Domain > horti-cloud.com

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DNS Resolutions

Date	IP Address
2026-02-11	46.235.40.87 (ClassC)

HTTP/1.1 200 OKDate: Wed, 11 Feb 2026 02:32:11 GMTServer: Apache/2.4.62 (AlmaLinux) OpenSSL/3.5.1 mod_fcgid/2.3.9Last-Modified: Sun, 16 May 2021 13:51:05 GMTETag: 4941-5c272c4aece11Accept-Ranges: bytesContent-Length: 18753Content-Type: text/html; charsetwindows-1252

!DOCTYPE html>html>head>    title>Horti-Cloud - www.horti-cloud.com/title>    link hrefcss/horticloud.css typetext/css relstylesheet />    script srchttps://cdn.jsdelivr.net/npm/chart.js@2.9.3/dist/Chart.min.js>/script>    script srcjs/config.js>/script>    script srcjs/moment.js>/script>    script srcjs/moment-timezone-with-data.min.js>/script>  /head>body>div classcontainer_12 clearfix>div classtop_title>www.horti-cloud.combr>Cloud Dashboard voor IoT LoRaWAN Sensorenbr>Rob Hoeben, 2020  div classtable>ul idhorizontal-list>li classhorizontaal>a hrefindex.html>strong>Home/strong>/a>/li>li classhorizontaal>a hrefdashboard_login.html>Dashboard Login/a>/li>li classhorizontaal>a hrefregister.html>Nieuwe Gebruiker Registreren/a>/li>li classhorizontaal>a hrefnew_sensor.html>Nieuwe Sensor Registreren/a>/li>li classhorizontaal>a hrefabout.html>Over ons/a>/li>/ul>/div>/div>    h1>      p stylefont-size:24px; idoutput>/p>      p stylefont-size:24px; idoutput2>/p>      p stylefont-size:24px;>span idtijd>/span>br />/p>/h1>      form>        Selectie tijdvenster      input typeradio onchangeset_timeslot() nametimeslotje id1day value1 /> 24 uur        input typeradio onchangeset_timeslot() nametimeslotje id7day value7 /> 1 week          input typeradio onchangeset_timeslot() nametimeslotje id31day value31 checkedchecked /> 1 maand            input typeradio onchangeset_timeslot() nametimeslotje id90day value90 /> 3 maanden              input typeradio onchangeset_timeslot() nametimeslotje id365day value365 /> 1 jaar      /form>      br>    section>      div>        canvas styleborder:1px solid #202020; background-color: #202020; idchartj1>/canvas>        br>        /div>      br>      div>        canvas styleborder:1px solid #202020; background-color: #202020; idchartj2>/canvas>      /div>      br>      div>        canvas styleborder:1px solid #202020; background-color: #202020; idchartlaq4>/canvas>      /div>      br>      div>        canvas styleborder:1px solid #202020; background-color: #202020; idchartlaq4b>/canvas>      /div>    /section>script>var time_slot 7;var resp;var resp2;async function callAwsLambdaFunctionWeerhut(token) {await fetch (https://u4ry68yx0d.execute-api.eu-west-1.amazonaws.com/prod, {    method: GET  })  .then(response > response.json())  .then((response) > {    !--document.getElementById(LHT65temp).innerHTML  JSON.stringify(response);-->      resp  response;    console.log(response);    });}async function callAwsLambdaFunctionLAQ4(token) {await fetch (https://p9zkfbvqc4.execute-api.eu-west-1.amazonaws.com/prod, {    method: GET  })  .then(response > response.json())  .then((response) > {    !--document.getElementById(LHT65temp).innerHTML  JSON.stringify(response);-->      resp_laq4  response;    console.log(response);    });}async function callAwsLambdaFunctionWeerhut_timeslot(timeslos) {  await fetch (https://jrr1f6hjt3.execute-api.eu-west-1.amazonaws.com/prod/, {      method: POST,      headers: {        user_id: user,        dev_id: 01823077,        dyndb: weerhut,        timeslot: timeslos        },    })  .then(response > response.json())  .then((response) > {    !--document.getElementById(LHT65temp).innerHTML  JSON.stringify(response);-->      resp  response;    console.log(response);    });}async function callAwsLambdaFunctionWeerhut_timeslot2(timeslos) {  await fetch (https://jrr1f6hjt3.execute-api.eu-west-1.amazonaws.com/prod/, {      method: POST,      headers: {        user_id: user,        dev_id: 01823077,        dyndb: weerhut,        timeslot: timeslos        },    })  .then(response > response.json())  .then((response) > {    !--document.getElementById(LHT65temp).innerHTML  JSON.stringify(response);-->      resp2  response;    console.log(response);    });}async function chartWeerhut(timesloss) {var xlabels  ;var yvalues  ;var yrssi  ;var yrh  ;var ylm35  ;//await callAwsLambdaFunctionWeerhut(tokenrob);if (myChart) myChart.destroy();await callAwsLambdaFunctionWeerhut_timeslot(timesloss);//console.log(resp);resp.body.sort(resp.body.time);//console.log(resp);var sortedData  resp.body.sort((function (a, b) { return new Date(b.time) - new Date(a.time) }));sortedData.reverse();//console.log(sensorselect);for (let i  0; i  sortedData.length; i++) {  xlabelsi  moment.utc(sortedDatai.time).tz(Europe/Amsterdam).format(DD-MM HH:mm);  yvaluesi  sortedDatai.TempC_SHT;  //yrssii  sortedDatai.rssi;  yrhi  sortedDatai.Hum_SHT;  //ylm35i  sortedDatai.T_LM35;  document.getElementById(output).innerHTML  Momentane temperatuur op 1.50m is +yvaluesi+ °C;}!--xlabels  1,2,3,4,5;-->!--yvalues  resp.body12.rssi, resp.body13.rssi, resp.body14.rssi, resp.body15.rssi, resp.body16.rssi;-->!--yvalues  10,20,30,20,50;-->var ctx  document.getElementById(chartj1).getContext(2d);var myChart  new Chart(ctx, {    type: line,    data: {        labels: xlabels,        datasets: {            label: Temperatuur - Weerhut - SHT20 - 1.50m,            yAxisID: T °C,            data: yvalues,            fill: false,            backgroundColor: #00B51A,            borderColor: #00B51A,            borderWidth: 1        },        {            label: Luchtvochtigheid - Weerhut - SHT20 - 1.50m,            yAxisID: RH %,            data: yrh,            fill: false,            backgroundColor: #FFFF00, 0.01,            borderColor: #FFFF00,            borderWidth: 1        }          },    options: {      responsive: true,      maintainAspectRatio: true,        scales: {            yAxes: {                id: T °C,                type: linear,                position: left,                scalePositionLeft: true,                scaleLabel: {                  display: true,                  labelString: T degC                },                ticks: {                  beginAtZero: true,                  max: 40,                  min: -10,                  stepSize: 10                },                gridLines: {                  color: #797e80,                  zeroLineColor: 797e80,                  linewidth: 1                }              },          {            id: RH %,            type: linear,            position: right,            scalePositionLeft: false,            scaleLabel: {              display: true,              labelString: RH %            },            ticks: {              beginAtZero: true,              max: 100,              min: 0,              stepSize: 20            },            gridLines: {              color: #797e80,              zeroLineColor: 797e80,              linewidth: 1            }          }        }    }});}async function chartLAQ4() {var xlabels  ;var yvalues  ;var yrssi  ;var yrh  ;var ylm35  ;var yco2  ;var yvoc  ;//await callAwsLambdaFunctionWeerhut(tokenrob);if (myChart) myChart.destroy();await callAwsLambdaFunctionLAQ4();//console.log(resp);resp_laq4.body.sort(resp_laq4.body.time);//console.log(resp);var sortedData  resp_laq4.body.sort((function (a, b) { return new Date(b.time) - new Date(a.time) }));sortedData.reverse();//console.log(sensorselect);for (let i  0; i  sortedData.length; i++) {  xlabelsi  moment.utc(sortedDatai.time).tz(Europe/Amsterdam).format(DD-MM HH:mm);  yvaluesi  sortedDatai.TempC_SHT;  yco2i  sortedDatai.CO2_ppm;  yvoci  sortedDatai.TVOC_ppb;  //yrssii  sortedDatai.rssi;  yrhi  sortedDatai.Hum_SHT;  //ylm35i  sortedDatai.T_LM35;  document.getElementById(output).innerHTML  Momentane temperatuur op 1.50m is +yvaluesi+ °C;}!--xlabels  1,2,3,4,5;-->!--yvalues  resp.body12.rssi, resp.body13.rssi, resp.body14.rssi, resp.body15.rssi, resp.body16.rssi;-->!--yvalues  10,20,30,20,50;-->var ctx  document.getElementById(chartlaq4).getContext(2d);var myChart  new Chart(ctx, {    type: line,    data: {        labels: xlabels,        datasets: {            label: Temperatuur - LAQ4 - SHT20,            yAxisID: T °C,            data: yvalues,            fill: false,            backgroundColor: #00B51A,            borderColor: #00B51A,            borderWidth: 1        },        {            label: Luchtvochtigheid - LAQ4 - SHT20,            yAxisID: RH %,            data: yrh,            fill: false,            backgroundColor: #FFFF00, 0.01,            borderColor: #FFFF00,            borderWidth: 1        }          },    options: {      responsive: true,      maintainAspectRatio: true,        scales: {            yAxes: {                id: T °C,                type: linear,                position: left,                scalePositionLeft: true,                scaleLabel: {                  display: true,                  labelString: T degC                },                ticks: {                  beginAtZero: true,                  max: 40,                  min: -10,                  stepSize: 10                },                gridLines: {                  color: #797e80,                  zeroLineColor: 797e80,                  linewidth: 1                }              },          {            id: RH %,            type: linear,            position: right,            scalePositionLeft: false,            scaleLabel: {              display: true,              labelString: RH %            },            ticks: {              beginAtZero: true,              max: 100,              min: 0,              stepSize: 20            },            gridLines: {              color: #797e80,              zeroLineColor: 797e80,              linewidth: 1            }          }        }    }});var ctx  document.getElementById(chartlaq4b).getContext(2d);var myChart  new Chart(ctx, {    type: line,    data: {        labels: xlabels,        datasets: {            label: CO2 - LAQ4,            yAxisID: CO2 ppm,            data: yco2,            fill: false,            backgroundColor: #00B51A,            borderColor: #00B51A,            borderWidth: 1        },        {            label: VOC - LAQ4,            yAxisID: VOC ppb,            data: yvoc,            fill: false,            backgroundColor: #FFFF00, 0.01,            borderColor: #FFFF00,            borderWidth: 1        }          },    options: {      responsive: true,      maintainAspectRatio: true,        scales: {            yAxes: {                id: CO2 ppm,                type: linear,                position: left,                scalePositionLeft: true,                scaleLabel: {                  display: true,                  labelString: CO2 ppm                },                ticks: {                  beginAtZero: true,                  max: 35000,                  min: 0,                  stepSize: 3500                },                gridLines: {                  color: #797e80,                  zeroLineColor: 797e80,                  linewidth: 1                }              },          {            id: VOC ppb,            type: linear,            position: right,            scalePositionLeft: false,            scaleLabel: {              display: true,              labelString: VOC ppb            },            ticks: {              beginAtZero: true,              max: 30000,              min: 0,              stepSize: 3000            },            gridLines: {              color: #797e80,              zeroLineColor: 797e80,              linewidth: 1            }          }        }    }});}function set_timeslot(){  if (document.getElementById(1day).checked) {    time_slot  1;  }  if (document.getElementById(7day).checked) {    time_slot  7;  }  if (document.getElementById(31day).checked) {    time_slot  30;  }  if (document.getElementById(90day).checked) {    time_slot  90;  }  if (document.getElementById(365day).checked) {    time_slot  365;  }  console.log(time_slot);  //location.reload();  chartWeerhut(time_slot);  chartWeerhut2(time_slot);}async function chartWeerhut2(timeslosss) {var xlabels2  ;var yvalues2  ;var yrssi2  ;var yrh2  ;var ylm352  ;//await callAwsLambdaFunctionWeerhut(tokenrob);if (myChart2) myChart2.destroy();await callAwsLambdaFunctionWeerhut_timeslot2(timeslosss);//console.log(resp);resp2.body.sort(resp2.body.time);//console.log(resp);var sortedData3  resp2.body.sort((function (a, b) { return new Date(b.time) - new Date(a.time) }));sortedData3.reverse();//console.log(sensorselect);for (let i  0; i  sortedData3.length; i++) {  xlabels2i  moment.utc(sortedData3i.time).tz(Europe/Amsterdam).format(DD-MM HH:mm);  yvalues2i  sortedData3i.TempC_SHT;  //yrssii  sortedDatai.rssi;  yrh2i  sortedData3i.TempC_DS;  //ylm35i  sortedDatai.T_LM35;    document.getElementById(output2).innerHTML  Momentane temperatuur op 0.10m is +yrh2i+ °C;}!--xlabels  1,2,3,4,5;-->!--yvalues  resp.body12.rssi, resp.body13.rssi, resp.body14.rssi, resp.body15.rssi, resp.body16.rssi;-->!--yvalues  10,20,30,20,50;-->var ctx2  document.getElementById(chartj2).getContext(2d);var myChart2  new Chart(ctx2, {    type: line,    data: {        labels: xlabels2,        datasets: {            label: Temperatuur - Weerhut - SHT20 - 1.50m,            yAxisID: T °C,            data: yvalues2,            fill: false,            backgroundColor: #00B51A,            borderColor: #00B51A,            borderWidth: 1        },        {            label: Temperatuur - Weerhut - DS18B20 - 0.10m,            yAxisID: RH %,            data: yrh2,            fill: false,            backgroundColor: #FFFF00, 0.01,            borderColor: #FFFF00,            borderWidth: 1        }          },    options: {      responsive: true,      maintainAspectRatio: true,        scales: {            yAxes: {                id: T °C,                type: linear,                position: left,                scalePositionLeft: true,                scaleLabel: {                  display: true,                  labelString: T degC                },                ticks: {                  beginAtZero: true,                  max: 40,                  min: -10,                  stepSize: 10                },                gridLines: {                  color: #797e80,                  zeroLineColor: 797e80,                  linewidth: 1                }              },          {            id: RH %,            type: linear,            position: right,            scalePositionLeft: false,            scaleLabel: {              display: true,              labelString: T degC            },            ticks: {              beginAtZero: true,              max: 40,              min: -10,              stepSize: 10            },            gridLines: {              color: #797e80,              zeroLineColor: 797e80,              linewidth: 1            }          }        }    }});}chartWeerhut(time_slot);chartWeerhut2(time_slot);chartLAQ4();/script>div idrob classgrid_12>br> h2>Weerhut op Keup in Egchel/h2>a href2020_WEERHUT_BOUWPLAN.pdf>U kunt de bouwbeschrijving van deze weerhut hier downloaden./a>br>  img srcimages/IMG_7045.jpg altcentered image classmedium styleborder:1px solid #202020; />h1>Cloud based sensor dashboard voor de Industrie/h1>p>Het doel is draadloze sensoren toe te passen binnen, bijvoorbeeld, de agro sector, en andere sectoren.  Het gaat om sensoren die temperatuur, luchtvochtigheid, koolstofdioxide, stikstofdioxide enzovoort meten. Verder is het doel te werken met batterijgevoede draadloze sensoren. br>br>  Wensen voor specifieke toepassingen en/of diensten zijn bespreekbaar. Denk hierbij aan systeemspecificatie, sensor ontwerp,  levensduur berekeningen, integratie van sensor data in de cloud, dashboards voor sensoren die vanuit Uw computer of smartphone kunnen worden uitgelezen.!-- script srcjs/hodisens.js>/script> -->/p>/div>div classgrid_12>h2>Voordelen van Horti-Cloud.com:/h2>p>Er zijn vele aanbieders van IoT sensoren en dashboards in de markt.  br />De meesten gebruiken dure, professionele sensoren, en hebben een hoog  maandelijks abonnementsgeld. Verder zijn er veel software specialisten, die alleen een platform bieden voor data analyse. br> Het is duidelijk dat voor de agro sector  een kosteneffectieve oplossing nodig is, met prijscompetitieve sensoren en een open interface voor de data in de cloud. Dit komt systeemintegratie met klimaatcomputers en dergelijke ten goede.  p>Verder er gewerkt aan een sensor om abbr titleKoolstofdioxide>COsub>2/sub>/abbr> metingen te doen./p>/p>p>Ook kan er een abonnement genomen worden om alleen de sensor data uit decloud te halen./p>/div>div classarticle grid_4>  p>Dragino LoRa Gateway/p>  img srcimages/LG01-10.JPG classmedium/>/div>div classarticle grid_4>  p>LoRa Shield voor Arduino/p>  img srcimages/LoraShield-1.png classmedium />/div>div classarticle grid_4>  p>LHT65 LoRaWAN Temperatuur Sensor/p>  img srcimages/LHT65_00.jpg classmedium />/div>div classgrid_12>p>Het sensor-aanbod bestaat uit de volgende typen sensoren:  ul classlist>    li>Temperatuur sensor/li>    li>Temperatuur en luchtvochtigheidssensor/li>  /ul>/p>/div>footer classgrid_12>address>  h3>Contact & vragen:/h3>  p>a hrefmailto:rob.hoeben@xs4all.nl>rob.hoeben@xs4all.nl/a>/p>  p>Keup 8, 5987 NB, Helden-Egchel, The Netherlandsbr>  (c) Rob Hoeben, 2020 - alle rechten voorbehouden aan Rob Hoeben/p>  p>a href#top>Terug naar boven/a>/p>    script srcjs/datum.js>/script>/footer>/div> !-- .container_12 -->/body>/html>

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Domain > horti-cloud.com

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