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An SSD that has advanced security capabilities to guard against unauthorized access, tampering, and theft is known as a self-defending SSD (Solid State Drive). These security measures are intended to protect the SSD against a variety of threats, such as physical assaults, malware, and hacking attempts.
Hardware encryption is one of the primary characteristics of self-protecting SSDs. Data is encrypted as it is written to the disc using the built-in encryption capabilities of the drive’s controller. Unauthorized users cannot access the drive’s memory, where the encryption key is kept. Without the proper decryption key, it becomes very impossible to access the data on the drive.
Additionally, self-protecting SSDs could have firmware protection and secure boot as security features. By ensuring that the system only boots from trusted firmware, secure boot ensures that malware cannot affect the boot process.
The firmware of the drive is protected from unauthorized modification, making it more challenging for attackers to take advantage of flaws in the firmware.
Some self-protecting SSDs also have features that may detect and report efforts to physically tamper with the drive, such as tamper-evident packaging.
This can include devices that erase the drive’s memory if tampering is discovered, sensors that detect changes in temperature or pressure, or both. In conclusion, self-defending SSDs are a very safe storage option that can offer robust security for delicate data kept on the drive.
The Global Self-Defending SSD Market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
In a co-developed SSD platform, Phison and Cigent demonstrated defenses against data loss and ransomware that are integrated into the SSD’s firmware. In the case of an assault, the drives even automatically encrypt and conceal data. This year, everyone will be able to access these “self-defending” discs.
Antiviruses are able to identify known malware and analyze program behavior to find probable patterns of questionable behavior. Custom ransomware, on the other hand, created by hacking groups, can go undetected until it’s too late, leaving systems vulnerable to assault. Therefore, since the hardware is frequently secure against alteration, it makes it logical to protect data there in many situations.
