I'm aware that it's an HDL. I learned a crapton of programming models and languages, and I found that there's nothing out there that's that great or really extended my ability to process data. Learning Verilog was easy and actually gave me access to new functionality that no programming language could. I know it's not a programming language, but it's my answer to people looking for a new programming language for a challenge or to enhance their skills. A programming language will not foot that bill, IMO. Maybe if you've never used an OO or Functional language, then you should learn one. Past that, they're just faster/better/easier/more ways to do the same thing.

Steve also neglected to mention the multiple layers of encryption of the data both on disk and across the wire, as well as an ability to adapt connectivity intelligently based on the current network configuration, allowing it to establish P2P or simulated P2P across firewalls and web proxies, meaning that the IT staff has no real overhead to support the communications, except for the increase in bandwidth.

It also has a complex dynamics engine that allows for total sync between communicators.

Please do try to really find out the answers to the questions before blurting out your assumptions.