling into the wrong hands has never been higher. Relying solely on software-based security measures is no longer enough. Hackers continue to grow more sophisticated, and even physical theft of devices can lead to catastrophic breaches. The only way to truly protect your data is to ensure that it’s encrypted at the hardware level. Why Hardware-Based Encryption Matters Unlike software encryption, which can be vulnerable to malware or operating system exploits, hardware-based encryption provides a much stronger defense. This is where self-encrypting drives (SEDs) come

Joseph Chen May 8, 2025

Data Security

Why the Breach Notification Rule in Healthcare Matters

Everyone involved with healthcare should know about the HIPPA Breach Notification Rule. This regulation mandates that HIPAA-covered entities and their business associates report breaches of unsecured protected health information (PHI). Additionally, similar provisions from the Federal Trade Commission (FTC) apply to vendors of personal health records and their third-party providers. In simple terms, if you mishandle sensitive patient data, you’re legally required to notify affected parties, including the media and federal authorities in some cases. What is the Breach Notification Rule? A “breach,” by definition, is the improper use or disclosure of PHI that compromises its security or privacy. Unless proven otherwise through a rigorous risk assessment, any such incident

Joseph Chen April 23, 2025

Stolen Laptop

How Vulnerable is Your Data if Your Laptop is Stolen?

The sinking feeling of realizing your laptop is gone is often quickly followed by a more pressing concern – what about the data on it? The vulnerability of that information hinges on the security measures you have (or haven’t) put in place. A recent incident involving a virtual care management service provider serves as a stark reminder of the potential risks. When an employee’s password-protected laptop was stolen, the organization had to confront the possibility of sensitive patient data being exposed. While they found no evidence of unauthorized access, the event underscores a critical question: just how vulnerable is your data when your laptop falls into the wrong hands? The

Joseph Chen April 9, 2025

Data Erasure

Is Overwriting a Hard Drive Best for Complete Data Erasure?

When it comes to data security, the need to fully erase sensitive information from storage devices is a critical concern for individuals and organizations alike. The most common non-destructive method for erasing data from traditional hard disk drives (HDDs) is overwriting – replacing existing data with patterns of zeroes, ones or random characters. But how many times must you overwrite a hard drive to ensure its data is truly irretrievable? The Evolution of Overwriting Standards For decades, different organizations and governments have debated the optimal number of overwriting passes required for secure data erasure. 1990s: The U.S. Department of Defense (DoD) initially recommended a three-pass overwrite. 1996: Security researcher Peter

Joseph Chen March 26, 2025

Data Security

Future-Proof Your Data Security with Opal Lock’s New Release

Fidelity Height has always been at the forefront of data security, providing users with powerful drive protection and encryption solutions. With the latest release of Opal Lock (version 1.3.2), we are taking another step forward in ensuring reliability, compatibility and enhanced security for users. This latest update decommissions outdated functionalities and replaces them with Microsoft’s recommended WMI features, improving drive scanning, security operations, and overall user experience. What’s New with Opal Lock? Opal Lock version 1.3.2 introduces changes that significantly improve security, compatibility, and performance for end users managing internal and external drives. Improved Drive Scanning With this update, Opal Lock has fully transitioned from WMIC commands to Microsoft’s recommended

Joseph Chen March 12, 2025

Device Security

Lost or Stolen Drives Are Secure with Hardware-Based Encryption

In today’s digital landscape, data security is a top priority for businesses and individuals alike. With lost and stolen drives on the rise, protecting sensitive information has never been more critical. Opal Lock by Fidelity Height provides cutting-edge, hardware-based encryption management that ensures your data remains secure even if your drive is lost or stolen. Enhanced Drive Management Managing encrypted drives doesn’t have to be complex. Opal Lock simplifies the process with intuitive features that help users monitor drive status, audit event logs, and query critical drive details – all in one seamless desktop application. Whether you’re an IT professional handling enterprise security or an individual securing personal files, Opal

Joseph Chen February 19, 2025

Blog

Simplify Encrypted Drive Management Without Sacrificing Security

How to Enable Encryption on a Self-Encrypting Drive (SED)

Why It’s Time to Enable Your Drive’s Encryption

How Vulnerable is Your Data if Your USB is Lost?

Protecting Your Data Privacy in a World of Threats

Why the Breach Notification Rule in Healthcare Matters

How Vulnerable is Your Data if Your Laptop is Stolen?

Is Overwriting a Hard Drive Best for Complete Data Erasure?

Future-Proof Your Data Security with Opal Lock’s New Release

Lost or Stolen Drives Are Secure with Hardware-Based Encryption

Quick Links

Support

Resources

Contact Info

Copyright © 2025 All Rights Reserved by Fidelity Height LLC.