Shawn Armbrister’s Post

This is another example of Hewlett Packard Enterprise bringing options to solve client challenges. We do not just provide one part of a solution, we can provide an entire solution that is easily implemented, managed, includes real ransomware protection and because it's built on AI it is built for the future. The depth of the #HPE portfolio allows us a level of creativity to help our clients in a way that very few companies have, and in the very competitive IT space we work in that is saying a lot. “Creativity is Intelligence Having Fun.” -Albert Einstein https://lnkd.in/gAxADG9X

Tape continues to be very, very good to me. “But while HDD shipments cratered by around 35% this year, tape still found room to grow.” Here is the article: https://bit.ly/48eD2MY . And be sure to check out HPE LTO tape media. #airgap #archive #cloudcomputing #cybersecurity #data #datacenter #dataprotection #datastorage #HPEPartner #LTOtapeRocks #mediaandentertainment #tapestorage #technology #videoarchive

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.

Your data can't be stored in a vault, locked up underground accessible with just one key. Why? It moves throughout your distributed system from edge computing systems to employees on vulnerable networks. See how by watching this video about Confidential Computing, an @HPE and Intel strategy for creating trusted environments for compute workloads.