INTEL HAS ANNOUNCED the Drive Pro 2500 series of solid state disk (SSD) drives that are "self encrypting", which the firm says makes them more secure against data breaches.
Aimed at businesses, the Intel SSD Pro 2500 series will come in a 2.4in 7mm form factor with 120GB, 180GB, 240GB, 360GB and 480GB capacities, M.2 80mm size with 180GB, 240GB and 360GB capacities, and M.2 60mm size with 180GB or 240GB capacities.
Intel promises that each form factor type will provide random input/output operations per second (IOPS) of up to 48K/80K and sequential read/write data transfer speeds of up to 540/490MBps.
"[The] Solid State Drive Pro 2500 series [has] over [six times] higher performance with new advanced low power modes yielding an optimized user experience and longer battery life," Intel said in a press briefing.
In terms of power, the drives will have an active wattage of 195mW, idle 55mW and devsleep of 5mW. The drives will also ship with Intel vPro-capable remote manageability features.
Intel said that the reason behind the launch of the self encrypting SSDs is due to rise of data breaches affecting businesses having "significant financial consequences".
Intel said the average cost of data breach incident is in the region of $3.4m (£2m), with malicious attacks being the main cause. The firm also said that lost laptops are a concern and the average cost of a lost unencrypted device is $50,000 (£30,000) including intellectual property loss, data breaches, lost productivity, replacement and legal costs, so the need for businesses to encrypt data is more pressing than ever.
Data breaches are also becoming a bigger concern on a personal level, too, as it has emerged that cyber crooks are increasingly turning to "sextortion" attacks in which they blackmail victims with the threat of exposing explicit photographs or messages.
Security experts warned that cyber criminals might try to befriend victims and trick them into sharing pictures, or may use malware to target victims' webcams and take pictures themselves in order to acquire blackmail material. µ