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HCS300 Shutter controller
#1
Hey,
I've bought a new shutter controller, with now brand on it:

http://www.ebay.de/itm/Rollladenschalter...2c714ecffa

With pilight-debug I've seen, that the send code always differs a litte bit from the one before - so I checked the chip inside the transmitter and found a HCS300-Chip (http://www.microchip.com/wwwproducts/Dev...e=en010760) which seems to be a KeeLoq-System.
So it is supposed to change the key on each sending process...

I found out that keeloy is inscecure since a long time, so is there a way to implement this in pilight?

I've found some thins written in C here: http://www.pittnerovi.com/jiri/hobby/ele...cs/keeloq/

Greetings
 
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#2
Still, can you provide us with a pilight debug output to check if we can make something out of it?
 
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#3
Sorry for the late reply - my receiver was broken Wink
Here for example some of the Stop-Signals of the remote - but without low pass filter...

Code:
--[RESULTS]--

header:         1
pulse:          3
footer:         57
rawLength:      156
binaryLength:   39

Raw code:
295 295 295 590 295 590 295 295 295 590 295 295 295 590 295 590 295 295 295 590 295 590 295 4130 295 885 885 295 295 885 885 295 295 885 885 590 885 295 295 885 295 885 885 590 295 885 885 295 295 885 295 885 885 590 295 885 885 295 885 295 295 885 295 885 295 885 295 885 295 885 295 885 295 885 295 885 885 590 885 295 295 885 885 590 295 885 295 885 885 295 885 295 295 885 295 885 885 295 885 590 885 590 295 885 885 295 885 590 885 590 885 590 885 590 885 590 885 295 885 590 885 295 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 295 885 590 885 590 885 590 885 590 885 590 295 885 885 590 885 590 295 16815
Binary code:
000001000100110111100101010000000000001

Code:
--[RESULTS]--

header:         0
pulse:          2
footer:         57
rawLength:      156
binaryLength:   39

Raw code:
295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 4130 295 885 885 590 295 885 295 885 590 590 885 590 295 885 295 885 590 590 885 590 295 885 295 885 295 885 885 590 295 885 885 590 885 590 885 590 885 590 295 885 295 885 295 885 885 590 885 590 295 885 295 885 885 590 885 590 295 885 295 885 295 885 295 885 885 295 590 590 295 885 295 885 885 590 885 590 590 590 295 885 885 590 590 590 590 590 590 590 885 590 590 590 590 590 885 590 590 590 590 590 590 590 590 590 885 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 295 885 590 590 590 590 295 16815
Binary code:
111111111111111111111111111111111111111

Code:
--[RESULTS]--

header:         0
pulse:          2
footer:         57
rawLength:      156
binaryLength:   39

Raw code:
295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 590 295 4130 590 590 295 885 295 885 590 590 295 885 295 885 885 590 885 590 295 885 885 590 295 885 885 590 590 590 295 885 295 885 295 885 590 590 295 885 885 590 295 885 885 590 295 885 885 590 885 590 885 590 590 590 295 885 295 885 885 590 590 590 295 885 295 885 885 590 590 590 295 885 295 885 590 590 590 590 885 590 295 885 885 590 590 590 590 590 590 590 885 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 590 885 590 590 590 590 590 590 590 590 590 295 885 590 590 590 590 295 16815
Binary code:
111111111111111111111111111111111111111

Code:
--[RESULTS]--

header:         1
pulse:          3
footer:         57
rawLength:      156
binaryLength:   39

Raw code:
295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 295 4130 885 295 885 590 885 295 295 885 295 885 885 295 885 295 885 295 885 295 885 295 295 885 295 885 295 885 295 885 885 295 885 295 885 295 885 295 885 295 295 885 885 295 295 885 885 295 885 295 295 885 295 885 885 295 295 885 295 885 295 885 885 295 295 885 885 295 885 295 295 885 295 885 885 590 885 295 885 590 295 885 885 295 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 885 590 295 885 885 590 885 590 295 16815
Binary code:
000001010001100110111101010000000000001
 
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#4
Can you describe how the remote works. What buttons does it have, with what functions? And can you post a debug for all these buttons?
 
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#5
The controller has one Button for up, one for down and one for stop - you can see it on this picture: http://www.uzman-import.de/images/rollad...1kanal.jpg
 
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#6
This will be difficult... I need more outputs of different remotes to tell what specific numbers mean.
 
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#7
hey there... bought a shutter controller from this series too.
Got pilight-debug outputs which look very similiar...
is there a chance to write a protocol?

Down button on remote:

Code:
--[RESULTS]--

time:           Tue Dec 16 22:28:41 2014
hardware:       433gpio
pulse:          9
rawlen:         164
binlen:         41
pulselen:       467

Raw code:
1401 467 467 467 467 467 467 467 467 467 467 467 467 467 467 467 467 467 467 4203 467 934 934 467 934 467 467 934 934 467 934 467 934 467 934 467 467 934 934 467 934 467 934 467 467 934 467 934 467 934 934 467 467 934 934 467 467 934 467 934 467 934 934 467 934 467 467 934 467 934 934 467 934 467 934 467 467 934 934 467 467 934 934 467 467 934 934 467 934 467 934 467 934 467 934 467 934 467 934 467 934 467 934 467 467 934 934 467 934 467 934 467 934 467 934 467 467 934 934 467 467 934 934 467 467 934 467 934 467 934 934 467 934 467 934 467 934 467 934 467 934 467 934 467 467 934 934 467 934 467 934 467 934 467 934 467 934 467 934 467 934 467 934 15878
Binary code:
00001000000000000000000000000000000000001

Stop

Code:
--[RESULTS]--

time:           Tue Dec 16 22:29:06 2014
hardware:       433gpio
pulse:          3
rawlen:         164
binlen:         41
pulselen:       117

Raw code:
351 819 351 819 819 468 351 819 819 468 351 819 819 468 819 468 351 819 819 468 351 819 351 819 819 468 819 468 819 468 819 468 351 819 351 819 819 468 351 819 819 351 351 819 819 468 819 468 819 468 351 819 819 468 351 819 351 819 351 819 351 819 819 468 351 819 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 351 819 819 468 819 468 819 351 819 468 819 468 351 819 819 468 351 819 819 468 351 819 351 819 351 819 819 468 819 468 819 468 819 468 819 468 819 468 351 819 702 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 15912 1521 351 351 468 351 468 351 468 351 351 351 468 351 468 351 468 351 351 351 3978
Binary code:
11111111111111111111111111111111111111111

Up

Code:
--[RESULTS]--

time:           Tue Dec 16 22:29:06 2014
hardware:       433gpio
pulse:          3
rawlen:         164
binlen:         41
pulselen:       117

Raw code:
351 819 351 819 819 468 351 819 819 468 351 819 819 468 819 468 351 819 819 468 351 819 351 819 819 468 819 468 819 468 819 468 351 819 351 819 819 468 351 819 819 351 351 819 819 468 819 468 819 468 351 819 819 468 351 819 351 819 351 819 351 819 819 468 351 819 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 351 819 819 468 819 468 819 351 819 468 819 468 351 819 819 468 351 819 819 468 351 819 351 819 351 819 819 468 819 468 819 468 819 468 819 468 819 468 351 819 702 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 468 819 15912 1521 351 351 468 351 468 351 468 351 351 351 468 351 468 351 468 351 351 351 3978
Binary code:
11111111111111111111111111111111111111111

Already tried to control the shutter by sending the raw code but it seems to have some rolling code or something like that...

Please tell me if you need more debug outputs or any other information

Thank you very much!
 
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#8
I'm considering about buying some more controllers of this type. They are cheap and work fine, but i would like to know if there's any chance for a pilight protocol? Do u need any further information or pilight output?
Thx in advance and sorry for pushing this thread.
 
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#9
Google search allicdata, you can find the controller
 
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