UbiBot are continuously optimising the device functionality and user experience, and will update the firmware from time to time. Some of the devices support remote upgrade function, the supported product ids are as follows: ubibot-ws1a series, ubibot-ws1pb series, ubibot-gs1a series, ubibot-gs2a series, ubibot-sp1 series, ubibot-sp1a series, ubibot-ms1 series, ubibot-ms1a series, ubibot-aqs1 series, ubibot -ld1 series, etc. Before upgrading, please make sure your product id is in the above range. Go to the device page and check the product id. Click [Pending Commands] - [New Command], enter the upgrade instruction at the command string and click Save. Please confirm the upgrade instruction with the after-sales staff. After saving, the device will execute the command and complete the upgrade in the next sync cycle, please check the device firmware version and confirm it in time.

Ubibot insists on researching and developing self-owned patent products, including the external sensors that match our sensing devices. Different types of sensors can match with different device. Here are the instructions of how to use them. Using WS1 device: This device supports external temperature sensor. As it only has one USB port, only one sensor can be connected. When using USB power at the same time, one USB splitter is needed. Connect the splitter to the device USB port, one female port is for power and the other is for data transmission. Using WS1 Pro device: This device supports external temperature sensor, Air temperature & humidity sensor, Soil temperature and moisture sensor, PT100 temperature sensor, and wind speed sensor. It has two USB ports, of which the lower one is embedded with RS485 interface. Except the temperature sensor, the others both need to be connected to this lower USB port. While, you can use temperature sensor on either of the USB port. When you need to power the device via Micro USB and you want to connect more than two sensors at the same time, please remember, the ends of the splitter must be connected with one power supply and one sensor, or one temperature sensor and one RS485 sensor. Two same sensors are not supported on one port. Using GS1 device: The GS1 device is built with RS485 interface and audio jack. It supports all of the 6 types of Ubibot sensors , such as TH30S-B temperature humidity sensor, Soil moisture sensor, PT-100 temperature sensor, CO2 sensor, wind speed sensor, external light sensor. If you only need one type sensor, you can connect it to the device directly. If you need more than one type, our splitters will allow you to attach multiple sensor simultaneously. Please see the following cutline for reference. Please note, only one piece of sensor of each type is supported. You can not attach two or more of the same sensors at a time.  For details, please contact us for specific instructions. *Please note, the sensors are under one year limited warranty since the purchase date. For details, please click here.

Some customers contacted us for unable to view the data detected by the sensor. Here is the right way to enable this feature. Insert the sensor into the device. Launch the UbiBot App and log in. In the home page, press the channel in which a sensor is inserted. Go to the "Settings" page. Down at the page, you would see a tab for "External Temperature (DS18B20)". Enable it, then select the sensing inputs interval. You have to press the power button to manually sync the data if you'd like to view the data immediately. Or, you have to wait 5 minutes (for example, you set 5 minutes interval) for the data to automatically sync to the platform. Tips: the data sync interval will have direct impact on the data update. So, sometimes, you need to wait for a little while before the data displayed on your app or the platform. Setup the interval in your preference, then you are able to have peace of mind.

The accuracy of the device and the external sensor are tested under stable laboratory environment. When used in real cases, the readings will be affected by the conditions. We conclude some possibilities that could increase or decrease the temperature readings:

1. The sunlight - If the device or the sensor is exposed to direct sunlight, it will be heat up.
2. Contact material - Is your sensor hanged over the air or placed on the ground? The material it contacts will also affect the temperature transmission. For example, in the same room, the temperature of the wooden desk surface might be warmer than the iron desk leg.
3. Ventilation - This is also an important factor for the temperature. With better ventilation, the temperature is lower. Since the device sensor is very sensitive, they can detect tiny air changes.

In conclusion, we recommend you place both the device and the sensor on the same place and wait for half an hour. Then they will come out close readings within the tolerant accurate range.

Currently, UbiBot offers five types of sensors that are embedded with RS485 interface, including TH30S-B sensor, Soil Temperature and Moisture Sensor, PT-100 temperature sensor, CO₂ sensor, and Wind speed sensor . Before you get started with them, please take a few minutes to go through following steps below to enable them firstly. 1.Insert the sensor into the RS485 connector on the  

*Note: UbiBot WS1 doesn't support this type of sensors.

2.Log into your UbiBot accountvia web-console (console.ubibot.com) or UbiBot App. (a)Web-console route as: Data Warehouse- Choose target device- Settings- Data Management- Turn on RS485 interface. Please note, "RS485 S" button is for the Soil sensor. (b)UbiBot App please follow below screenshot: 3.Press the power button once, you can manually sync the data to the platform. After the synchronisation completely, you can view the data on device LCD screendirectly or via mobile app or web-console remotely. *Please note, the sensors are under one year limited warranty since the purchase date. For details, please click here.

The WS1 and WS1 Pro device can be powered both by AA alkaline batteries and rechargeable batteries. According to our test, the VARTA Industrial batteries perform well so they are recommended. Please note, when using rechargeable batteries, you need to charge them separately with battery charger. The GS1 device is embedded with 3000 mAh lithium battery which can be recharged by type-C USB and DC 5V/12V charger. Battery life can be affected by many factors. The following examples are tested under default synchronisation and sampling settings. The WS1 and WS1 Pro are tested with VARTA industrial batteries. Please note, stable network signal also helps saving power. The signal under which we tested was stable -60dbm. Here are the different battery life of our products for your reference:

Device type	Battery life
WS1	4-6 months
WS1 Pro WiFi only	8-12 months
WS1 Pro 4G (sync via SIM only）	1-2 months
GS1 - A	4-6 months
GS1 - AL4G1RS(sync via SIM only)	3-6 weeks
GS1 - AETH1RS (WiFi+RJ45)	3-5 days
GS2 - EL	8-12 months
GS2 - EL4G	3-6 weeks

The battery life changes accordingly with the synchronisation and the sampling frequencies. The shorter the sync interval is, the shorter the battery life becomes, vice versa. The screenshot below is the default settings of the UbiBot platform for WS1:   The screenshot below is the default settings of the UbiBot platform for WS1 Pro: The screenshot below is the default settings of the UbiBot platform for GS1:

All our devices are lightweight and designed for easy wall mounting using the hangning hole. The WS1 Pro also comes with a stand to allow it to be placed on any surface.

In the situations where your WiFi network is down, the device continues to collect environmental data and store it in its internal memory. There are several ways to access the data of the device without a WiFi connection:

1. Move the device to an area where there is a WiFi connection which the device can connect to. Press the button to trigger a manual data sync. The indicator should flash green for a few seconds. You can now take the device back to the measurement location (Recommended).
2. Use your mobile phone and enable Internet Connection Sharing. This can work well in situations where your devices are installed in an area with limited or no WiFi coverage.
3. Use a laptop and the Micro USB cable to connect to the device manually. You can now perform a data export to your computer using the PC Offline Tools.
4. View offline data charts via the PC Offline Tools. Click the "Offline Charts" button on menu bar then click "Load Data". A new page will pop up.
5. Set it up with a mobile data card*. Once you are in range of the network, press the power button once to sync all data with the IoT platform.

*Depending on the specific model purchased.

Regarding to the sensing accuracy of the device, please note that:

1. The initial WiFi setup procedure for the device will may cause the MCU (Microprogrammed Control Unit) temperature to go up significantly depending on how long the WiFi setup goes, thus the temperature sensor will have a higher reading as the internal temperature does get higher than outside of the device. Also holding the device during the setup process can also increase the overall temperature of the device. After the initial setup, normally after 30 minutes, the device only awakes on sync and sampling cycles that will not cause this problem any more.
2. If you use Micro USB to power the device, it will automatically enter USB connection mode, in which case the device's MCU keeps on working for receiving PC command for the first 15 minutes. The internal temperature of the device will go up significantly. After the first 15 minutes, the device will quit the USB connection mode, MCU will go back to sleep again. Therefore, If you have just plugged in your device to the USB power source, please wait about 45 minutes for the device to be fully recovered to the environment temperature.
3. If the data sync frequency is set too high, such as 1 minute, it also increases the temperature internally. The default frequency is 15 minutes. We notice you are currently setting this to 1 minute. We recommend to set the sync frequency to a value higher than 10 minutes or use external temperature sensor  that we offer.
4. If you are concerned with the internal temperature sensor reading affected by the MCU, you can purchase our external temperature sensor that can be attached to the device through micro-usb port. The external temperature sensor (UB-DT-P1) is waterproof and designed to operate in extreme conditions (-55ºC to 125ºC).
5. If after a few hours, your device is still not reading correctly, please contact our support team.

You can find more about our accessories on https://www.ubibot.com/accessories/

Please note:

1. The device may temporarily show inaccurate temperatures during and after initial WiFi setup. The setup process involves heavy WiFi usage that increases the internal temperature of the device. It may take 15- 30 minutes for the unit to equilibrate with its environment after initial setup.
2. If you have been holding a device in your hand, it can cause it to warm up noticeably. This is also true if the device has been on a warm surface or in full sunlight.
3. If you use Micro-USB to power the device, the device will be running the USB connection mode for the first 15 minutes that may increase the internal temperature of the device. If you have just plugged in your device to the USB power source, please wait about 30-45 minutes for the device to leave the USB connection mode and equilibrate with its environment.
4. If the data syncing frequency is set too high, such as 1 minute, the frequent WiFi usage may increase the internal temperature of the device. The default sync frequency is 15 minutes. We recommend to set the sync frequency to a value higher than 10 minutes.
5. If you are concerned with the internal temperature sensor reading affected by the WiFi usage, you can purchase our external temperature sensor that can be attached to the device via Micro-USB port. The external temperature sensor(UB-DT-P1) is waterproof and designed to operate in extreme conditions (-55ºC to 125ºC).
6. If after a few hours, your device is still not reading correctly, please contact our support team.

A new device always defaults to WiFi setup mode (indicator flashing alternate red and green). This is also the case if the device has just been reset to factory defaults.

The device is optimised to be used with WiFi to allow regular synchronisation with the IoT platform and to enable alerts. However, if you want to operate the device in an area without WiFi, it will work perfectly well. Each device can store over 300,000 records in its internal memory. If you do install a device in an area without WiFi you will have to manually output the data using a computer or by periodically moving the device back in range of a WiFi network. In this situation you won't benefit from the automatic alert functions. If you want to use this approach we suggest setting up your device with a working WiFi connection first, then move it to the measurement environment. Alternatively you might be able to share your smartphone's mobile Internet to setup the device.

The device can record light levels from 0 to 157,000 lux. The light meter is accurate to ±10%. To ensure accurate readings, make sure the device isn't shaded and isn't placed immediately under a light source. Consider installing several devices in the environment to get a good average reading across the area.

1. The Ubibot sensor is warranted to be free of defects in materials and workmanship for a period of up to One Year from the original purchase date. To claim under this limited warranty and to obtain warranty service, please contact customer service or local distributor to obtain instructions on how to pack and ship the product to us.
2. The following situations will not be covered by the warranty:
   • Issues arising after the warranty period has ended.
   • Malfunction or damage caused by improper handling or not operating the sensor according to the instructions.
   • Damage occuring from using sensor outside the recommended temperature and humidity range, damage from applying excessive force to the sensor cable and connector.
   • Natural wear and aging of materials. Failure or damage caused by unauthorized removal of the parts.
   • We are only liable for faults due to manufacturing or design.
   • We are not responsible for damage caused by Force Majeure or acts of God.

All our devices are lightweight and designed for easy wall mounting using the provided bracket, mounting holes or sticky pads. The WS1 Pro also comes with a stand to allow it to be placed on any surface.

When using high performance alkaline batteries, the WS1 gives up to 4-6 months continuous use with a 15 minute data sync interval. Choosing less frequent data syncs will extend the battery life.

An overview of UbiBot cloud storage architecture and its reliability and security Cloud Storage is a durable and readily available object repository with advanced security and sharing capabilities. This service is used for storing and accessing data on UbiBot Cloud infrastructure. Building a reliable IoT solution requires careful consideration of devices, cloud services, and how they interact. The choices you make for device hardware, connectivity, protocols, and cloud services affect your solution's reliability requirements and capabilities. Since its inception, the UbiBot team has made maintaining the security of our customer's data and information the primary goal of our Research & Development (R&D) and Operation & Maintenance (O&M) divisions. In addition, our customers' needs, along with shared sense of responsibility, drive the UbiBot team to innovate as a means of ensuring there are no errors in data security. Working with Leading Cloud Providers UbiBot public platform's storage servers are hosted in the New York City data centers of the world's fastest and second largest growing cloud computing platform; in respect to the number of public facing apps and websites - DigitalOcean and the data centers of the largest hosting provider in Europe - OVHcloud. Working with renowned cloud providers helps us minimize the risk of outages, given their focus on reliability and uptime. Both DigitalOcean and OVHCloud certify their solutions to the very highest security standards, including ISO 27001, which is a widely adopted global security standard outlining the requirements for information security management systems and providing a systematic approach to managing company and customer information based on periodic risk assessments. Conversely, SOC 1 Type II and SOC 2 Type II certification is developed by the American Institute of CPAs (AICPA). SOC 2 defines criteria for managing customer data. Strong R&D Team The core R&D members of the UbiBot team have many IT PhDs and Master holders who graduated from Imperial College London, University of London, and the University of Edinburgh. We also liaise and work in conjunction with professor teams from the Massachusetts Institute of Technology, University of Edinburgh, Hong Kong University of Science and Technology, and the University of Manchester. This enables us to carry out industry research and cooperation while providing us with access to continuous R&D technical consultants. Highest-level of Data Durability and Data Availability Architecture UbiBot has been consistently innovating our hardware and software technology, with a strong emphasis on data storage and data performance. To achieve the highest data storage reliability and durability, we have developed a scalable, high-performance distributed system architecture. We have also implemented an innovative "2+2+1" data storage mechanism to achieve the highest data durability and availability. Each piece of sensing data is replicated live at two different server clusters on DigitalOcean data centers, while another two are implemented across two server clusters on OVHCloud data centers. One copy of the full data dump is performed every 24 hours and securely uploaded to AWS Simple Cloud Storage (S3). UbiBot Public Platform Data Solutions Advantages Security: The UbiBot data solution is dedicated to ensuring the security of customer data by preventing unauthorized access, use, disclosure, alteration, or destruction. This is achieved through the implementation of rigorous security measures, including access controls, encryption, and vigilant monitoring, all designed to safeguard sensitive customer information. Availability: Guaranteeing the continuous availability of customer data, the UbiBot data solution ensures data remains accessible and usable by authorized individuals whenever needed. This involves implementing redundant systems, backups, and disaster recovery plans to mitigate any potential service interruptions. Integrity: The UbiBot data solution focuses on the accuracy, completeness, and reliability of customer data processing. It also ensures that customer data is processed correctly and in line with defined procedures, minimizing the risk of errors, omissions, or unauthorized changes. Confidentiality: Providing a robust shield against unauthorized disclosure of customer data, UbiBot's data solution encourages organizations to enact stringent policies and procedures to further deter the unauthorized access of customer information. These measures encompass a spectrum of safeguards, including data encryption, access controls, and the implementation of confidentiality agreements with employees and third-party partners. Privacy: The UbiBot data solution focuses on the collection, use, retention, disclosure, and destruction of customer data in accordance with applicable privacy laws and regulations. In addition, it provides transparent privacy policies, obtains necessary consent for data collection and use, and takes steps to handle personal information responsibly. Transparency: With the resilient foundation of the UbiBot cloud platform, you can now achieve your organization's reliability goals for all your workloads. You can design and operate your mission-critical applications with confidence, knowing that you can trust your cloud due to the prioritization that UbiBot places on transparency. Consequently, you are always kept informed and able to act quickly during service issues. If you have any questions, please feel free to contact us at [email protected].

In order to ensure the security of users' cold data and the optimal speed of writing and reading regular data in UbiBot ^® Cloud, we will archive and delete cold data on a regular basis. Please rest assured that this operation will only be performed for a device that has been active for more than two years and has been offline for more than 180 days. The process is as follows: Phase 1:

• The device has been active for over 2 years.
• The device has been offline for more than 180 days.
• If the above conditions are met, the data of the target device will be considered as cold data.

Phase 2:

• You will receive multiple reminder emails and app alerts from the platform over the next 60 days.
• If the device comes back online within this period, the offline time will be recalculated.

Phase 3:

• If the device has been offline for 240 days, the historical data will be archived and stored for an additional 120 days. The used cloud storage space of the device will be zeroed out.
• During this 120-day period, the archived data can be restored, but you will have to pay applicable fees.

Phase 4:

• If the archived data is not restored during the 120-day period, it will be permanently deleted.

If you have any questions, please feel free to contact us.  

There is no need of subscription to use the UbiBot Platform. Each device comes with the free plan on UbiBot platform that offers 50MB storage and 200MB outbound traffic. The 50MB storage is for lifetime and 200MB of outbound traffic is rotated monthly for each device. But any balance of the outbound traffic will not roll over to the next month. For example, if you have 500 MB outbound traffic unused this month, you still have 1 GB next month. The free 50MB storage is enough to store over 2 years amount of data in case of your device takes temperature, humidity and light sensor readings every 10 minutes. You can also pay for larger amount of storage and outbound traffic. Please go to the "Pricing" page to see details.

1.Does the device have internal storage? Yes. For WS1, WS1 Pro, GS1, GS2 and AQS1 series, it has a large internal storage which can store up to 300,000 sensor readings. This can ensure the offline use in conditions where WiFi network is unavailable. 2.Is the 200MB of storage and 1GB of outbound traffic for lifetime use on my account or monthly? Pricing plans are at device-level. e.g. The free 200MB storage and 1GB outbound traffic is for each device. If you have multiple devices, each of it will have 200MB storage and 1GB outbound traffic. 200MB storage is for lifetime and 1GB of outbound traffic is rotated monthly.

WS1, WS1 Pro, GS1, GS2 and AQS1 series have a large built-in memory that can store over 300,000 sensor records. These are synced to our UbiBot ® IoT Platform and old records can then be over-written.

We now support integration with Telegram via HTTP to provide additional alert notification methods. This example demonstrates how to integrate the UbiBot platform with Telegram. You will need to first create a UbiHTTP item on the HTTP interaction page first, then configure the corresponding trigger rule under channel page. When the rule is triggered, it will invoke the Telegram bot to send a message to your group or channel.

Steps 1: Create a Telegram Bot

1. Search for @BotFather, and send '/start'.
2. Send '/newbot' to create a bew bot.
3. Set the bot's name and username (such as UbiBotAlert_bot).
4. After successful creation, @BotFather will provide an API Token (such as 123456:ABC-DEF1234ghIkl-zyx57W2v1u123ew11).

Steps 2: Add the bot to the group

1. Create and open your group.
2. Tap the group name to access settings.
3. Select "Add members", search for the bot's username you just created (e.g. UbiBotAlert_bot) and add the bot.

Note: If the bot cannot be added, it may be due to privacy mode settings or group permission restrictions. Please follow the steps below to adjust the settings.

• Set Bot Permissions

To ensure the bot functions properly, you need to assign it the appropriate permissions. In the group, click the bot's name and select "Promote to Administrator". Then, enable the following permissions as needed:

• Delete Messages: Allows the bot to clean up spam or unwanted messages.
• Restrict Members: Enables the bot to mute or remove members.
• Invite Users via Link: Allows the bot to create or share invite links.
• Change Group Info: Allows the bot to modify group details such as name or profile picture.
• Post Messages Anonymously: Usually not required.

• Adjust Bot Privacy Settings

By default, many bots operate in Privacy Mode, meaning they can only see messages that mention them or are replies to them.If you want the bot to monitor all messages (e.g., for keyword detection or automatic greetings), you need to disable privacy mode. To disable privacy mode, send '/setprivacy' to @BotFather. Select your bot and choose "Disable" to turn off privacy mode.Once disabled, the bot will be able to receive all messages in the group (administrator permissions are still required).

Steps 3: Retrieve the group chat_id

1. Search for @getidsbot and click START or send the '/start'.
2. Add @getidsbot to your group.
3. The bot will send the group ID, which is usually a negative number (for example, -50******88).

Steps 4: Set up HTTP

1. Log in to the Ubibot console(console.ubibot.com), navigate to HTTP interaction page.
2. Create a HTTP.
3. Enter the URL, select "POST" method and enter content type "application/json". The URL should be "https://api.telegram.org/botAPI Token/sendMessage", the API Token is the token obtained in the first step, e.g. https://api.telegram.org/bot8408679946:AAHowzTM_gHKv8pA-Kvpv9T2sTp-D_RskXk/sendMessage.
4. The Body contains the message content to be sent, and the chat_id must be replaced with the group chat ID obtained in the third step. If you need to adjust the content, please refer to the FAQ.

Steps 5: Create an Alert Rule

Create an alert rule from the console panel of the selected channel. Choose "HTTP" as the alert mode and select the created UbiHTTP in step 4. When the this sensor rule is satisfied, it will trigger the UbiHTTP to send a message the your Telegram group.

Ubibot offers tools to enhance the security of your account. You can enable two-factor authentication (2FA) on your account. This two-factor authentication is added to your username/password pair, and is managed from a device you own: a phone, tablet, or security key.

Enable two-factor authentication

For this method, you will need to install an OTP application on your Android or iOS smartphone or tablet. Many OTP applications exist (no OTP applications have been developed by Ubibot) and can be downloaded from the Google Play Store for Android or from the Apple Store for iOS. To enable secondary authentication, you need to install an authentication app on your smartphone/tablet. You can get it by searching for keywords in the app store, such as authenticator, 2FA, etc. Once the application is linked to your Ubibot account, the application generates a one-time code that is valid for a short period of time each time you try to log in. ① Log in to the Ubibot console, click [Account] → [Settings] → [Security Settings], click [Link]. ② Enter your password. ③ A QR code is generated, scan it via your OTP application. If your OTP application does not offer this option, click Show secret to display a code to enter into the OTP application.Your application then generates a one-time code. Enter this code in the field to the right of the QR code. You can also add a description for this authentication method. ④ When you enable two-factor authentication for the first time, you will see 10 single-use recovery codes displayed in the Console. Please keep them safe.

Edit two-factor authentication

Once the two-factor authentication is enabled, you can manage the Recovery Code or disable two-factor authentication.

Recovery Code

① Click [Change], enter your password. ② Click Recovery Code. ③ Enter the one-time code on your OTP App. ④ Now you can view and re-download or reset the recovery code. After reset, all the original recovery codes are invalidated.

Disable two-factor authentication

① Click Disable. ② The console supports both Authentication App and Email. Authentication App: Enter the one-time code in the App to completely disable the two-factor authentication function. Two-factor authentication is no longer required after disabling. Email: Only unbind the Authentication APP, does not disable the two-factor authentication function, the backup code is still valid. It is recommended to relink the available authentication APP immediately after unlink.

Log in with two-factor authentication

Go to the login page for the Ubibot Console and enter your account and password. Enter the one-time code within the Authentication App to complete the login. Recovery code can also be used to log in.

Before deleting your account, please make sure to unbind all devices associated with your account.

1. Click [Me-Account].

2. Click [Delete Account]. 3. Click [Delete]. 4. Follow the prompts to obtain and enter the verification code, and then enter your password. 5. Once confirmed, we will immediately delete your account and all related data.

Automation management can quickly realise the linkage between devices. When the trigger device reaches the pre-set trigger conditions, the execution device will automatically trigger the operation.

1. Click [Data Factory]-[Automation Management]-[Create Automation].

2. Select trigger device, and set the trigger condition. 3. Select the execution device and action. Execution devices only support intelligent control devices such as Smart Plug SP1 and Network Relay NR1, and up to 5 execution devices can be set at the same time. 4. Confirm the automation rule and save it. 5. Setup successful.

1. Sign up and sign in to your Google Account, tap Devices > [+Add device] > [Works with Google Home].

2. Tap Search button, then type UbiBot and select the UbiBot from the list. 3. Tap Continue, then enter your UbiBot account information to connect it to Google Home. 4. Select a channel ID (device) and room for it. 5. Now you can see the UbiBot device successfully.

If your device drops out, you can start by checking to see if your cloud space is full. When the device's storage is full, it cannot record fresh data and may result in dropped connections. The previous data can be saved and then cleared as shown below. For mobile apps, you can operate as below. Important : the action will delete all the data, please DO download the previous data and save it！

Download PC Tools:
For Windows 64bit zip (v1.6.15):UbiBot PC Tools for ZIP
For Windows 32bit (v1.6.9):UbiBot PC Tools for windows 32bit
For Windows 64bit (v1.8.8):UbiBot PC Tools for windows 64bit
For Mac (v1.6.9):UbiBot PC Tools for Mac

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Download CH340 driver: CH340 is a USB bus conversion chip, it can realize USB to UART interface or USB to printer interface. In serial UART mode, CH340 provides common MODEM liaison signal, used to expand UART interface of computer or upgrade the common serial device to USB bus directly.

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Windows
Size: 277KB
CH341SER.EXE

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MacOS
Size: 26KB
CH34x_Install_V1.3.pkg

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Download CP210x driver:
CP210x is a USB bus conversion chip, it can realize USB to UART interface.

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Windows(32bit)
Size: 3627 KB
silicon_labscp210x_6710_32_1024.exe
Windows(64bit)
Size: 3627 KB
silicon_labscp210x_6710_64_1024.exe
MacOS
Size: 64KB
Silicon Labs VCP Driver.pkg

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Tips for Installation on Mac By default, Mac OS only allows users to install applications from 'verified sources.' In effect, this means that users are unable to install most applications downloaded from the internet or stored on physical media. You may receive security notifications as the image below:

In this case, please go to the Security & Privacy settings to allow apps from both App Store and indentified developers.

After the above step, you may also see the warning as below. Please click "Cancel", then follow the steps below to continue.

Navigate to the Security & Privacy Settings.

Click "Open Anyway"

Click "Open"

[download id="2641"]

APP User Guide
UbiBot APP User Guide
Click to preview
UbiBot PC Tool User Manual
Click to preview

To make it easier for you to manage your devices on the web console, we write this file for you to refer to. This file contains all the main feantures you may need to use and the corresponding screenshots. You can go through the catalog to search for the feature you want and check the detailed steps by the pagination. Please don't hesitate to let us know if you encounter any problems. Support email: [email protected]. Console user guide Click to preview

1. Why can't I see the external sensor data on the charts?

The external sensor is disabled by default. You need to turn it on in the "Settings" page under each channel. Then you are able to use the external sensor (optional extra) to monitor your conditions. 2.Does the external temperature sensor offer another temperature reading or does it replace the existing internal temperature reading on the app? The external temperature sensor offers another temperature reading on the app and console. The sensing interval can also be adjusted on the settings page.

With UbiBot Smart Home skill in Amazon Alexa, users can set up Alexa routines that will be triggered by UbiBot's alerts. Once triggered, a specific routine will perform a series of actions, such as turning on/off the heating or air conditioning.

Step1 - Enable the UbiBot Skill

Enable the Ubibot skill in the Alexa App or Amazon Skills Store. You will be asked to link your Amazon account and accept the notifications permissions. You can find the step-by-step guide at https://www.amazon.com/dp/B0824WC43Z.

Step2 - Create an alert rule in UbiBot Console platform

• (1)Select the alert data you need and set the rule.
• (2)Choose "Alexa" as the mode of alert.
• (3)Confirm the alert rules and save it.

Once you have signed in and completed the set-up, a 'virtual doorbell' that will play the role of a 'routine trigger' will be created in Alexa. The default name will be "(VT) Rule Name [Channel Id]". Please DO NOT delete this virtual doorbell in Alexa.

Step3 - Create a routine in Alexa

• (1)Enter the routine name.
• (2)Choose the 'virtual doorbell' as the trigger. ("When this happens" >"Smart Home" > "Virtual Doorbell name)
• (3)Add the action.

If you have any further questions, please feel free to open a ticket via UbiBot App or Web-console, or send an email to [email protected] to get more details.

UbiBot is a brand that has been registered in the United Kingdom, the European Union and the United States. We believe in the world of tomorrow, robots, AI and IoT will play an increasingly important role. Artificial intelligence promises a brand new world of computers that can plan, strategize and make smart decisions. But to actually do anything, AI needs the data from the Internet of Things (IoT). in order to evaluate options, calculate probabilities and make smart decisions. In return, some of these insights and decisions can then be acted upon by IoT and end devices such as robots, drones and industrial machines. That's why we created the Wireless Smart Multi-Sensor device WS1 -- a smart real-time data monitoring solution. It is embedded the industrial-leading IoT technologies, allowing you to wirelessly monitor the environment conditions that matter to you. The team behind UbiBot, is composed of young, energetic and motivated people led by Dr. Yang Li who received his computer science PhD degree from Imperial College London. These people are dedicated in building the future of the Internet of Things and have made great progress in this field. We are committed to building an end-to-end IoT ecosystem that leverages our expertise in cloud and hardware. We seamlessly integrate cloud-based data analytics into all our products and, combined with our advanced devices, we are able to offer customers unique environmental insights in real time.we are now looking to use our experience in big data to drive the next generation of artificial intelligence(Al) based devices.

In regards to the platform RestFul APIs, please read this page first to get started. This page describes the important information such as endpoint and ways of authentications: https://www.ubibot.com/platform-api/1232/quick-start/ To obtain the required authentication credentials, please login to http://console.ubibot.com. The account key can be found on page: Account->Security. The API key is located on each channel page. This page describes how to get the list of devices (channels). This is one of the most useful APIs that will return the latest readings of all the sensors of all device in one call: https://www.ubibot.com/platform-api/1113/get-channels/ This page describes how to use data forwarding service. In generate, it will forward a copy of the original feed data from any UbiBot device to the given URL endpoint. This can be useful to seamlessly connect UbiBot devices to third-party platform business logic or third-party applications. This service requires activation on the UbiBot platform along with some development work on the data endpoint to correctly handle the incoming data feeds: https://www.ubibot.com/platform-api/channel-feeds/2327/channel-data-forwarding/ This page describes the feed summaries API. Each feed summary record consists hourly sum total, average, number of records, standard deviation, maximum and minimum values of each individual field. It is useful for large-scale data analysis usage. There will be 1-2 hours data reading delay as back-end summary processing required: https://www.ubibot.com/platform-api/2735/get-channel-feed-summaries/

What is Humidex?

Humidex is an index to indicate how hot or humid the weather feels to the average person. It is derived by combining temperature and humidity values into one number to reflect the perceived temperature. For example, a humidex of 40 means that the sensation of heat when the temperature is 30 degrees and the air is humid feels more or less the same as when the temperature is 40 degrees and the air is dry. Hourly Humidex values are only displayed when the air temperature is 20C or greater and the humidex value is at least 1 degree greater than the air temperature. The current formula for determining the humidex was developed by J. M. Masterton and F. A. Richardson of Canada's Atmospheric Environment Service in 1979. Humidex differs from the heat index used in the United States in being derived from the dew point rather than the relative humidity, though both dew point and relative humidity (when used in conjunction with air temperature) are directly related to atmospheric moisture.

What is the formula of Humidex?

When the temperature is 30 °C (86 °F) and the dew point is 15 °C (59 °F), the humidex is 34. If the temperature remains 30 °C and the dew point rises to 25 °C (77 °F), the humidex rises to 42. The humidex is higher than the U.S. heat index at equal temperature and relative humidity. The humidex formula is as follows: where

1. H denotes the Humidex
2. Tair is the air temperature in °C
3. Tdew is the dewpoint temperature in °C
4. e = 2.71828

5417.7530 is a rounded constant based on the molecular weight of water, latent heat of evaporation, and the universal gas constant. The humidity adjustment approximately amounts to one Fahrenheit degree for every millibar by which the partial pressure of water in the atmosphere exceeds 10 millibars (10 hPa). At the time the humidex was originally developed in 1965, Canada was still on the Fahrenheit scale, and thus the humidex was originally based on that. The 1979 reformulation, which added the 5⁄9 factor, was largely to address metrication in Canada as the country switched to the Celsius scale.

Before you start using the external sensor, please set it up on the console（https://console.ubibot.com）

1. Select the device you are using with the external sensor and enter the settings page on the console.

2. Click "Sensor Display Setting".

3. Select a sensor field from field7 - 10 to edit. (note: field 1 - 6 are built-in sensors, field 7 - 10 are for external sensors).

4. Select the external sensor you use from the options and click save

5. Click "Data Management", where you can set the data upload frequency of the external sensor.

You can watch the tutorial video on YouTube : https://www.youtube.com/watch?v=vlyO7oM-Pcw&feature=youtu.be

1. Sign up and sign in your IFTTT account.

2. Click the "Create" on the upper right corner.

3. Click "This" to add an trigger.

4. Enter "ubibot" and choose the UbiBot service.

5. Click "Connect"

6. Enter your UbiBot account information to connect it with IFTTT platform.

7. You can see all the triggers here and choose one.

8. Choose a channel ID (Device) and click ''Create trigger"

9. Click "That" to add an action.

10. Here I choose "Email" as an example.

11. Click "Connect".

12. Enter your Email address to connect it with IFTTT platform.

13. Choose the email action

14. You can edit the content of email here.

15. Now, you have created an applet successfully.

To make it easier for you to use the app, we write this file for you to refer to. This file contains all the main feantures you may need to use and the corresponding screenshots. You can go through the catalog to search for the feature you want and check the detailed steps by the pagination. Please don't hesitate to let us know if you encounter any problems. Support email: [email protected]. Please check the link below: https://www.ubibot.com/manuals/3304/app-user-guide-2/

To make it easier for you to manage your devices on the web console, we write this file for you to refer to. This file contains all the main features you may need to use and corresponding screenshots are attached. You can go through the catalog to search for the feature you want and check the detailed steps by the pagination. Please don't hesitate to let us know if you encounter any problems. Support email: [email protected]. Please check the link below:https://www.ubibot.com/manuals/3256/platform-operation/

The Ubibot web console is a secure innovative platform. Here you are given the access to all your devices and custom settings. We offer many features for you, including account profile settings, device sharing, C/F switching, exporting data in CSV/PDF, data forwarding, alerts rules, clearing data or device, IFTTT automation connection, MAC address search, etc. To help you with each detail step, we write all the feature down in a file for reference. Please check the link below. For any problems, please don't hesitate to let us know via [email protected] https://www.ubibot.com/manuals/3256/platform-operation/

If you are having trouble receiving the verification email, follow these steps to resolve the issue: 1. Check Your Spam/Junk Folder: - The email may have been filtered into your spam or junk mail folder. Please check there first. 2. Add UbiBot to Your Whitelist: - Add our sender address [email protected] to your email whitelist. - Also, add our sending IPs to your whitelist: 51.81.23.63, 66.70.227.12, and 69.72.37.127. 3. Try a Different Email Provider: - If possible, use an alternative email address such as Gmail to register. 4. Contact Support: - If you still do not receive the email, contact us at [email protected] with your email address. We can check the status from our server and assist you further. By following these steps, you should be able to receive the verification email without any issues.

Once-only alert : Only trigger an alert the first time the alert threshold is crossed. For example, if you set an alert for a temperature greater than 15℃, you will be notified when the detected temperature reaches 15.1℃. If new temperature reading remains higher than 15℃, no new alerts will be triggered. When the temperature falls below 15℃, the alert resets and you will be notified when the temperature next exceeds 15℃. Continuous alert: Trigger an alert every time the alert threshold is crossed. For example, if you set an alert for a temperature greater than 15℃, you will be notified when the detected temperature reaches 15.1℃. Each time the device records a new temperature above 15℃, it will trigger a new notification. Please note, the continuous alert can generate large amount of redundant alerts that can be annoying to certain users and also may raise concerns of spamming from email, SMS and push notification gateway providers. Therefore, when a continuous rule is triggered more than 5 alerts within the last hour, no further alert messages will be received until the next alert is triggered 1 hour later. The report icons in the Sensor Logs page will be displayed in red, illustrating the trigger has not been sent successfully.

Watch video on YouTube : UbiBot ® WS1 WiFi Device Setup Guidance

Each UbiBot device comes with the free plan on UbiBot platform that offers 50MB storage and 200MB outbound traffic. The 50MB storage is for lifetime and 200MB of outbound traffic is rotated monthly for each device. For example, if your device takes temperature, humidity and light sensor readings every 10 minutes, the free 50MB storage is enough to store over 2 years amount of data.At anytime you can export the whole data stored and remove the data to reuse the storage that offers in the free plan. If your use case requires high sensing frequency that generate data on high rate or you do not want to remote the data when the storage space is full, you can upgrade to a higher plan at any time. You can find more pricing information from here: https://www.ubibot.com/pricing/.

Please note we are now signed up with IFTTT platform as a public service provider.  More information about the Triggers and Applets can be found here.  This example demonstrates how to integrate the IFTTT Webhooks with UbiBot platform. You will need to first create a UbiHTTP item on the HTTP interaction page (http://console.ubibot.com/#/ubiHttp), then configure the corresponding trigger rule under channel page. When the rule is triggered, it will call the IFTTT webhook URL to interact with other service actions listed on IFTTT. Steps 1: Create a new Applet on IFTTT platform (https://ifttt.com) by select Webhooks from the service list. Steps 2: Select "Receive a web request". Enter the event name, please keep a note of this. The string value of this event name will be used later. Steps 3: Choose the desired action, in this example, we are choosing "Send me an email". Step 4: From the IFTTT webhook page (https://ifttt.com/maker_webhooks) navigate to "settings"page, or open the URL directly https://ifttt.com/services/maker_webhooks/settings. Copy the URL showing on the page and open it in the browser. Substitute the EVENT_NAME of the trigger event URL showing on page with the string of the event name you created in previous steps. For example: http://maker.ifttt.com/trigger/temperature_over_10_degress/with/key/xxx This trigger event URL will be used to setup the UbiHTTP. Step 5:: Login to console.ubibot.com, navigate to HTTP interaction page (http://console.ubibot.com/#/ubiHttp).  Enter the URL of the trigger event URL from IFTTT. Select "POST" method, enter content type "application/json". You can pass the channel ID, trigger field and the trigger value to the body by entering this: {"value1":"%%channel_id%%","value2": "%%trigger%%", "value3": "%%trigger_field%%"} Step 6: Create a Sensor Alert from the console panel of the selected channel. Choose "HTTP" from the mode of alert drop-down menu, and select the created UbiHTTP in the previous step.  When the this sensor rule is satisfied, it will trigger the UbiHTTP to call the IFTTT event webhook and pass the required information to IFTTT to trigger the selected actions. If the Applet is triggered, you will see the events on IFTTT platform (https://ifttt.com/activity)

Please check the following things:

1. Check that the device is powered on. Press the button to make the device manually sync the data. If the indicator flashes green then the sync is working. If it flashes red once then there is another problem. Try the next steps.
2. Check that the device has sufficient battery power for the WiFi to work. WiFi takes a lot of power — the device may be on, but unable to connect to the WiFi.
3. Make sure your device's WiFi router has a working Internet connection (e.g. try to access www.ubibot.com using a mobile connected to the same WiFi). Without an Internet connection, the device won't be able to connect to the IoT platform.
4. Check that the WiFi connection is working properly, if need be, go through the WiFi setup again.

1. As long as you connect the device to the WiFi network or using mobile data, it will automatically sync data to the platform. The sync frequency is 15 minutes by default. You can change this according to your requirements with the minimal frequency being 1 minute. (*Please note, if the frequency is set too high, the frequent WiFi usage may increase the internal temperature of the device, in which case the measured temperature may be inaccurate. Therefore, we recommend to set the sync frequency to a value higher than 10 minutes.)You can also manually trigger the sync by pressing the power button once. The indicator will flash green for a couple of seconds and you can hear the voice guide.*Remember to enable the sensors you need to use, such as the vibration index sensor and the external temperature (DS18B20) sensor. If you don't turn it on, you will see no data in the readings.
2. If you have any historic data that are not available on the UbiBot device, you can upload your data in a CSV format to our platform. This operation can only be made in your account on the website. You will then be able to view this data on the website. As you see in the following screen, you can also download your history data to your computer in a CSV format or create a PDF report.

Please note. As the full data dump can consume a lot of server resource, to prevent malicious attempt, our platform has a limit of 3 times per month full data dumps.

1. Download the App by following the appropriate link from www.ubibot.com/setup or search for "UbiBot" on the App Store or Google Play.
2. There is an Android apk file available on the website if the app is not available on the play store.

NOTE: The iOS App requires at least iOS version 16 or higher. The Android App needs Android 11 or higher. If your phone / tablet is on running an older version of the OS you won't be able to install the App.

1. Please follow the onscreen instructions to register an account with your email.
2. Please make sure that the email address has never been registered with this App. If you have registered before , you can ask for your password to be reset.
3. See "Account Management" for detailed instructions.

All the sensing data is periodically synced to our platform via WiFi according to the interval you set (default 15 minutes). You can view the latest measurements using the UbiBot App or any browser.You can view the raw data or apply functions such as average, min/max or sum.

By default, your device will take sensor readings every 5 minutes and will sync these with the IoT Platform every 15 minutes. The measurement and data sync frequency can be changed under the device Settings tab in the App. Tap next to any sensor entry to bring up a popup. This gives some standard intervals, or you can use the custom field to set the interval according your requirements. The minimum interval is 1 minute. You can also enable or disable each sensor on this screen. Remember to enable any sensors you need to use, especially the external sensor. Many customers forget to turn on the External Sensor button, so they see no data in the readings. The data sync interval can be set in a similar manner. Please note, the more frequently it syncs, the shorter the battery life is, and the more frequently the sensor readings, the more quickly you will use up the internal memory. If the frequency is set too high, the frequent WiFi usage may increase the internal temperature of the device, in which case the measured temperature may be inaccurate. Therefore, we recommend to set the sync frequency to a value higher than 10 minutes.   

UbiBot is a brand that has been registered in the United Kingdom, the European Union, and the United States. The word, UbiBot, technically is a short form for ubiquitous robot. We believe in the world of tomorrow, robots, AI and IoT will play an increasingly important role. Artificial intelligence promises a brand new world of computers that can plan, strategize and make smart decisions. But to actually do anything, AI needs the data from the Internet of Things (IoT) in order to evaluate options, calculate probabilities and make smart decisions. In return, some of these insights and decisions can then be acted upon by IoT and end devices such as robots, drones and industrial machines. That's why we created the Wireless Smart Multi-Sensor device WS1 -- a smart real-time data monitoring solution. It is embedded the industrial-leading IoT technologies, allowing you to wirelessly monitor the environment conditions that matter to you. The team behind UbiBot, is composed of young, energetic and motivated people led by Dr. Yang Li who received his computer science PhD degree from Imperial College London. These people are dedicated in building the future of the Internet of Things and have made great progress in this field. We are committed to building an end-to-end IoT ecosystem that leverages our expertise in cloud and hardware. We seamlessly integrate cloud-based data analytics into all our products and, combined with our advanced devices, we are able to offer customers unique environmental insights in real time.we are now looking to use our experience in big data to drive the next generation of artificial intelligence(Al) based devices.

APP Preview：

Released Date: 21th March, 2018 Size: 50.1 MB Language：Chinese, English Developer: Dalian Cloud Force Technologies CO., LTD

Brief Introduction：

Control panel for managing UbiBot's IoT device series. This version of the App provides the following features: -Data management: View real-time and historical IoT sensor data, graph raw or average data, share data channels and groups, manage automatic alerts when readings cross user-defined thresholds, export data in CSV format. -Device Management: Adjust sampling rates for the sensors on the IoT device, enable/disable sensors, change how often the devices synchronises with the UbiBot IoT Platform, monitor data usage, view device details (battery status, serial number, etc.) -Logs and messages: Manage data logs, view alert notifications and see details of data imports and exports. -IoT Device Setup: Setup device Wi-Fi and GPRS (not available on WS1) -Account management: Create user account, update account details, password reset.

New Features：

The following features are new: -Language settings: Choose English(UK) or Chinese; -Adds offline power-saving and network mode; -Customise display and setup to reflect different IoT devices; -Add region and timezone settings; -Update App help text; -Bug fixes to improve App stability.

Compatibility:

Requires iOS 9 or later.

APP Preview：

Released Date: 19th March, 2018 Size: 13.6 MB Language：Chinese, English Developer: Dalian Cloud Force Technologies CO., LTD

Brief Introduction：

Control panel for managing UbiBot's IoT device series. This version of the App provides the following features: -Data management: View real-time and historical IoT sensor data, graph raw or average data, share data channels and groups, manage automatic alerts when readings cross user-defined thresholds, export data in CSV format. -Device Management: Adjust sampling rates for the sensors on the IoT device, enable/disable sensors, change how often the devices synchronises with the UbiBot IoT Platform, monitor data usage, view device details (battery status, serial number, etc.) -Logs and messages: Manage data logs, view alert notifications and see details of data imports and exports. -IoT Device Setup: Setup device Wi-Fi and GPRS (not available on WS1) -Account management: Create user account, update account details, password reset.

New Features：

The following features are new: -Language settings: Choose English(UK) or Chinese; -Adds offline power-saving and network mode; -Customise display and setup to reflect different IoT devices; -Add region and timezone settings; -Update App help text; -Bug fixes to improve App stability.

Compatibility:

Requires Android 11+ or later.UbiBot Android APP

PC Software Preview：

Released Date：7th February, 2018 Size：4.35 MB Language：Chinese, English Developer: Dalian Cloud Force Technologies CO., LTD

Brief Introduction：

Control panel for managing UbiBot's IoT device series. This version of the App provides the following features: -Data management: View sensor data in graph raw and export data in CSV format. -Device Management:  Enable/disable sensors, monitor data usage, and view device details (battery status, serial number, etc.) -IoT Device Setup: Setup device Wi-Fi and GPRS (not available on WS1) -Account management: Create user account, and password reset.

Compatibility:

Requires Windows 7 or later(.NET Framework 4.5+ device).

You can enable data sharing from the App and from the IoT platform.

1. 1. Using the App

1. 1. • Launch the App and log in.
      • Select the device you want to share and go to the info tab.
      • Click on Sharing and in the search box search for the other user by username, or email.
      • If the user is found, their name and details will be displayed. Click on their name and confirm that you want to share the device with them.

1. Using the IoT platform

• Log in to your account on the platform and locate the correct device.
• In the device information screen select Share and search for the user by email or user name.
• If the system finds a match, select the user and confirm you want to share the device.

*Devices that have been shared with you will appear under the Other tab in the app and on the platform. Devices you have shared with other people will appear under the Shared tab. *To stop sharing the device on the App, locate it in the Shared tab, then swipe to the left and click on the revealed Delete button. Confirm that you want to stop sharing the device.

1. 1. I have set up my device, but I don't see any data on the App or IoT Platform. Why?When the device first connects to the IoT Platform it may not have any data to synchronize. Please check again after 15 minutes. Alternatively, you can trigger a manual data sync by pressing the button once. The device will beep and will flash green for a few seconds. However, remember the device only records sensor data periodically (by default every 5 minutes) so you need to wait at least this long.If the data sync still doesn't work, reset the device and setup the WiFi connection again.

1. My device isn't synchronising with the IoT platform. Why?Please check the following things:
   • Check that the device is powered on. Press the button and listen for a beep. This will make the device manually sync the data. If the indicator flashes green, then the sync is working. If it flashes red once then there is another problem. Try the next steps.
   • Check that the device has sufficient battery power for the WiFi to work. WiFi takes a lot of power -- the device may be on, but unable to connect to the WiFi. If you have access to recent readings from the device, check if the voltage has dropped below 2.6v. If so, try changing the batteries.
   • Make sure your device's WiFi router has a working Internet connection (for instance, try to access www.ubibot.com using a mobile connected to the same WiFi). Without an Internet connection, the device won't be able to connect to the IoT platform.
   • Check that the WiFi connection is working properly, if need be, go through the WiFi setup again.

By default your device will take readings every 5 minutes and will sync with the IoT Platform every 15 minutes. The measurement and data sync frequency can be changed under the device Settings tab in the App. Remember, the more frequently it syncs, the shorter your battery life. And if the frequency is set too high, the frequent WiFi usage may increase the internal temperature of the device, in which case the measured temperature may be inaccurate. Therefore, we recommend to set the sync frequency to a value higher than 10 minutes and the measurement frequency to the same or shorter interval than the data sync.

You can manage your alerts in the Rules page in the App. Tap on the "+" to add a new alert. If you want to delete any alert, simply long-press the alert and then click the 'trash can' icon that appears next to it. NOTE: The "Default Offline Alert" can only be turned off. It cannot be deleted. Alert Metric: You can set alerts for any of the metrics shown below. The voltage indicates the remaining battery in the device. Typically, when this drops below 2.6v, it's not able to support WiFi and hence data sync, alerts and wireless setup won't work. Modes of Alerts: We offer multiple channels to send alerts, including in-App notifications, emails, SMS texts, voice call and web notifications. You can configure any combination of these via the UbiBot ® App or using the IoT portal. Please note that the SMS and voice call alerts will cost you credits from your balance. The precise fee depends on the network provider of the receiving number. This cost can be checked when you set up the alerts or on our pricing page.