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Server Portal Configuration Guide

Views: 1569     Author: Site Editor     Publish Time: 2019-10-30      Origin: Site

Server Configuration Guide


     1.Domain is ok to reach, but easy to get disconnected,because domain is not stable, because not sure if DNS resolution complete ,we suggest use the TCP/IP socket server 

      i)server Domain address or IP address both to be ok to used as long as they can guarantee the correct domain name resolution. The reason for using IP is to avoid the error           of domain name resolution.

     ii)Our protocol is TCP/IP, not HTTP, not https

     iii)All GPRS communication, not UDP, not ok for data cable configuration.


     App software language:Android verison is JavaIOS version is Object C

     Server running software language is Node.JS

     Firmware software is Language C

     It's TCP/IP socket server, GPRS communication only, key encryption is AES128, without MQTT


     The most important is the device send whatever Linkkeep, your server need reply or confirm the Linkkeep for maintenance the network connection

     At the beginning half hour , the device every minute send the Linkkeep;if connected/online , after half hour , it send Linkkeep every 5-8minutes

     This is handshake , so they know each other for keep the network connection, if not, the network disconnect

     TKQ2 is offline voice message


     2.Are you using a Google API for position? If not, perhaps you should look for it: https://developers.google.com/maps/documentation/geolocation/intro


      It is important to take into consideration that all GPS devices working indoors will have a big GPS error, and that LBS and WiFi information needs a good source of data and            also a highly actualized database of those ID’s in the Google Geolocation API.

      You will need to add some extra processing to the location algorithm in order to avoid satellite jumps, corrupted data, low accuracy places, improve the WiFi usage and so on.        This is a good practice in any LBS software. Here is up to you all the logic that you want to use, if calculate averages, if cross against historical data of the same device, if                  always lock the position when GPS is not fixed, etc.


      3.The server IP and port only can change from server end,IMEI should be registered in your server , the server identify the device per device ID number. After change the IP               and port from server end, just reboot the device and wait 6-8 minutes is fine , so you can check the ts# reply , you will see if switch the server successful. 

IMEI number


      GPS with micro phone and speaker, it’s feature phone system, with SIM card for voice+data features

      GPS system consists of feature phone ic chipset +GPS mode+WiFi mode (optional)

      GPS work with phone app is phone to phone, machine to machine


     4.This is the example to show you the server end data

3333


     All the HEX. need convert to ASCII code


i) Link keep :

    HEX: 5B33472A303330343138373130392A303030392A4C4B2C302C302C32315D

    ASCII: [3G*0304187109*0009*LK,0,0,21]

    and should receive response equal to the one mounted: [3G*0304187109*0002*LK]


    Example:[CS*YYYYYYYYYY*LEN*LK]

    [3G*8800000015*0002*LK]---length is changed base on the length of the contents


    Device Send:

    [CS*YYYYYYYYYY*LEN*LK,step, tumbling number,battery status percentage]

    Example:[3G*8800000015*000D*LK,50,100,100]

44444

ii) message:

     HEX: 5B33472A303330343138373130392A303030392A46465A4450415948355D

     ASCII: [3G*0304187109*0009*FFZDPAYH5]


iii) SOS Alert with different code ( AL_LTE):

    HEX: 5B33472A303330343138373130392A303132302A414C5F4C54452C3331303132302C3138343235312C562C302E302C4E2C302E302C452C32322E302C302C2D

    312C302C3130302C31312C302C302C30303031303030312C312C312C3333342C3032302C31333031312C32333135323135342C3130302C352C52454355504552414

    3494F4E534C542C37383A38613A32303A38313A65363A64662C2D35342C524543555045524143494F4E534C542C37383A38613A32303A38313A66623A65382C2D3

    6342C524543555045524143494F4E534C542C37383A38613A32303A38313A65363A65302C2D36352C41524C4F5F564D425F313536323739383634372C38633A3362

    3A61643A66623A35393A38362C2D37332C4C757A3030322C30633A66383A39333A37623A66383A31302C2D38352C302E305D


   ASCII: [3G*0304187109*0120*AL_LTE,310120,184251,V,0.0,N,0.0,E,22.0,0,-1,0,100,11,0,0,00010001,1,1,334,020,13011,23152154,100,5,RECUPERACIONSLT,78:8a:20:81:e6:df,

   -54,RECUPERACIONSLT,78:8a:20:81:fb:e8,-64,RECUPERACIONSLT,78:8a:20:81:e6:e0,-65,ARLO_VMB_1562798647,8c:3b:ad:fb:59:86,-73,Luz002,0c:f8:93:7b:f8:10,-85,0.0]


ⅳ) Position message with different code (UD_LTE):

    HEX: 5B33472A303330343138373130392A303132302A55445F4C54452C3331303132302C3138343334372C562C302E302C4E2C302E302C452C32322E302C302C2D312C302

    C3130302C31312C302C302C30303030303030312C312C312C3333342C3032302C31333031312C32333135323135312C3130302C352C524543555045524143494F4E534C

    542C37383A38613A32303A38313A65363A64662C2D35342C524543555045524143494F4E534C542C37383A38613A32303A38313A66623A65382C2D36342C524543555

    045524143494F4E534C542C37383A38613A32303A38313A65363A65302C2D36352C41524C4F5F564D425F313536323739383634372C38633A33623A61643A66623A35

    393A38362C2D37332C4C757A3030322C30633A66383A39333A37623A66383A31302C2D38352C302E305D


    ASCII: [3G*0304187109*0120*UD_LTE,310120,184347,V,0.0,N,0.0,E,22.0,0,-1,0,100,11,0,0,00000001,1,1,334,020,13011,23152151,100,5,RECUPERACIONSLT,78:8a:20:81:e6:df,

   -54,RECUPERACIONSLT,78:8a:20:81:fb:e8,-64,RECUPERACIONSLT,78:8a:20:81:e6:e0,-65,ARLO_VMB_1562798647,8c:3b:ad:fb:59:86,-73,Luz002,0c:f8:93:7b:f8:10,-85,0.0]


Alarm


ⅴ)The alarm bit of our protocol is 8-bit hexadecimal, and one hexadecimal is composed of 4-bit binary

    4*8 is 32-bit, and our protocol can represent 32-bit status, of which the lower 16 bits represent the status ( our GPS don’t have any status ), and the higher 16 bits represent          the alarm ( count from the right to left,the 1st bit is 0 ,start with 0),but alarm just once,the low battery alarm the 17th bit is 00020000,the SOS alarm the 16th bit is 00010000,      if the both alarm together , should be 00030000; the fall down alarm 21th bit is 00200000

66666The top is hexadecimal, the bottom is binary

777777

     please kindly note the GPS device get the position physical time is 3 minutes , the device send the UD every 20seconds

     normally receive 6 , 9 or 12 UD is ok, but V is invalid GPS position in UD, only A is valid GPS position in UD

     after CR command from the server ,there is coming 6UD, 9UD or 12 UD is normal , only take the A valid GPS position in UD string


5.Below this is the pedometer protocol only


    Walktime set up* (Pedometer)

    Platform send:

    [CS*YYYYYYYYYY*LEN*WALKTIME, time section, time section, time section]

    Example:[3G*5678901234*002A*WALKTIME,8:10-9:30,10:10-11:30,12:10-13:30]

    Device reply:

    [CS*YYYYYYYYYY*LEN*ANY]

    Example:[3G*5678901234*0008*WALKTIME]

    Note: set the walking time step counting time section.

    Note:The device records two values, one is the number of steps per day, which will be reset every day,

    and the other is the cumulative total number of steps, which will not be reset. What the device report to

    the server is the total number of steps, and the server must calculate the number of steps per day based

    on the total number of steps uploaded


6.HR and BPM datas report at the same time , this is the one need configuration now for all our senior GPS, please kindly advise your team

    ⅰ) This is server end remote to get the HR and BP date protocol


   *Platform remote request Heart rate and blood pressure:

    Platform send:

    [3G*8800000015*len*hrtstart,x]

    x is 1 means device upload the heart rate datas single time, then auto stop after uploading.

    Eg.:[3G*9513979338*000a*hrtstart,1]

    x is 0 means device stop uploading the heart rate datas.

    Device reply:

    [3G*8800000015*len*hrtstart]

    [3G*8800000015*0013*bphrt,112,73,67,,,,]

    Systolic blood pressure:112

    Diastolic blood pressure:73

    Heart rate:67



    ii) This is the device end report the HR and BP datas to server end protocol


     Heart rate and Blood pressure upload( both measuring at the same time)

     Device upload:

     [3G*8800000015*len*bphrt,xx,xx,xx,xx,xx,xx,xx]

     The 1st parameter xx represents high pressure and 0 means invalid.

     The 2nd parameter xx represents low pressure and 0 means invalid.

     The 3rd parameter xx represents a heart rate of 0 for invalid

     The 4th parameter xx represents height in cm

     The 5th parameter xx represents gender 1 is male 2 is female

     The 6th parameter xx represents age

     The 7th parameter xx represents weight in KG

     Platform reply:

     [3G*8800000015*0005*bphrt]


(Please kindly note the SPO2 is algorithm data in app and on server end, after you configuration HR and BP in your server ,SPO2 data will be auto on server end.)

HRBPSpO2


HRBP


7.GEO-fence is set on server end , not on app end


8.Please kindly note if the device not shaking or moving from the different orientation for 2 minutes, the device will auto go to hibernation mode,but if any shaking or moving from different orientation , it will wake up immediately


During hibernation , only Linkkeep , no any data transfer

In disconnection, no network, no linkkeep , no data transfer. But after connect the network, the device will update the position immediately


9.If your server end constant receiving the CONFIG data from the device  this is the device configuration command, your server ok to reply command to stop it.


[3G*7703713643*0008*CONFIG,1]


Other command if unnecessary just reply it to stop it on your server end if device keep on repeat sending it.

eg.: [3G*7103000140*0005*ICCID] 

 [3G*7103000140*0006* RYIMEI]

 [3G*7103000140*000D* APPCONTACTTEL]



Please kindly note 4G GPS device use the smart phone IC , so many command and data we also not know it , it's something related phone features, if any datas not ok to verified in the protocol, just ignore it or stop it.





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