Accelerating the
Industrial Internet of Things

Bright Wolf Strandz Enterprise IoT Application Platform

Bright Wolf Strandz Enterprise IoT Application Platform

Bright Wolf Bright Wolf
Application Enablement Platform
Web Browser (OS agnostic)
Installed
Mobile
Subscription
March, 2009 (10 years ago)
February, 2018 (1 year ago)
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SIMILAR SOFTWARE

Overview
ImageBright Wolf Strandz Enterprise IoT Application PlatformNavVis M6 Indoor Mobile Mapping SystemzenonKaa Enterprise IoT Platformi4 SuitebluehoneyGoLINC
Verified Vendor
Software CategoryApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement Platform
Use CasesAsset Health Management (AHM)Machine Condition MonitoringManufacturing System AutomationPredictive Maintenance (PdM)Process Control & Optimization (PCO)Structural Health Monitoring (SHM)Asset Health Management (AHM)Building Energy Management System (BEMS)Edge Computing | Edge IntelligenceFactory Operations Visibility & Intelligence Intelligent Urban Water Supply ManagementPredictive Maintenance (PdM)Water Quality and Leakage Monitoring
Operating SystemsWeb Browser (OS agnostic)LinuxAndroid
Mac
Linux
Web Browser (OS agnostic)
Windows
Linux
Web Browser (OS agnostic)
Windows
Web Browser (OS agnostic)WindowsWeb Browser (OS agnostic)
Deployment Type
Installed
Mobile
InstalledSaaS (web based)Installed
Mobile
SaaS (web based)
SaaS (web based)Installed
SaaS (web based)
SaaS (web based)
License TypeSubscriptionOpen SourceSubscriptionSubscriptionSubscriptionOne Time Purchase
Launch (1st gen)2009-03-01 00:00:001987-09-01 00:00:0020142018-04-01 00:00:002012
Last Update2018-02-01 00:00:002017-03-01 00:00:0020182019-10-01 00:00:00
Latest Versionzenon 7.60
Watch Demo Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Product Website Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Installation Guide Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Technical Support Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Youtube Video IDp7sW-LnITvgwL5vXuD-3nwwL5vXuD-3nwwL5vXuD-3nwBoX4sisjtkY,9E1KDfTc_oA
Overview
The Bright Wolf Strandz Enterprise Application IoT Platform is a set of pre-built modules incorporating insights and expertise from Industrial Controls, Transportation, Healthcare, Cold Chain Systems, Fluid Management, Agriculture, Heavy Equipment, Energy, and others. This diverse experience has yielded a modular, scalable, and secure platform running on Microsoft Azure, AWS, and Google Cloud Platform, designed for change and longevity and optimized for developing industrial grade IoT applications.
Proper data modeling and filtering means clean data inputs for your analytics, making it possible to extract the full value from your data. Strandz ensures that the data in your IoT system is clean and ready for consumption by your business intelligence tools and data scientists. From the device all the way through to the enterprise backend, authentication, validation, and security are critical. Policy driven Role Based Access Control (RBAC), data point level encryption, and data point level trust are seminal design elements to a Strandz based IoT solution, not bolt on after thoughts. The modular nature of the platform and data model allows for graceful evolution of the system over time. Technology agnosticism around device, protocol, network, OS, programming language, datastore technology, and IAAS cloud ensure a resilient system.

EpiData IoT Data Science Platform is an open-source product that combines the key capabilities of an IoT platform and a Data Science platform. It enables rapid development and deployment of AI/ML models for smart industrial solutions including energy management and smart manufacturing.

NEXT-GENERATION REALITY CAPTURE

Fast, all-in-one mobile scanning captures 360° immersive imagery and point clouds without compromising data quality.

Find out how the NavVis M6 mobile mapping system can change the way you capture indoor environments. Designed for speed, usability and accuracy, the M6 can quickly capture even the most complex indoor environments. M6 is an all-in-one mobile mapping system that lets you capture reality without compromising on accuracy.


NavVis brings all-in-one reality capture to even the largest indoor environments. The NavVis M6 indoor mobile mapping system is designed for large-scale scanning projects where data quality matters. You can now automatically capture point clouds, 360° immersive imagery, and sensor data at the speed of walking through a building:

Scan up to 30x faster than with stationary scanners and devices

Capture up to 30,000 square meters per day

Adapt to complex indoor environments while continuously scanning

 

Fast data capture does not have to mean compromising on quality. The NavVis M6 combines a mobile LiDAR system with our innovative mapping software to facilitate survey-grade scans. At the same time, the multi-camera head captures dense 360° imagery:

All-in-one capture: photorealistic point clouds, 360° imagery, Bluetooth beacons, Wifi signals, magnetic field data

6D SLAM: The M6 accurately maps changes in elevation and uneven surfaces in 6 degrees-of-freedom

High accuracy and low drift: The new 6D SLAM system includes our renowned Precision SLAM technology to reduce drift error

 

NavVis improves scanning by making it faster and easier to capture indoor data. A single operator can transport, assemble, and scan with M6.  The integrated workflow from device setup to data publishing results in faster turnaround and less time spent scanning:

Easy to assemble and can be transported in a hatchback

Integrated workflow from device set up to data publishing

Optional ground control points are compatible with the NavVis workflow

zenon is a software system from COPA-DATA for industrial automation and the energy industry. Machines and equipment are controlled, monitored and optimized. zenon’s particular strength is open and reliable communication in heterogeneous production facilities. Open interfaces and over 300 native drivers and communication protocols support the horizontal and vertical integration. This allows for continuous implementation of the Industrial IoT and the Smart Factory. Projects with zenon are highly scalable.
zenon is ergonomic, both for the engineer and for the end user. The engineering environment is flexible and can be used for a wide range of applications. The principle of “setting parameters instead of programming” helps engineers to configure projects quickly and without errors. Complex functions for comprehensive projects are supplied out-of-the-box to create intuitive and robust applications. Users can thereby contribute to increased flexibility and efficiency with zenon.

Kaa is an IoT enablement technology applicable for any scale of enterprise IoT development. It provides a range of features that allow developers to build advanced applications for smart products, flexibly manage their device ecosystems, orchestrate end-to-end data processing, and many more. With Kaa, you can create your IoT applications up to 10 times faster than before.


  • Connectivity

The Kaa platform supports lightweight IoT protocols for device connection, such as MQTT and CoAP. Kaa is transport-agnostic and may support any open IoT protocol. The platform allows building applications that function over any type of network connection, either persistent or intermittent. You may choose one of the existing transport protocol implementations that come with Kaa, or create custom-tailored transports and plug them into your system. MQTT is the default protocol used by Kaa.

  • Device management

Kaa provides a register of digital twins, which represent things, devices, and other entities managed by the platform. Kaa also allows you to store device attributes, which provide more detailed information about any characteristic of the device. Examples of such attributes could be serial number, MAC address, location, software version, etc. In addition to simple data types, attributes can contain more complex, structured objects, such as a list of connected peripherals and their properties.

Furthermore, you can construct filters based on the device attributes to segment your device population into individually managed groups. In Kaa, filters get automatically re-evaluated whenever the device attributes change.

  • Data collection

Out of the box, Kaa provides an easy to use protocol for collecting data from connected devices. This protocol ensures reliable data delivery with response codes, which indicate the result of data processing by the platform. Once received by the platform, the device data can be dispatched to multiple processing pipelines. In case there is any error in the middle of processing, disk crash, or processor overload, the device is notified of that. As a result, the device always knows whether the submitted data is safe to delete or should be resent.

  • Data processing and analytics

Kaa gives you a lot of freedom in processing of collected data. The platform features data collection adapters that allow sending data to various databases or data analytics systems. Owing to a highly modular architecture of Kaa, a new integration requires minimum effort to modify an existing adapter or create your own.

  • Data visualization

The data visualization component of Kaa comprises a rich set of widgets, such as gauges, charts, maps, tables, etc. You can use these widgets to visualize different types of data, whether telemetry, statistics, geolocation, metadata, or other—both historical and current. All widgets are configurable and allow you to change their data sources as well as visual representation. To address special use cases, Kaa visualization component allows you to easily plug in custom widgets.

Besides data visualization, widgets allow you to interact with devices by sending commands, changing configuration and metadata, etc.

  • Configuration management

Configuration management is essential for controlling the device behavior, managing data processing parameters, edge analytics, feature flagging, and other functions. The Kaa platform allows you to implement all of this functionality by providing the configuration management feature that works with arbitrary data structures. Thus, you can apply the configuration data that is as simple as a set of key-values or as complex as nested objects. Since IoT devices might not be constantly connected, Kaa tracks already applied configuration data as well as pending delivery.

  • Command execution

Command execution is the Kaa platform feature that allows you to deliver messages with the arbitrary payload to connected devices, execute commands, and receive near-real time responses.

Kaa implements the two-way communication that allows devices to send a response back to the server. The caller can wait for the response either synchronously or asynchronously. For lightweight commands you may go with the synchronous option meaning that the caller will be put on hold until the command execution result is delivered. For the resource-consuming commands you may choose the asynchronous option, which enables the platform to notify the caller about the command execution result.

  • Over the air updates

Kaa allows you to reliably deliver software updates by utilizing the confirmation response codes sent by devices upon the update result. Another valuable feature is the ability to define the software update path by using the compatibility graphs based on semantic versioning. Buggy versions can be easily rolled back.

Out of the box, Kaa allows tracking the current software version installed on the managed devices as well as defining potential update vectors. Each software version is represented in Kaa by a flexible descriptor that is delivered to the device as an instruction to perform an update. For example, common descriptor fields include the download URL, the new software version name, the file size, checksums, etc. With this information, the device can easily download the new software, validate its integrity using checksums, install, and report back success.

SPIA's flagship product, i4 Suite, makes industrial data available for the right people at the right time, securely. We are ambassadors of Hybrid IIoT where our customers can mix and build cloud and edge components to arrive at an optimum IIoT System Architecture. i4 Suite is the Simplest Hybrid IIoT Platform ever built. i4 Suite is a highly customized Solution Building Platform, which can be used to build projects and applications by Automation System Integrators, with minimum knowledge of programming and IT Systems, who are domain experts in their area,

Siveco, China's eminent maintenance consultancy, has decided to open its bluehoney online training platform, used in-house since 2012, to all maintenance professional in China. The first course covers the "5 Steps to Maintenance", with one introductory module and 5 lessons aligned with the ISO 55000 Asset Management standard.


Features:

Covers the fundamentals of maintenance and asset management, in line with ISO 55000, and the equivalent Chinese standard GB/T 33172 in a systematic, practical manner, adapted to Chinese realities.

100% in Chinese language, designed for China by local and international experts with a long Chinese experience: this is not a translated course without relevance.

State-of-the-art online learning platform, accessible even on mobile phones, self-paced according to each learner's time constraints.

For managers, a powerful tool to ensure your personnel, old and new, across sites, have acquired the fundamental knowledge required.

Transferring data. Hosting applications. Interfacing with third-party systems. Now you have a communication and application management platform designed for the harsh railroad environment. Get ready to make every aspect of your operation work smarter.


GoLINC is an industry-tested network, communication and application management platform for the railroad environment. It is a mobile data center that provides robust processing, wireless communication, networking, video and data storage. GoLINC interfaces with both locomotive and third-party systems to make data available, and features onboard wireless capability for easier data transfer.

FunctionalityProper data modeling and filtering means clean data inputs for your analytics, making it possible to extract the full value from your data. Strandz ensures that the data in your IoT system is clean and ready for consumption by your business intelligence tools and data scientists. From the device all the way through to the enterprise backend, authentication, validation, and security are critical. Policy driven Role Based Access Control (RBAC), data point level encryption, and data point level trust are seminal design elements to a Strandz based IoT solution, not bolt on after thoughts. The modular nature of the platform and data model allows for graceful evolution of the system over time. Technology agnosticism around device, protocol, network, OS, programming language, datastore technology, and IAAS cloud ensure a resilient system.

NavVis brings all-in-one reality capture to even the largest indoor environments. The NavVis M6 indoor mobile mapping system is designed for large-scale scanning projects where data quality matters. You can now automatically capture point clouds, 360° immersive imagery, and sensor data at the speed of walking through a building:

Scan up to 30x faster than with stationary scanners and devices

Capture up to 30,000 square meters per day

Adapt to complex indoor environments while continuously scanning

 

Fast data capture does not have to mean compromising on quality. The NavVis M6 combines a mobile LiDAR system with our innovative mapping software to facilitate survey-grade scans. At the same time, the multi-camera head captures dense 360° imagery:

All-in-one capture: photorealistic point clouds, 360° imagery, Bluetooth beacons, Wifi signals, magnetic field data

6D SLAM: The M6 accurately maps changes in elevation and uneven surfaces in 6 degrees-of-freedom

High accuracy and low drift: The new 6D SLAM system includes our renowned Precision SLAM technology to reduce drift error

 

NavVis improves scanning by making it faster and easier to capture indoor data. A single operator can transport, assemble, and scan with M6.  The integrated workflow from device setup to data publishing results in faster turnaround and less time spent scanning:

Easy to assemble and can be transported in a hatchback

Integrated workflow from device set up to data publishing

Optional ground control points are compatible with the NavVis workflow

zenon is ergonomic, both for the engineer and for the end user. The engineering environment is flexible and can be used for a wide range of applications. The principle of “setting parameters instead of programming” helps engineers to configure projects quickly and without errors. Complex functions for comprehensive projects are supplied out-of-the-box to create intuitive and robust applications. Users can thereby contribute to increased flexibility and efficiency with zenon.
  • Connectivity

The Kaa platform supports lightweight IoT protocols for device connection, such as MQTT and CoAP. Kaa is transport-agnostic and may support any open IoT protocol. The platform allows building applications that function over any type of network connection, either persistent or intermittent. You may choose one of the existing transport protocol implementations that come with Kaa, or create custom-tailored transports and plug them into your system. MQTT is the default protocol used by Kaa.

  • Device management

Kaa provides a register of digital twins, which represent things, devices, and other entities managed by the platform. Kaa also allows you to store device attributes, which provide more detailed information about any characteristic of the device. Examples of such attributes could be serial number, MAC address, location, software version, etc. In addition to simple data types, attributes can contain more complex, structured objects, such as a list of connected peripherals and their properties.

Furthermore, you can construct filters based on the device attributes to segment your device population into individually managed groups. In Kaa, filters get automatically re-evaluated whenever the device attributes change.

  • Data collection

Out of the box, Kaa provides an easy to use protocol for collecting data from connected devices. This protocol ensures reliable data delivery with response codes, which indicate the result of data processing by the platform. Once received by the platform, the device data can be dispatched to multiple processing pipelines. In case there is any error in the middle of processing, disk crash, or processor overload, the device is notified of that. As a result, the device always knows whether the submitted data is safe to delete or should be resent.

  • Data processing and analytics

Kaa gives you a lot of freedom in processing of collected data. The platform features data collection adapters that allow sending data to various databases or data analytics systems. Owing to a highly modular architecture of Kaa, a new integration requires minimum effort to modify an existing adapter or create your own.

  • Data visualization

The data visualization component of Kaa comprises a rich set of widgets, such as gauges, charts, maps, tables, etc. You can use these widgets to visualize different types of data, whether telemetry, statistics, geolocation, metadata, or other—both historical and current. All widgets are configurable and allow you to change their data sources as well as visual representation. To address special use cases, Kaa visualization component allows you to easily plug in custom widgets.

Besides data visualization, widgets allow you to interact with devices by sending commands, changing configuration and metadata, etc.

  • Configuration management

Configuration management is essential for controlling the device behavior, managing data processing parameters, edge analytics, feature flagging, and other functions. The Kaa platform allows you to implement all of this functionality by providing the configuration management feature that works with arbitrary data structures. Thus, you can apply the configuration data that is as simple as a set of key-values or as complex as nested objects. Since IoT devices might not be constantly connected, Kaa tracks already applied configuration data as well as pending delivery.

  • Command execution

Command execution is the Kaa platform feature that allows you to deliver messages with the arbitrary payload to connected devices, execute commands, and receive near-real time responses.

Kaa implements the two-way communication that allows devices to send a response back to the server. The caller can wait for the response either synchronously or asynchronously. For lightweight commands you may go with the synchronous option meaning that the caller will be put on hold until the command execution result is delivered. For the resource-consuming commands you may choose the asynchronous option, which enables the platform to notify the caller about the command execution result.

  • Over the air updates

Kaa allows you to reliably deliver software updates by utilizing the confirmation response codes sent by devices upon the update result. Another valuable feature is the ability to define the software update path by using the compatibility graphs based on semantic versioning. Buggy versions can be easily rolled back.

Out of the box, Kaa allows tracking the current software version installed on the managed devices as well as defining potential update vectors. Each software version is represented in Kaa by a flexible descriptor that is delivered to the device as an instruction to perform an update. For example, common descriptor fields include the download URL, the new software version name, the file size, checksums, etc. With this information, the device can easily download the new software, validate its integrity using checksums, install, and report back success.

Features:

Covers the fundamentals of maintenance and asset management, in line with ISO 55000, and the equivalent Chinese standard GB/T 33172 in a systematic, practical manner, adapted to Chinese realities.

100% in Chinese language, designed for China by local and international experts with a long Chinese experience: this is not a translated course without relevance.

State-of-the-art online learning platform, accessible even on mobile phones, self-paced according to each learner's time constraints.

For managers, a powerful tool to ensure your personnel, old and new, across sites, have acquired the fundamental knowledge required.

GoLINC is an industry-tested network, communication and application management platform for the railroad environment. It is a mobile data center that provides robust processing, wireless communication, networking, video and data storage. GoLINC interfaces with both locomotive and third-party systems to make data available, and features onboard wireless capability for easier data transfer.

Supporting Files

Localization
Countries
Albania
Argentina
Armenia
Australia
Austria
Belarus
Belgium
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Canada
China
Croatia
Denmark
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Finland
France
Georgia
Germany
Greece
Hungary
Iceland
Ireland
Israel
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Kazakstan
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Lebanon
Lithuania
Luxembourg
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Malta
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Netherlands
New Zealand
Norway
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Philippines
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Romania
Russia
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Serbia
Singapore
Slovakia
Slovenia
Australia
Canada
India
Japan
United Kingdom
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LanguagesEnglishChinese (simplified)
English
German
Italian
Korean
Spanish
English

Support
PhoneFree
Paid
PaidPaidPaid
EmailPaidPaidFreePaidFreeFree
FAQ / Q&AFreeFree
Live ChatFree
Forum CommunityFree
Social MediaFreeFreeFreeFreeFree
Video Tutorial / WebinarFreeFree

Pricing
Price Level Indicator1 - Price Leader5 - Premium1 - Price Leader
Price Range
Price MethodUser based - one time license fee
User based - subscription
Free Version
Free Trial
Integration Support Available
Entry-level Setup Fee0

Industries
Heavy Vehicle
Automotive
Transportation
Energy
Construction & Buildings
Equipment & Machinery
Mining
Chemicals
Other

Functions
Discrete Manufacturing
Process Manufacturing
Maintenance
Logistics & Warehousing
Product Development
Quality Assurance
Other

Overview
ImageBright Wolf Strandz Enterprise IoT Application PlatformNavVis M6 Indoor Mobile Mapping SystemzenonKaa Enterprise IoT Platformi4 SuitebluehoneyGoLINC
Verified Vendor
Software CategoryApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement PlatformApplication Enablement Platform
Use CasesAsset Health Management (AHM)Machine Condition MonitoringManufacturing System AutomationPredictive Maintenance (PdM)Process Control & Optimization (PCO)Structural Health Monitoring (SHM)Asset Health Management (AHM)Building Energy Management System (BEMS)Edge Computing | Edge IntelligenceFactory Operations Visibility & Intelligence Intelligent Urban Water Supply ManagementPredictive Maintenance (PdM)Water Quality and Leakage Monitoring
Operating SystemsWeb Browser (OS agnostic)LinuxAndroid
Mac
Linux
Web Browser (OS agnostic)
Windows
Linux
Web Browser (OS agnostic)
Windows
Web Browser (OS agnostic)WindowsWeb Browser (OS agnostic)
Deployment Type
Installed
Mobile
InstalledSaaS (web based)Installed
Mobile
SaaS (web based)
SaaS (web based)Installed
SaaS (web based)
SaaS (web based)
License TypeSubscriptionOpen SourceSubscriptionSubscriptionSubscriptionOne Time Purchase
Launch (1st gen)2009-03-01 00:00:001987-09-01 00:00:0020142018-04-01 00:00:002012
Last Update2018-02-01 00:00:002017-03-01 00:00:0020182019-10-01 00:00:00
Latest Versionzenon 7.60
Watch Demo Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Product Website Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Installation Guide Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Technical Support Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab Open in new tab
Youtube Video IDp7sW-LnITvgwL5vXuD-3nwwL5vXuD-3nwwL5vXuD-3nwBoX4sisjtkY,9E1KDfTc_oA
Overview
The Bright Wolf Strandz Enterprise Application IoT Platform is a set of pre-built modules incorporating insights and expertise from Industrial Controls, Transportation, Healthcare, Cold Chain Systems, Fluid Management, Agriculture, Heavy Equipment, Energy, and others. This diverse experience has yielded a modular, scalable, and secure platform running on Microsoft Azure, AWS, and Google Cloud Platform, designed for change and longevity and optimized for developing industrial grade IoT applications.
Proper data modeling and filtering means clean data inputs for your analytics, making it possible to extract the full value from your data. Strandz ensures that the data in your IoT system is clean and ready for consumption by your business intelligence tools and data scientists. From the device all the way through to the enterprise backend, authentication, validation, and security are critical. Policy driven Role Based Access Control (RBAC), data point level encryption, and data point level trust are seminal design elements to a Strandz based IoT solution, not bolt on after thoughts. The modular nature of the platform and data model allows for graceful evolution of the system over time. Technology agnosticism around device, protocol, network, OS, programming language, datastore technology, and IAAS cloud ensure a resilient system.

EpiData IoT Data Science Platform is an open-source product that combines the key capabilities of an IoT platform and a Data Science platform. It enables rapid development and deployment of AI/ML models for smart industrial solutions including energy management and smart manufacturing.

NEXT-GENERATION REALITY CAPTURE

Fast, all-in-one mobile scanning captures 360° immersive imagery and point clouds without compromising data quality.

Find out how the NavVis M6 mobile mapping system can change the way you capture indoor environments. Designed for speed, usability and accuracy, the M6 can quickly capture even the most complex indoor environments. M6 is an all-in-one mobile mapping system that lets you capture reality without compromising on accuracy.


NavVis brings all-in-one reality capture to even the largest indoor environments. The NavVis M6 indoor mobile mapping system is designed for large-scale scanning projects where data quality matters. You can now automatically capture point clouds, 360° immersive imagery, and sensor data at the speed of walking through a building:

Scan up to 30x faster than with stationary scanners and devices

Capture up to 30,000 square meters per day

Adapt to complex indoor environments while continuously scanning

 

Fast data capture does not have to mean compromising on quality. The NavVis M6 combines a mobile LiDAR system with our innovative mapping software to facilitate survey-grade scans. At the same time, the multi-camera head captures dense 360° imagery:

All-in-one capture: photorealistic point clouds, 360° imagery, Bluetooth beacons, Wifi signals, magnetic field data

6D SLAM: The M6 accurately maps changes in elevation and uneven surfaces in 6 degrees-of-freedom

High accuracy and low drift: The new 6D SLAM system includes our renowned Precision SLAM technology to reduce drift error

 

NavVis improves scanning by making it faster and easier to capture indoor data. A single operator can transport, assemble, and scan with M6.  The integrated workflow from device setup to data publishing results in faster turnaround and less time spent scanning:

Easy to assemble and can be transported in a hatchback

Integrated workflow from device set up to data publishing

Optional ground control points are compatible with the NavVis workflow

zenon is a software system from COPA-DATA for industrial automation and the energy industry. Machines and equipment are controlled, monitored and optimized. zenon’s particular strength is open and reliable communication in heterogeneous production facilities. Open interfaces and over 300 native drivers and communication protocols support the horizontal and vertical integration. This allows for continuous implementation of the Industrial IoT and the Smart Factory. Projects with zenon are highly scalable.
zenon is ergonomic, both for the engineer and for the end user. The engineering environment is flexible and can be used for a wide range of applications. The principle of “setting parameters instead of programming” helps engineers to configure projects quickly and without errors. Complex functions for comprehensive projects are supplied out-of-the-box to create intuitive and robust applications. Users can thereby contribute to increased flexibility and efficiency with zenon.

Kaa is an IoT enablement technology applicable for any scale of enterprise IoT development. It provides a range of features that allow developers to build advanced applications for smart products, flexibly manage their device ecosystems, orchestrate end-to-end data processing, and many more. With Kaa, you can create your IoT applications up to 10 times faster than before.


  • Connectivity

The Kaa platform supports lightweight IoT protocols for device connection, such as MQTT and CoAP. Kaa is transport-agnostic and may support any open IoT protocol. The platform allows building applications that function over any type of network connection, either persistent or intermittent. You may choose one of the existing transport protocol implementations that come with Kaa, or create custom-tailored transports and plug them into your system. MQTT is the default protocol used by Kaa.

  • Device management

Kaa provides a register of digital twins, which represent things, devices, and other entities managed by the platform. Kaa also allows you to store device attributes, which provide more detailed information about any characteristic of the device. Examples of such attributes could be serial number, MAC address, location, software version, etc. In addition to simple data types, attributes can contain more complex, structured objects, such as a list of connected peripherals and their properties.

Furthermore, you can construct filters based on the device attributes to segment your device population into individually managed groups. In Kaa, filters get automatically re-evaluated whenever the device attributes change.

  • Data collection

Out of the box, Kaa provides an easy to use protocol for collecting data from connected devices. This protocol ensures reliable data delivery with response codes, which indicate the result of data processing by the platform. Once received by the platform, the device data can be dispatched to multiple processing pipelines. In case there is any error in the middle of processing, disk crash, or processor overload, the device is notified of that. As a result, the device always knows whether the submitted data is safe to delete or should be resent.

  • Data processing and analytics

Kaa gives you a lot of freedom in processing of collected data. The platform features data collection adapters that allow sending data to various databases or data analytics systems. Owing to a highly modular architecture of Kaa, a new integration requires minimum effort to modify an existing adapter or create your own.

  • Data visualization

The data visualization component of Kaa comprises a rich set of widgets, such as gauges, charts, maps, tables, etc. You can use these widgets to visualize different types of data, whether telemetry, statistics, geolocation, metadata, or other—both historical and current. All widgets are configurable and allow you to change their data sources as well as visual representation. To address special use cases, Kaa visualization component allows you to easily plug in custom widgets.

Besides data visualization, widgets allow you to interact with devices by sending commands, changing configuration and metadata, etc.

  • Configuration management

Configuration management is essential for controlling the device behavior, managing data processing parameters, edge analytics, feature flagging, and other functions. The Kaa platform allows you to implement all of this functionality by providing the configuration management feature that works with arbitrary data structures. Thus, you can apply the configuration data that is as simple as a set of key-values or as complex as nested objects. Since IoT devices might not be constantly connected, Kaa tracks already applied configuration data as well as pending delivery.

  • Command execution

Command execution is the Kaa platform feature that allows you to deliver messages with the arbitrary payload to connected devices, execute commands, and receive near-real time responses.

Kaa implements the two-way communication that allows devices to send a response back to the server. The caller can wait for the response either synchronously or asynchronously. For lightweight commands you may go with the synchronous option meaning that the caller will be put on hold until the command execution result is delivered. For the resource-consuming commands you may choose the asynchronous option, which enables the platform to notify the caller about the command execution result.

  • Over the air updates

Kaa allows you to reliably deliver software updates by utilizing the confirmation response codes sent by devices upon the update result. Another valuable feature is the ability to define the software update path by using the compatibility graphs based on semantic versioning. Buggy versions can be easily rolled back.

Out of the box, Kaa allows tracking the current software version installed on the managed devices as well as defining potential update vectors. Each software version is represented in Kaa by a flexible descriptor that is delivered to the device as an instruction to perform an update. For example, common descriptor fields include the download URL, the new software version name, the file size, checksums, etc. With this information, the device can easily download the new software, validate its integrity using checksums, install, and report back success.

SPIA's flagship product, i4 Suite, makes industrial data available for the right people at the right time, securely. We are ambassadors of Hybrid IIoT where our customers can mix and build cloud and edge components to arrive at an optimum IIoT System Architecture. i4 Suite is the Simplest Hybrid IIoT Platform ever built. i4 Suite is a highly customized Solution Building Platform, which can be used to build projects and applications by Automation System Integrators, with minimum knowledge of programming and IT Systems, who are domain experts in their area,

Siveco, China's eminent maintenance consultancy, has decided to open its bluehoney online training platform, used in-house since 2012, to all maintenance professional in China. The first course covers the "5 Steps to Maintenance", with one introductory module and 5 lessons aligned with the ISO 55000 Asset Management standard.


Features:

Covers the fundamentals of maintenance and asset management, in line with ISO 55000, and the equivalent Chinese standard GB/T 33172 in a systematic, practical manner, adapted to Chinese realities.

100% in Chinese language, designed for China by local and international experts with a long Chinese experience: this is not a translated course without relevance.

State-of-the-art online learning platform, accessible even on mobile phones, self-paced according to each learner's time constraints.

For managers, a powerful tool to ensure your personnel, old and new, across sites, have acquired the fundamental knowledge required.

Transferring data. Hosting applications. Interfacing with third-party systems. Now you have a communication and application management platform designed for the harsh railroad environment. Get ready to make every aspect of your operation work smarter.


GoLINC is an industry-tested network, communication and application management platform for the railroad environment. It is a mobile data center that provides robust processing, wireless communication, networking, video and data storage. GoLINC interfaces with both locomotive and third-party systems to make data available, and features onboard wireless capability for easier data transfer.

FunctionalityProper data modeling and filtering means clean data inputs for your analytics, making it possible to extract the full value from your data. Strandz ensures that the data in your IoT system is clean and ready for consumption by your business intelligence tools and data scientists. From the device all the way through to the enterprise backend, authentication, validation, and security are critical. Policy driven Role Based Access Control (RBAC), data point level encryption, and data point level trust are seminal design elements to a Strandz based IoT solution, not bolt on after thoughts. The modular nature of the platform and data model allows for graceful evolution of the system over time. Technology agnosticism around device, protocol, network, OS, programming language, datastore technology, and IAAS cloud ensure a resilient system.

NavVis brings all-in-one reality capture to even the largest indoor environments. The NavVis M6 indoor mobile mapping system is designed for large-scale scanning projects where data quality matters. You can now automatically capture point clouds, 360° immersive imagery, and sensor data at the speed of walking through a building:

Scan up to 30x faster than with stationary scanners and devices

Capture up to 30,000 square meters per day

Adapt to complex indoor environments while continuously scanning

 

Fast data capture does not have to mean compromising on quality. The NavVis M6 combines a mobile LiDAR system with our innovative mapping software to facilitate survey-grade scans. At the same time, the multi-camera head captures dense 360° imagery:

All-in-one capture: photorealistic point clouds, 360° imagery, Bluetooth beacons, Wifi signals, magnetic field data

6D SLAM: The M6 accurately maps changes in elevation and uneven surfaces in 6 degrees-of-freedom

High accuracy and low drift: The new 6D SLAM system includes our renowned Precision SLAM technology to reduce drift error

 

NavVis improves scanning by making it faster and easier to capture indoor data. A single operator can transport, assemble, and scan with M6.  The integrated workflow from device setup to data publishing results in faster turnaround and less time spent scanning:

Easy to assemble and can be transported in a hatchback

Integrated workflow from device set up to data publishing

Optional ground control points are compatible with the NavVis workflow

zenon is ergonomic, both for the engineer and for the end user. The engineering environment is flexible and can be used for a wide range of applications. The principle of “setting parameters instead of programming” helps engineers to configure projects quickly and without errors. Complex functions for comprehensive projects are supplied out-of-the-box to create intuitive and robust applications. Users can thereby contribute to increased flexibility and efficiency with zenon.
  • Connectivity

The Kaa platform supports lightweight IoT protocols for device connection, such as MQTT and CoAP. Kaa is transport-agnostic and may support any open IoT protocol. The platform allows building applications that function over any type of network connection, either persistent or intermittent. You may choose one of the existing transport protocol implementations that come with Kaa, or create custom-tailored transports and plug them into your system. MQTT is the default protocol used by Kaa.

  • Device management

Kaa provides a register of digital twins, which represent things, devices, and other entities managed by the platform. Kaa also allows you to store device attributes, which provide more detailed information about any characteristic of the device. Examples of such attributes could be serial number, MAC address, location, software version, etc. In addition to simple data types, attributes can contain more complex, structured objects, such as a list of connected peripherals and their properties.

Furthermore, you can construct filters based on the device attributes to segment your device population into individually managed groups. In Kaa, filters get automatically re-evaluated whenever the device attributes change.

  • Data collection

Out of the box, Kaa provides an easy to use protocol for collecting data from connected devices. This protocol ensures reliable data delivery with response codes, which indicate the result of data processing by the platform. Once received by the platform, the device data can be dispatched to multiple processing pipelines. In case there is any error in the middle of processing, disk crash, or processor overload, the device is notified of that. As a result, the device always knows whether the submitted data is safe to delete or should be resent.

  • Data processing and analytics

Kaa gives you a lot of freedom in processing of collected data. The platform features data collection adapters that allow sending data to various databases or data analytics systems. Owing to a highly modular architecture of Kaa, a new integration requires minimum effort to modify an existing adapter or create your own.

  • Data visualization

The data visualization component of Kaa comprises a rich set of widgets, such as gauges, charts, maps, tables, etc. You can use these widgets to visualize different types of data, whether telemetry, statistics, geolocation, metadata, or other—both historical and current. All widgets are configurable and allow you to change their data sources as well as visual representation. To address special use cases, Kaa visualization component allows you to easily plug in custom widgets.

Besides data visualization, widgets allow you to interact with devices by sending commands, changing configuration and metadata, etc.

  • Configuration management

Configuration management is essential for controlling the device behavior, managing data processing parameters, edge analytics, feature flagging, and other functions. The Kaa platform allows you to implement all of this functionality by providing the configuration management feature that works with arbitrary data structures. Thus, you can apply the configuration data that is as simple as a set of key-values or as complex as nested objects. Since IoT devices might not be constantly connected, Kaa tracks already applied configuration data as well as pending delivery.

  • Command execution

Command execution is the Kaa platform feature that allows you to deliver messages with the arbitrary payload to connected devices, execute commands, and receive near-real time responses.

Kaa implements the two-way communication that allows devices to send a response back to the server. The caller can wait for the response either synchronously or asynchronously. For lightweight commands you may go with the synchronous option meaning that the caller will be put on hold until the command execution result is delivered. For the resource-consuming commands you may choose the asynchronous option, which enables the platform to notify the caller about the command execution result.

  • Over the air updates

Kaa allows you to reliably deliver software updates by utilizing the confirmation response codes sent by devices upon the update result. Another valuable feature is the ability to define the software update path by using the compatibility graphs based on semantic versioning. Buggy versions can be easily rolled back.

Out of the box, Kaa allows tracking the current software version installed on the managed devices as well as defining potential update vectors. Each software version is represented in Kaa by a flexible descriptor that is delivered to the device as an instruction to perform an update. For example, common descriptor fields include the download URL, the new software version name, the file size, checksums, etc. With this information, the device can easily download the new software, validate its integrity using checksums, install, and report back success.

Features:

Covers the fundamentals of maintenance and asset management, in line with ISO 55000, and the equivalent Chinese standard GB/T 33172 in a systematic, practical manner, adapted to Chinese realities.

100% in Chinese language, designed for China by local and international experts with a long Chinese experience: this is not a translated course without relevance.

State-of-the-art online learning platform, accessible even on mobile phones, self-paced according to each learner's time constraints.

For managers, a powerful tool to ensure your personnel, old and new, across sites, have acquired the fundamental knowledge required.

GoLINC is an industry-tested network, communication and application management platform for the railroad environment. It is a mobile data center that provides robust processing, wireless communication, networking, video and data storage. GoLINC interfaces with both locomotive and third-party systems to make data available, and features onboard wireless capability for easier data transfer.

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