That’s pretty much the flow! The drive receives a write IO, performs compression and collation to create page-aligned blocks of data, encrypts the data and then writes it. The process is reversed on reads (decrypt, decompress, send to host).

Laura Balp
After almost 10 years in the B2B marketing field for tech companies, I use my skills in digital marketing to help companies like ScaleFlux thrive. On a personal note, I'm a curious and well traveled French woman living in the captivating city of San Francisco :)
Related Posts
Does this solution have an impact, either positive or negative, on the security of our data and systems?
A As data flows through the IO path (compression→encryption→write-to-flash and read-from-flash→decryption→decompression) how does each write and read IO request get handled? Category: Hardware compression That’s… Read More »As data flows through the IO path (compression→encryption→write-to-flash and read-from-flash→decryption→decompression) how does each write and read IO request get handled?
Are there security features built into ScaleFlux SSDs or do I need to purchase that separately?
A As data flows through the IO path (compression→encryption→write-to-flash and read-from-flash→decryption→decompression) how does each write and read IO request get handled? Category: Hardware compression That’s… Read More »As data flows through the IO path (compression→encryption→write-to-flash and read-from-flash→decryption→decompression) how does each write and read IO request get handled?
What are potential vulnerabilities when utilizing computational storage such as this?
A As data flows through the IO path (compression→encryption→write-to-flash and read-from-flash→decryption→decompression) how does each write and read IO request get handled? Category: Hardware compression That’s… Read More »As data flows through the IO path (compression→encryption→write-to-flash and read-from-flash→decryption→decompression) how does each write and read IO request get handled?