bombHWH - Hardware Hack

As most of you know I have been working on a hardware hack for the past two or so months, and I am now nearing completion. The hardware side is 90% complete (just have to finish the copper pour on the pcb for the ground plane, it's a bitch to do copper pours in eagle lol).
I just started writing the code and doing the fpga design, so it won't be that long until this is released.

Hardware Sepcs:
1 HDMI output (24bpp, 3D support, HDCP support)
2 HDMI inputs (36bpp, fast switching <1s, HDCP support, 3D support)
2 Ethernet ports (mostly for packet interception and modification)
2 USB Host/Device ports (on LPC4330) (one is also an OTG compatible host) (for controller interception)
1 USB Host/Device port (on AM1705) (general purpose, mostly for USB flash drive)
1 USB debug port (USB to Serial) (for debugging)
2 3.5mm audio jacks (for headphones, injecting audio into HDMI stream, etc)
1 IrDA receiver (for controlling the device via universal remote)
2 XMOS G4 processors (audio analysis, motion detect, general purpose)
1 NXP LPC4330 dual core ARM cortex M4/M0 processor (scripting, USB, general purpose)
1 Cyclone EP1C FPGA (the main "hub" of the design)
1 Cyclone EP3C FPGA (object detection and overlays)
1 TI AM1705 ARM9 processor (object detection, overlays, physics)
2GB of RAM
64GB of NAND flash (for storing: configs, image comparison neural networks, etc)

(Note this is more like a general purpose development board than a single-purpose device so if you know how to program for ARM and can write VHDL you will be able to do anything you want with this)

The current planned features for the software (very general, once the site is up it will have tons more specific stuff):

Object Detection methods (for both aimbot and esp):
-Motion detection
-Background occlusion
-Image comparison engine
-Color detection
-Many more I don't feel like listing
-SOUND! That's right, 2-8 dedicated threads on the XMOS processors to do audio analysis and comparison (one thread for each audio channel).

Aimbot:
-Legit aim (aka smooth aim, whatever you wanna call it)
-Predict bullet physics for games like BF3 (using a minimal physics engine).
-FOV checking
-Prediction (aka lag compensation, whatever you wanna call it)

ESP:
-A LOT of image/color filters that you can apply to the video output
-Threat/Attack notification icons (set off by grenade/reload/etc sounds, smoke trails, etc).
-Anything else you guys would like? I'm at a loss of what to else to add

Overlay(s):
-8bpp overlay (overlay on upper or lower 4 bits of each pixels color)
-Fully alpha blended overlay (for "high-color" stuff)
-Custom overlays (make your own custom overlay with scripting).

General:
-Scripting (most likely lua or python)
-Run android on the ARM9! You will lose the physics engine and overlays and scripting but still it's awesome! (might not be till after release, as I might have to build a custom stripped down version of android)

Any features you would like but don't see please post. I'd like to see what kind of things you guys want in a hardware hack. Like the title says the release date is in 3 weeks time. From idea to final product in less than 3 months? BEAT THAT ORGANNER.

No pics yet cause you guys wouldn't appreciate the time and effort I put into designing the PCB as you don't how hard it is to do.

I'm also looking for enclosure ideas, I'm currently planning on going with a brushed aluminum enclosure.

PRICEPOINT: BE LOOKING TO PAY AROUND 120$ TO 200$ FOR THIS
If it was 200$, that's still 44% less than a year of Immunity Duo. THAT'S CHEAP!