I don't know, when the Wii U controller was announced stuff like this http://www.macstories.net/news/ipad-games-on-apple-tv-firemint-announces-real-racing-2-hd-with-ios-5-airplay-mirroring/ had already landed.

If you already own a tablet that can stream to your TV why purchase a dedicated console with a limited tablet LIKE controller?

http://www.high-rely.com/

We ran some of these for off siting data in rotation... Way faster than tape and designed for swapping... Might not be the best for long term storage.

PPTP is a type of VPN still used by some companies and included with windows...
MS-CHAPv2 is the default / most common authentication option when using PPTP with windows. Thus organizations still using PPTP for remote access may be at risk.

This is true, we just finished doing evaluations and IBMs quote included subbing out ALL the work to multiple sub vendors, the only part with IBMs name on it was the Quote.

http://owncloud.org/

- Calendar
- Contacts
- dropbox like storage

Dd-wrt and tomato-USB firmware builds run on several buffalo and asus brand routers.

Buffalo even ships dd-wrt on select units.

I hate the GIANT font that doesn't fit on the screen used for titles on screens like the people app.

Hacking in a custom firmware like OpenWRT, Tomato or DD-WRT isn't the point when it comes to mass penetration of IPv6, devices need to officially ship with it for it to spread.

Out of the box you get access to a lot more (ipv4 features) than with Cisco without extra licensing, however you are right that the split is odd.

I can forgive Juniper when compared to Cisco on the topic of licensing and complexity.

Despite advancements for support at the device level the next major hurdle for large enterprise is the management tools and monitoring tools not fully supporting IPv6.

It is really hard to manage a modern network without flow monitoring, snmp and syslog data from all systems. This is another area where you end up with a setback or compromise if you try and roll out right now.

On the consumer front only just recently did home WiFi routers start shipping or start getting IPv6 support, even then finding an ISP that will provision you is next to impossible.

On the enterprise front gear has been labeled as IPv6 ready or compatible or even listed it as a feature for a long time. However if you work in security and have to implement policy control over content, you quickly see that the functionality is years behind when applied to IPv6 flows... At an enterprise level switching isn't easy without swamping out a lot of gear, or reducing expectations... IPv6 enabled deep inspection, and application layer inspection tools are only now becoming available, or only now becoming mature enough to roll out.

That is external application brute force, in this case the attacker simply broke in and copied the list of hashes given them unlimited time to try and match them to known passwords.

Not sure about Android 4.0 but iPhone has supported more ActiveSync policy management than Android for some time. Specifically around app-store access.
http://www.netqin.com/en/security/newsinfo_4388_3.html

However all bets are off once ether is rooted / jailbroken.

Developers are not end users... they are some level of engineer, as they are BUILDING things for end users to use... They should be reading some kind of docs before choosing tool / function they use for the job... the more powerful the language the more you need to know.

In your example the developers should be the ones that build the BAD CAR with the exploit in it that was sold, they where not the poor end users that purchased it.

Your example is still a failure of the developer understanding the tool which caused the problem, not the tool missing an alternate secure way to do it.