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Guess why you haven't seen a single picture of video of the re-entry of a Dragon capsule.

Actually there are buckets of photos of recovered capsules. And the first one, I believe, was even donated to the Smithsonian.

Since every CRS flight has returned experiments and samples from ISS, if they failed to reenter properly, SpaceX wouldn't have received payment.

http://www.parabolicarc.com/wp-content/uploads/2012/10/dragon_ocean_crs1.jpg

http://seradata.com/SSI/wp-content/uploads/mt/flightglobalweb/blogs/hyperbola/2012/10/30/dragon%20crs1%20small.jpg

http://www.pddnet.com/sites/pddnet.com/files/KRT-US-NEWS-SPACEX-LAUNCH-3-LA.jpg

They do make medical tubing connections with RFID. This allows the equipment to verify a proper connection before delivering anything through it. Also allows traceability of old connections, logging connect/disconnect, etc. http://www.pddnet.com/editorial-jim-brown-colder-products-trouble_free-fluid-connectors-for-medical-devices-052410/ This is mostly a cost issue, as old hardware needs to be replaced / retrofitted.

'XP started out with an investment from Microsoft, which offered a majority of its software products and a very large number of its licenses to build some process management. XP is basing its collaborative space around the Microsoft Office Sharepoint Server'

By the way, a friend of mine actually recently wrote an interesting article about how engineers can do their own small scale manufacturing. Its in product design and development magazine, and the article can be found here.

Basically my quick version:

1) start a corporation
2) buy your own CnC/rapid prototyping tech or plan to outsource prototyping efforts
3) build prototype
4) use rapid prototyping techniques to refine product
4) outsource final product manufacturing
5) sell product online through various channels
6) profit!

Actually makes quite a bit of sense these days. I wrote a short article about the current trend toward decentralized manufacturing as well ...