Findy IoT

What is IoT container security?

When a container leaves port, it can be weeks before it’s opened again. IoT devices; GPS trackers, temperature sensors, door sensors, accelerometers, keep eyes on cargo during that journey.

Our focus on building solid, dependable, IoT hardware fits very well with the rough and tumble of international trade. We have the ablity to deploy sensors and network tools, as well as the analytics capacity, to offer real-time monitoring. 

The challenge is cost: Devices must be inexpensive, rugged, and last a long time on a single battery. The security layer must work indoors and outdoors. The trend now is to bake in lightweight encryption and modular security, so shippers don’t trade resilience for affordability.

Configuration

Sensors installed on container

Security event triggers cascade of actions within the system.

Configurable notifications can be sent to driver, dispatch center or external partner

Chosen solution benefits

• Wireless solution
• Configurable for different event types
• Data storage and analysis
• Alarm
• Suited to different types of container

Data received

- Internal battery level
- Location
- Status on Request

System performance

- Simple unit suitable for outdoor use
- Alarm on events
- Sleep mode when inactive

Project benefits

- Access Control
- Remote monitoring
- Driver notifications
 

Project Results

• Still in real-word pilot phase
• Unit suitable for multiple security and monitoring uses

What is Water flow metering?

The IoT solution for water flow metering is a comprehensive and reliable way of monitoring the water flow of a supply network. It is designed to help manage water resources more efficiently by providing real-time data of water consumption and flow rates. This data is then collected and analyzed by the Water monitoring IoT platform Qdata which provides additional analysis and comparison of data from different measurement points.

This analysis can detect leaks in the network and help to identify issues before they become serious and costly. Moreover, the solution can help to optimize the water consumption of the network, leading to cost reductions and improved energy efficiency.

The solution is easy to install and maintain, with no additional hardware or software required. It also provides reliable data with minimal false alarms, ensuring reliable and accurate data collection.

The solution is also compatible with various third-party applications, making it a complete and comprehensive solution for water flow monitoring and management.

Configuration

Every 15 minutes interval the IoT measures the water flow speed from ultrasonic transmitter/receiver which is installed on the pipe and it is connected to 4-20mA input of the IoT

Raw samplings are sent to findy IoT platform for analysis

Chosen solution benefits

• Cost effective
• Ultra long battery life
• Additional alarm features
• Support of 2G/ NB-IoT and LTE Cat M1
• Accurate measurement

Data received

- Internal battery level
- Network Bearer
- Radio Signal Strength
- Link Quality
- Serving Cell ID
- Mobile network code
- Mobile country code
- Signal SNR
- Cell LAC/TAC
- Total value on Digital input 1
- Samplings on Digital input 1
- Samplings of 4-20mA input

System performance

- Over 1 week reporting without power supply
- Data transmission in poor LTE coverage areas
- Accuracy over 99.7%"

Project benefits

- Accurate water consumption statistics
- Leak detection
- Water supply efficiency improvement

Project Results

• Water consumption measurement
• Data comparison of various water delivery system elements
• Cost optimization for leak detection
• Water supply network stability improvement

What is a vehicle anti-theft system?

Our introduction to fleet tracking was from a background in delivering GPS based tools to the commercial mobility sector. We were tasked with providing secure tracking for insured vehicles. 

Core product elements needed to work both indoors and outdoors. Stolen cars are quickly moved to secure locations to be “chopped” or exported internationally via cargo containers.  

Our industry grade IoT fleet solutions meet the key requirements. We delivered real time reporting hardware and software, making the security of specific high end luxury vehicles more robust. 

The core technologies are our robust hardware and sensor backbones, allied to a passive mode of operation. The device only goes live in the event of triggering by specific actions. By using passive power options is it difficult to find small devices using sophisticated electronic “sweeping” technologies. 

Basic fleet security functionality is widened using our IoT platform. This provides fleet management teams with all the data they need for real-time remote monitoring.

The whole process; from  installation to management, monitoring positioning of devices is part of our IoT hardware domain knowledge. Meanwhile, our software provides flexible user permissions that make it easy to integrate with CRM and other fleet management tools used by our clients.

Configuration

Devices are set to sleep for very long time

In an event of theft the device is activated and start sending positional data

Chosen solution benefits

• Long lasting battery
• Jamming detection
• Small form factor
• No connection to the wiring system
• Vehicle warranty compliance
• Integrated management software
• Indoors positioning

Data received

- IoT Battery level
- Country and City location on daily basis
- GPS Location on request
- Indoors position based on GSM or WiFi

System performance

- Battery lasting more than one year
- Over 500 assets found
- Dozens of Insurance frauds detected

Project benefits

- Returning stolen items
- Lowering theft rate
- Scam prevention

Project Results

• Significant decrease of stolen items rate
• Value of the returned items cost is 4x bigger than the investment in IoT solution

Intermodal temperature control?

It is not hard to understand why you need to control temperature in shipping containers. It is obvious that goods can spoil in transit.

Modern shipping containers do not go from point to point with one carrier. The way of moving goods today relies on real-time information, delivery windows and weather data. Ports can change. Roads can be closed. Containers go missing in transit. You goods can move on different transport options, this concept is called “intermodal transport.”

To have an ability to maintain consistent temperatures while at sea, in the air, or on land is valuable. A container taken from a warehouse in the early morning and moved at noon can be a big, hot, metal box. 

There are dedicated “reefer” or refrigeration units. These cost more and usually run standard routes. Sometimes what you need is a high tech solution, at a reasonable price. 

Configuration

Temperature sensor installed on containers

GPS and temperature data sent at configurable intervals

Data is visible remotely on mobile devices and in dispatch center

Chosen solution benefits

• Wireless solution 
• Data storage and analysis
• Routing information
• Alarm on threshold low or high
• Cost per device is lower than dedicated refrigerated unit

Data received

- Internal battery level
- GPS location
- Temperature level

System performance

- Alarm on event
- Configurable
- suitable for intermodal

Project benefits

- Temperature tracking
- Real-time data
- Worldwide coverage
- Remote monitoring

Project Results

• Still in real-world testing phase
• Units suitable for different types of containers

What is truck & trailer tracking?

When most of the trucks and agricultural machines already have GPS enabled, another question emerges:  How can you extend tracking options to trailers, loads and containers?

findyIoT Bluetooth Low energy delivers. We have rugged hardware compatible with older GPS fleet management devices or systems as well as new, cutting edge, mobile trackers. 

A BLE Beacon is attached to a trailer (or agricultural tool). A BLE receiver is connected to the GPS fleet management device through RS232 / RS485 or 1-Wire.  Over Omnicom LLS protocol a list of BLE devices is being sent to the GPS device, and from there to your tracker or fleet management software.

Options available:

• Motion state of the BLE Transmitter can be used to identify and pair only with moving objects.
• Accelerometer data can give real-time updates on whether an item is in transport mode or in operational mode.
• Magnet sensors provide data or alarms in the event of a door opening.
•  Temperature sensors enable temperature logging for “cold chain” shipments.
• Tilt, weight, and GPS/GNSS intermodal package tracking options available

Configuration

Bluetooth Low Energy Beacons are set to report once at 50 seconds in motion (for units with motion sensor) or 110 seconds stationary

Bluetooth Low Energy Gateway is set to send data over RS232 or RS485 over Omnicom LLS Protocol

Chosen solution benefits

• Long lasting battery
• Compatibility with old GPS
• Fleet management units from Teltonica, Ruptela, BCE
• Competitive price

Data received

- ID of the closest findy IoT Bluetooth receiver
- Motion state / Temperature / Reed switch state
- Battery level
- RSSI

System performance

- BLE Beacons battery lifetime is more than 2 years
- Additional filtering algorithms developed

Project benefits

- Statistics of trailer / implement usage
- Positioning of trailer / implements
- Maintenance information based on work hours of each unit
- Retro fitting on existing GPS Fleet management systems
- Toll taxes calculations

Project Results

• Increased efficiency of truck / trailer positioning
• Better track record of owners assets
• Reduced defect rate of implement / trailer due to predictive maintenance
• Accurate billing for leased assets

What is rail track IoT hardware?

The easiest way to think about IoT for rail networks is to see the communication layer mapped on top of the transport and security layer. You already do this on a personal basis when you use Wi-Fi onboard, or when you see digital signage on trackside. 

The next step is to use communication networks to build information about the real-time state of the line, traffic levels, and the prevailing conditions en route. Considering that the track is exposed to the elements year round and to constant traffic, the hardware must be reliable and fit for purpose. 

A key to rail traffic management is the ability to receive information from different parts of the track in real time. This information and associated tools within the operations center allow predictive modelling, real time network updates and incident management tools to be built on top of the communications layer.

Configuration

IoT operated remote monitoring. Secure user interface. Worldwide monitoring.

Updates sent to mobile devices or network operations center.

Key Benefits

• Secure user access
• Remote functionalities 
• Real-time track monitoring 
• Real-time operations
• Device management 

Data received

- Battery level
- Location: Latitude, Longitude
- Secure data transfer

System performance

- Battery lasting up to 5 years - Configuration works

Project benefits

- Usage statistics - Increased visibility of access points

Project Results

• Proof of concept
• Improved line visibility
• Remote monitoring
• Hardware is fit for purpose

What is Pressure monitoring ?

IoT Pressure Metering is a smart solution that utilizes Internet of Things (IoT) to measure, monitor and analyze water pressure in water supply networks. It uses pressure sensors and data transmission technology to collect data from pressure sensors and transmit it to a centralized platform. The data is then being analyzed and used to detect anomalies in pressure levels and to identify potential water leaks.

The real time collected data is also compared against historical data to identify trends in water pressure levels and to determine if any changes are taking place over time. 

This solution is integrated with Water Monitoring IoT platform Qdata which provides additional analysis and comparison of data on different measurement points. This way it can detect leaks and improve management of a water supply network.

Configuration

Every 15 minute interval the IoT measures a reading from pipe pressure sensors connected to 4-20mA data logger.

Raw samplings are sent to our findyIoT platform for analysis

Chosen solution benefits

• Cost effective
• Ultra long battery life
• Additional alarm features
• Support of 2G/ NB-IoT and LTE Cat M1
• Accurate measurement

Data received

- Internal battery level
- Network Bearer
- Radio Signal Strength
- Link Quality
- Serving Cell ID
- Mobile network code
- Mobile country code
- Signal SNR
- Cell LAC/TAC
- Total value on Digital input 1
- Samplings on Digital input 1
- Samplings of 4-20mA input

System performance

- Over 1 week reporting without power supply
- Data transmission in poor LTE coverage areas
- Accuracy over 99.7%

Project benefits

- Detect underpressure and overpressure
- Leak detection
- Water supply network efficiency improvement

Project Results

• Water consumption measurement
• Data comparison of various water delivery system elements
• Cost optimization for leak detection
• Water supply network stability improvement

What are pivot or linear irrigation systems?

At its simplest a pivot, or linear irrigation system, is a pipe, a pump, and some wheels. The bigger your pipe, the bigger your pump and water resource needs to be. Water is heavy. Moving it around a large acreage is not easy. The original pivot systems took mechanical skills already in use on farms and applied them to building water transportation tools. 

The basic principle has remained almost unchanged for 100 years, or more (patent #1150144). Which brings us to the new era of IoT, remote management and automation. IoT offers a totally new level of tooling that fits on top of your current pivot or linear run. Most of it is sensible stuff, like flow, volume and speed, but you can do much more. 

You receive notifications if there are issues with particular pivots or nozzles (in the event that you have multiple pivots running at once, this is a real gamechanger). You can add other sensors like weather, crop, or soil monitoring tools. You can use the IoT control center to run all this in real-time. We’ve changed the scale of your operation and given you the tools to run it from anywhere in the world. 

Of course you can set pivot speed, fertigation rates and use the IoT to run predictive maintenance, but the principle behind it all is using less manual labor, while optimising your resources and delivering the right amount of nutrients. The end goal has not changed, but the tools have improved.

Configuration

IoT reports all the pivot parameters while the pivot is moving - direction, speed, water pressure, alarms and current angle.

When it is not being used the IoT stops reporting any data.

Chosen solution benefits

• Integrated low power solution
• Retrofit to different types of pivots
• Works night + day, all year round
• Remote control 
• Predictive maintenance
• (Troubleshooting) You know what the problem is before you get out there
• Cost effective scaled technology
• Add soil, moisture and weather monitoring sensors 

Data received

- Direction of movement
- Latitude
- Longitude
- Safety Event
- Safety Alarm
- Speed of rotation
- Current angle
- 4-20mA input
- 0-5V Input
- Safety Occurrence
- Relay 1 state
- Relay 2 state
- Relay 3 state

System performance

- More than 3 years of field work
- Motion detection and power outage notifications
- Pivot malfunction data

Project benefits

- Improved water conservation
- Increased crop yields
- Greater efficiency
- Reduced fertilizer and pesticide use
- Improved soil health
- Cost savings

Project Results

• Reduced labor costs
• Accurate irrigation statistics helped farmers to adjust pivots to the desired m3/ha rate
• Real-time alarms

What is Personal Tracking?

Personal tracking solutions exist for different industry uses like mining, security, defence, construction, forestry, etc.  The option of a panic, or emergency, button is designed for elderly people, kids, and personnel that need to signal for immediate help.

Our focus is on easy-to-use features that can alert emergency services if the user is in danger.

Devices are equipped with a reliable GPS tracker. Indoors you can use Wi Fi to provide real-time location updates.

Devices come with durable casings and long-lasting batteries. We can includes a range of additional features such as alerts, motion sensing, and mobile notifications.

Configuration

IoT is set to stand by all the time and location report interval is set so it sends GPS or WiFi location

When the S.O.S button is activated the mobile application sends an alarm notification and live tracking starts automatically for 10 minutes

User can request location by the mobile application anytime

Chosen solution benefits

• Longest battery life on the market
• Strong cellular and GNSS antenna
• Easy to use mobile application
• Integrated solution of hardware, software and connectivity

Data received

- Battery level
- Location - Latitude, Longitude, Accuracy
- Alarm from S.O.S button

System performance

- Personal tracking devices last from 10 hours in Live tracking to 20 days in strand by mode
- Alarms are received up to 20 seconds after button is activated

Project benefits

- Better performance of onsite workers
- Scam and theft detection

Project Results

• Improved staff control
• Improved staff security
• Cost saving on management

What is level metering?

Many products need to be kept at specific levels. Chocolate factories need to maintain the right amount of mix, at the right temperature, in their vats. Waste management companies went to know when bins are full. Cargo ships need to keep loads in trim. 

This IoT project is for a smart water management system that integrates with the Water Monitoring IoT platform Qdata to provide data-driven insights. The combination of sensors and analytics is where the magic happens.

This system uses ultrasonic sensors to measure water levels in real-time and send the collected data to the Qdata platform. It can also detect potential leaks and water supply network problems through comparison and analysis of data from different measurement points.

This solution enables better management of water resources. It help reduce water waste by alerting the users to potential problems and tanks are kept at optimum levels.

Configuration

Every 15 minutes the IoT measures the water level trough hydrostatic sensor connected to 4-20mA input of the IoT.

Raw samplings are sent to findy IoT platform for analysis

Chosen solution benefits

• Cost effective
• Ultra long battery life
• Additional alarm features
• Support of 2G/ NB-IoT and LTE Cat M1
• Accurate measurement

Data received

- Internal battery level
- Network Bearer
- Radio Signal Strength
- Link Quality
- Serving Cell ID
- Mobile network code
- Mobile country code
- Signal SNR
- Cell LAC/TAC
- Total value on Digital input 1
- Samplings on Digital input 1
- Samplings of 4-20mA input

System performance

- Over 1 week reporting without power supply
- Data transmission in poor LTE coverage areas
- Accuracy over 99.7%

Project benefits

- Water usage statistics
- Pumping station management data provided realtime
- Leak detection
- Over consumption alarms

Project Results

• Data comparison of various water delivery system elements
• Notifications on overfilling
• Cost optimization for leak detection
• Water supply network stability improvement

IoT for industrial scales?

Factories, kitchens, and manufacturing plants run on precision. The more accurate the data, the better the output. Industrial IoT makes that possible by connecting machines, sensors, and systems into a single network.

 IoT turns equipment into a source of real-time information. Track performance, spot faults early, and cut downtime.

For manufacturers, logistics, mining, air, freight, forestry, waste and public transport, knowing how heavy you are really matters. IoT gives you real-time loading info. Less surprises, faster turnaround times, more control across the entire operation.

Configuration

IoT is operating worldwide. It is connected to the GSM/LTE network. Users can change configuration.

The user can request live updates or get notifications on a specific threshold being passed.

Chosen solution benefits

• Configurable
• Inexpensive solution
• Data can be sent worldwide
• Integrated solution of hardware, software & connectivity

Data received

- Battery level
- Weight on scale

System performance

- Data capable of being read remotely

Project benefits

- Remote site operations
- Industrial quality solution

Project Results

• Data can be shared remotely
• Configurable options
• Industry Grade

What is Grid Balancing?

The key to energy balancing is understanding that deregulated energy markets make electricity more expensive when demand is high. 

If you generate and store energy, your advantage is in having that power on demand. When selling to the grid, you time a sale to meet the demand curve. 

If you are running multiple sites with different energy producing elements, it is important to know when to add in time for maintenance and repair. By knowing your trend and output needs, it is easier to calculate downtime.

Configuration

Sensors in solar array and micro grid send data to the logger at scheduled intervals.

Battery storage data is uploaded - demand curve is monitored - usage rate is tracked in real-time.

Chosen solution benefits

• Cost effective
• Products designed for long term industrial use 
• Additional alarm features
• Support of 2G/ NB-IoT and LTE Cat M1
• Accurate energy measurement direct to mobile device

Data received

- Internal battery levels
- Network Bearer
- Radio Signal Strength
- Link Quality
- Serving Cell ID
- Mobile network code
- Mobile country code
- Signal SNR
- Cell LAC/TAC
- Total value on Digital input 1
- Samplings on Digital input 1

System performance

- Data transmission in poor LTE coverage areas
- Accuracy over 99.7%

Project benefits

-Predictive Maintenance
- Spike detection
- Network efficiency improvement
- Remote control of array

Project Results

• Energy consumption measurement
• Data comparison of various delivery system elements
• Cost optimization
• Supply network stability improvement

What is Bike sharing?

Bike sharing IoT solution is a smart system that connects bicycles with an internet-enabled device to provide users with an efficient, convenient, and sustainable way to move around.

This solution uses sensors and GPS tracking to monitor bike availability and locations, optimize routes, and provide real-time information to users. It also integrates an automatic payments functionality, provides data for analytics, and helps to improve bike sharing services and urban planning.

Configuration

The devices are set constantly online, so start/stop commands could be sent by the mobile application through the system backend

In case of motion activity, the device starts reporting location data

Chosen solution benefits

• Hidden installation of the IoT, impossible to be removed by unauthorized individual
• Longest battery life on the market
• Strong cellular and GNSS antenna
• Easy to use mobile application
• Integrated solution of hardware, software and connectivity

Data received

- GPS Location on request
- Indoors position based on Cellular or WiFi
- Trip statistics
- Lock/Unlock requests
- Alarms on motion

Project benefits

- Remote control of rented units
- Better performance of service team
- Theft protection

Project Results

• Complete technical solution for bike sharing
• Stolen bikes return
• Bike insurance premiums positive

What is an animal finding solution?

A GPS IoT Solution for Pet Finding is a tracking system which helps locate lost pets. It utilizes GPS technology, cellular network connectivity, and a mobile application to provide real-time location data of pets at all times.

The GPS tracking system includes a pet-worn device which is capable of transmitting location data to the user’s mobile device. The device is lightweight and waterproof, ensuring that it can be comfortably worn by a pet and survive in different environmental conditions.

The mobile application allows users to monitor their pet’s location and to define safe zones. If the pet leaves a defined safe zone, the user will receive an alert and can track the pet’s location in real-time. The application also has a feature that allows users to share their pet’s location with family and friends. This feature helps to increase the chances of finding a lost pet quickly.

The GPS IoT Solution for Pet Finding provides pet owners with peace of mind by providing real-time visibility and location tracking. It is an effective tool for locating lost pets and reuniting them with their owners.

Configuration

IoT is operating online and it is connected to the GSM/LTE network all the time.

The user can request live tracking anytime. When Live tracking is started, it lasts for 10 minutes and then the IoT is set back to standby mode

Chosen solution benefits

• Longest battery life on the market
• Strong cellular and GNSS antenna
• Easy to use mobile application
• Integrated solution of hardware, software and connectivity

Data received

- Battery level
- Location - Latitude, Longitude, Accuracy

System performance

- Hundreds of pets found and thousands of man hours saved

Project benefits

- Faster finding animals by pet owners, hunters and farmers
- Better hunting performance

Project Results

• Hundreds of found pets, farm animals and domestic livestock
• Cost optimization

What are Anti-theft bike solutions?

findy IoT anti-theft bike solutions are systems designed to deter bicycle theft and protect cyclists from becoming victims of opportunistic crime. 

These types of security solutions can combine bike locks, GPS tracking, alarms, apps, and other hidden security features.

The first goal is to make it difficult for thieves to steal a bike. The second objective is to make it easier for cyclists to quickly locate and recover their bike, if it is stolen.

findyIoT hardware can be installed inside the frame of the bicycle or near the bike battery. This makes the job of getting at it much harder. 

Configuration

IoT is constantly set on stand by mode, to accept location or Arm/Disarm request from the user

When the IoT is armed, it starts submitting alarm push notifications to the mobile application, together with reporting of its location data, in event of motion

Chosen solution benefits

• Hidden installation of the IoT, difficult to be removed
• Longest battery life on the market
• Strong cellular and GNSS antenna
• Easy to use mobile application
• Integrated solution of hardware, software and connectivity

Data received

- Battery level
- Location - Latitude, Longitude, Accuracy
- Motion state

System performance

- Hundreds of stolen bikes found and returned to their owners
- Decreased bike stilling rate

Project benefits

- Return stolen items
- Low theft rate
- Scam prevention

Project Results

• Significant reduction of stolen items rate
• The overall value of the returned assets is times higher than the investment in IoT solution

What is Asset & Inventory Tracking?

Asset tracking solutions are computer systems used to track the location, condition, and usage of physical assets.

These systems allow business to track their assets in real time, monitor their condition, and guarantee that they have been used efficiently.

This solution helps business to reduce the costs, to optimise the inventory, and to improve security.

Asset tracking solutions can also be used to manage risk and compliance, as they provide detailed analytics and insights into asset performance.

Configuration

Iot is set to operate in deep sleep mode for a 24 hours periods. Every day the devices turns on and reports an approximate location and a battery level. Transmission periods may be different for different applications.

Some of the units are set to send alarms in event of movement or to have two reporting intervals - one for stationary and another one for motion.

Chosen solution benefits

• Low power solution
• Different form-factors for various use cases
• Solution integrity

Data received

- Battery level
- Location - Latitude, Longitude, Accuracy
- Motion state

System performance

- Battery lasting up to 5 years
- Reliable motion/stationary statistics
- Predictive maintainance algorithms implemented

Project benefits

- Better performance of onsite workers
- Scam and theft detection
- Usage statistics
- Improved asset utilization
- Increased visibility of assets
- Improved inventory accuracy

Project Results

• Reduced theft and loss
• Improved asset management
• Improved financial planning
• Reduced costs related to asset maintenance and repair
• Improved profitability for businesses

What is A/C Control system?

This IoT solution can help save energy by detecting when a window is open and then automatically turning off the air conditioning. It is a wireless system, meaning there is no need for any wiring, and it can be easily installed on any window.

The system uses a gateway to send data to an IoT platform, which records the amount of time that each window is open and the total amount of time that the air conditioning has been stopped. This data can then be used to calculate the total energy savings that have been achieved.

The system is also able to detect varying levels of air flow, making it even more efficient and effective. This IoT solution can provide an easy and effective way to save energy and money by automatically turning off the air conditioning when a window is open.

Configuration

BLE Beacons are installed on various windows inside the building.

Center gateway is configured when window opening is detected at certain window to close a relay. This relay signal gives data to the building BMS and the heating is stopped.

Every 10 minutes the gateway sends status of all the opened and closed windows to findy IoT platform for further analysis.

Chosen solution benefits

• Retrofitting to any BMS or Air conditioning system
• Wireless solution with no wiring required
• Data storage and analysis

Data received

- Internal battery level
- Power supply level
- List of BLE Beacons in range with state of each one

System performance

- Detailed data about open windows with 10 minutes sampling interval
- Less than 5 seconds reaction time
- Over 99.99% uptime

Project benefits

- Increased Energy Efficiency
- Automation
- Increased Security
- Remote Access

Project Results

• 35% decrease of heating energy used
• 28% decrease of cooling energy used

What is IoT access control?

In the old days you had a lock and key. The issue with keys is that they get lost. Most standard keys are easy to duplicate too.

IoT systems operate on multiple layers to secure access points. The security of a door or window relates to more than just the materials used or a physical locking mechanism. IoT allows remote access and control plus app based functionalities.

You might want to grant staff remote access to a large facility. You can provide that access. How do you secure your premises? You update access in real-time from any location.

1.  KeyPad
2. Biometrics
3. Proximity via Bluetooth
4. App based PassCode
5. Remote 
6. Real-time monitoring

Configuration

IoT operated remote access and entry. PassCode option. Secure user interface. Worldwide monitoring.

Tamper alerts sent to mobile device or operations center.

"Key" Benefits

• Secure user access
• Remote access and entry controls
• Facility management configuration
• Real-time operational control across sites
• Device management encryption

Data received

- Battery level
- Location - Latitude, Longitude
- Users

System performance

- Battery lasting up to 5 years
- Predictive maintenance algorithms implemented

Project benefits

- Usage statistics
- Improved asset utilization
- Increased visibility of access points

Project Results

• Reduced theft and loss
• Improved site security
• Improved user authentication process
• Reduced costs related to asset maintenance and repair