1666 Results for "Reverse Engineering Blood Glucose Monitors"

References for Universal Glucometer
Log from Universal Glucometer
This is a partial list of references I have used so far in researching the design and operation of glucometers, glucose measurement techniques, strip design, etc. (I continue to find and read new resources). I've included links to articles or abstracts...

Listening to Glucose Levels
Log from Raspberry Pi Glucometer
Before I found Hackaday, I had already begun working on this project. Much earlier in the year, I first tried reverse engineering a small phone meter called Gmate Smart.Here is my setup. It required two macs, an iphone, the meter, and a very unique adapter...

Making it "truly" mobile
Log from Diabetes Data, Everywhere
After getting a taste of what and how amazing remote monitoring our son's blood sugar was... we wanted to extend this to 24/7 coverage, from anywhere he may be.A tool like this enables a child with diabetes the ability to: play without unnecessary interruption,...

Reverse Engineering the Cisco HWIC-3G-CDMA
Log from Cisco HWIC-3G-CDMA as a Cheap FPGA Board
(Originally published here.) The Cisco HWIC-3G-CDMA PCB After the abandoned attempt (*) to reverse engineer the $5 Cisco VWIC2-2MFT-T1/E1 card (because its Stratix II FPGA is not supported by Quartus Web Edition), I set my sights on another...

Reverse Engineering
Log from The Bit
Disassembled blackberry module:The desoldered tracking chip:Early attempt at working out the pinout:

Reverse engineering the spline
Log from MK2 Ford Fiesta Window Winder
This image was used to trace the spline, whilst a caliper was used to scale it within the CAD package, a useful way of reverse engineering parts.

Reverse Engineering
Log from Saturn-5 LVDC Module Clock
With a multimeter and and some time I was able to find the following structure: It looks like a gigantic Diode-AND gate. The diodes have a common anode. I couldn´t find any isolated diodes or transistors. What else could it be? Maybe a clock...

1617 PAL reverse engineering
Log from Applix 1616 Documentation
The 1617 is a SCSI and Floppy drive controller board. Fortunately the PAL chips are purely combinatorial PAL16L8. Their output patterns have been read.

Reverse Engineering Pokémon GO Plus
Log from Pokemon Go Plus DIY
Yohanes Nugroho at TinyHack writes about reverse engineering Pokemon GO Plus: Pokemon GO Plus, (which I will refer from now on as PGP) is a wearable Bluetooth Low Energy (BLE) device to be used with the Pokemon GO game for Android or iOS. There...

Reverse engineering the connector
Log from Solder Ninja Tweezers
Weller RTW tweezer tips seem to mate with the handle through a 5-pin connector from Binder. A bit of reverse engineering gives us the following pinout: right heater,right thermocouple,ground,left thermocouple,left heater. As with regular RT...

Reverse Engineering
Log from Shower Metronome
The original IntrudAlert PCB has a 4 pin mystery device that drove the speaker element.One leg is connected to the battery positive, one leg is connected to a transistor (assumed) controlled by the epoxy blob that switches to the battery negative. The...

Workshop Details: Reverse Engineering
Log from Hackaday Munich
The dark art of reverse engineering runs long and deep. But a core set of skills can be almost universally applied. We've selected the hardware shown above to try out these skills during the Reverse Engineering workshop.Click Here to download the Workshop...

Reverse-engineering
Log from Hacker Olympics 2016 at MakeRīga hackerspace
Challenge 17: CIRCUMVENTING ACCESS CONTROL Put a marked card on the reader and a tune plays from inside the box the wires from the reader go to. Make it play this tune without using the marked card.---------- more ----------Challenge 20: LINEAR TECHNOLOGY...

Reverse Engineering
Log from PolySense
Origin While exploring musical textile interfaces, we used the piezo-resistive material below (dark grey): It was expensive and became hard to get because of a new exclusive contract with another company, so with material scientists, we reverse-engineered...

Reverse-engineering the PCB
Log from Vintage Effect Reverse-Engineering
DRX85 on a light box, allowing me to see traces on the bottom side. No photography equipment or post-processing here, and since the board is big, it'd be a bit impractical to do it the Big Clive way.Closeup of a phenolic single-layer PCB. All through...

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