The Prize rules are somewhat particular about requirements, so I figured a dedicated project log that puts everything in one place might be helpful.

Video

Create a video, between five (5) minutes and ten (10) minutes in length, that shows a completed, working prototype with a market-ready product design/look and feel. The video should describe the problem it is solving and demonstrate how it facilitates the solution. The video does not need to be “studio quality,” but it should “sell” the project to non-technical viewers. Upload the video to YouTube or Youku and tag the video with the keyword: HackadayPrize, finals.

Project Profile

Link to the new video.

See above. It's also the bottom link on the project sidebar.

Update and add detail to info entered at the previous stages.

We've updated the Details section on the main page; that's probably your best bet to see exactly where the project stands today. A good deal has happened since the first THP2k15 deadline (8/17/2015):

• We created and shared a lot more NeuroBytes operating and test modes.
• We got lots of excellent feedback on the platform from the Game Maker's Guild.
• We interfaced NeuroBytes with a MeArm and a multichannel touch sensor [video].
• We were accepted to display at San Diego Maker Faire, 10/3 - 10/4.

Show at least twelve (12) Project Log updates.

If you want a complete and unfiltered history of the project, your best bet it to start at the beginning.

Post a components list that is complete with a bill of materials for one unit.

See the main project page, or click through to the components list. This includes everything needed to build one NeuroBytes v04 board and one Axon. You can also check out the BOM on GitHub, which adds in a few more Axons and includes old product links.

Post reproducible build instructions.

See the main project page, or click through to the build instructions.

Document complete schematics.

See this image from the gallery, or grab the Kicad files from the GitHub repo.

Post high resolution photos of the project inside and out. Include Gerber files (req - RS274 / RS274X), STL files (opt), netlist (opt), nc drill files (req - human readable), ODB++ (opt), STEP (opt), PCB files (opt), or any other design files.

Grab the Gerbers from the GitHub repo. Other design files (firmware and hardware) are elsewhere in the same GitHub project.