Debugging MQTT Client Communications With MQTT.fx and HiveMQ Cloud
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Understanding and getting started with MQTT - the de-facto standard for IoT protocol - is easy. However, debugging MQTT client communications and exploring certain MQTT client behavior can sometimes be challenging, especially if you are new to MQTT. In this webinar, we show how to use MQTT.fx® for testing, simulating, and debugging MQTT communications with HiveMQ Cloud, and without writing any code. MQTT.fx®, made by Softblade GmbH, is an easy-to-use desktop application available for Windows and OS X. About the Speakers. Magi Erber is a product manager at HiveMQ. She loves creating software that delights customers and helps them realizing innovative IoT solutions. Jens Deters is Head of Professional Services at HiveMQ. To watch the webinar recording: https://www.hivemq.com/webinars/debugging-mqtt-client-communications-with-mqttfx-and-hivemq-cloud/
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Sparkplug Essentials articles: bit.ly/sparkplug-essentials
Here are some resources about groov RIO:
Explore groov RIO: bit.ly/groov-rio
Download groov RIO tech specs: bit.ly/groov-rio-data-sheet
Learn more about industrial MQTT: bit.ly/opto22-whitepaper
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Industrial Transformation simplified with MQTT
Software-Infrastrukturen modernisieren in der Produktion - Digitale Transform...
[GERMAN]
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Die digitale Transformation hat längst die Produktionshallen erreicht und verspricht revolutionäre Möglichkeiten in der Fertigung. Industrie 4.0 vernetzt alle am Produktionsprozess beteiligten Systeme. Damit steigt die Bedeutung von Standards, die einen systemübergreifenden Datenaustausch und eine reibungslose Maschine-zu-Maschine-Kommunikation gewährleisten.
In diesem Webinar werden die Probleme bei der Modernisierung von Software-Infrastrukturen in der Produktionsumgebung erörtert. Es werden gängige Architekturmuster vorgestellt, die moderne Fabriken verwenden, um die digitale Transformation in der Fabrik zu ermöglichen. MQTT wird dabei als Protokoll für die Verbindung von operativer Technik (OT-Systemen) und IT-Systemen verwendet. Außerdem wird die neue Sparkplug-Spezifikation vorgestellt, die Plug-and-Play-Interoperabilität zwischen IoT-Geräten und IoT-Anwendungen ermöglicht.
Erfahren Sie in dieser Webinaraufzeichnung:
Wie Automatisierungsdaten mit industriellen Messaging-Protokollen integriert werden,
Wie MQTT in einer unternehmenskritischen Echtzeitumgebung eingesetzt wird,
Wie Sie einen MQTT-Broker in der Cloud oder “on-premise” einsetzen und OT-Daten mit industriellen und business Anwendungen verbinden,
Wie Sparkplug die Datensilos in Ihrer Organisation aufbrechen und eine “Single Source of Truth” bereitstellen kann, die neue Anwendungen, wie Machine-Learning und KI, ermöglicht.
Webinar recording in German is available here: https://www.maschinenmarkt.vogel.de/software-infrastrukturen-modernisieren-in-der-produktion-w-43958/
A pure Java MQTT Stack for IoT
MQTT is by far the most popular Internet of Things protocol used in the largest professional IoT deployments worldwide. The protocol is so simple and versatile, that it can be used for private home automation projects as well as ultra-secure and highly scalable enterprise installations. This talk will show how a pure Java and open source technology stack can be used for IoT devices as well as backend applications for building next-generation IoT projects.
Testing the Scalability of a Robust IoT System with Confidence
Discovering scalability constraints of IoT of devices’ connectivity before production is challenging – especially in a massively distributed, ever-changing environment. Unlike application testing scenarios, IoT testing scenarios are difficult to replicate and simulate as IoT devices show multiple complex behavioral patterns.
HiveMQ Swarm IoT Testing tool solves the very challenge of testing the performance, scalability, and reliability of IoT solutions that use MQTT as its messaging backbone.
In this webinar, Ian Skerrett from HiveMQ introduced the powerful features of HiveMQ Swarm and presented how you can confidently identify constraints in your IoT system before it is deployed into production.
The highlight of the webinar was a live demo from Yannick Weber, who demonstrated how enterprises can leverage HiveMQ Swarm to evaluate the scalability of IoT systems with real use case scenarios.
About the Speakers.
Ian Skerrett is Vice President of Marketing at HiveMQ. He has over 25 years of experience in the software industry and is one of the top experts for creating open source strategies for enterprise software products. He was instrumental in creating the Eclipse IoT open source community with more than 15 different open source projects that provide the building blocks developers require for building IoT solutions. He is also a frequent speaker on IoT and MQTT.
Yannick Weber is a Software Engineer at HiveMQ, he works for the Tools and Extensions Team. Yannick is the maintainer of the HiveMQ Testcontainer.
To watch the webinar:
https://www.hivemq.com/webinars/testing-the-scalability-of-a-robust-iot-system-with-confidence/
Designing an Edge to Cloud Architecture for IIoT
A key aspect of IIoT systems is moving data from the factory and factory equipment to the cloud so the factory data can be used for machine learning, predictive analytics, and integration into IT systems. Understanding how to design an architecture that moves data from the edge to the cloud in a reliable, scalable, and secure manner is critical to the success of IIoT deployments.
In this webinar, experts from Tatsoft and HiveMQ discussed the key components of a modern edge to cloud IIoT architecture and identified key challenges to its implementation. During the session, Marc Taccolini demonstrated how Tatsoft’s FrameworX combined with HiveMQ is built to address some of the key technical challenges organizations face when building new IIoT applications.
We are very excited to announce that Tatsoft and HiveMQ have entered into a partnership to make HiveMQ available to Tatsoft customers. Together, both the companies will ensure the customers receive world-class support and products for their IIoT deployments.
About the Speakers.
Ian Skerrett is Vice President of Marketing at HiveMQ. He has over 25 years of experience in the software industry and is one of the top experts for creating Open Source Strategies for enterprise software products. He was instrumental in creating the Eclipse IoT open source community with more than 15 different open source projects that provide the building blocks developers require for building IoT solutions. He is also a frequent speaker on IoT and MQTT.
Marc Taccolini is founder and CTO of Tatsoft.
To watch the webinar recording: https://www.hivemq.com/webinars/designing-an-edge-to-cloud-architecture-for-iiot/
More Related Content
Similar to Debugging MQTT Client Communications With MQTT.fx and HiveMQ Cloud
HiveMQ + Kafka: The ideal solution for IoT MQTT data integration
Many companies want to move MQTT data between IoT devices and Kafka clusters connected to back-end enterprise systems. However, connecting thousands or even millions of IoT devices over unreliable networks and providing end-to-end persistent messaging guarantees can create some challenges.
HiveMQ has created a solution that allows for easy bi-direction MQTT message flow between IoT devices and Kafka clusters.
This presentation describes the technical challenges of connecting IoT devices to Apache Kafka and how the HiveMQ Kafka solution solves these problems.
Simplified IoT Operations With HiveMQ and Datadog
In an IoT system, it’s typical to have a large number of clients publishing messages to an MQTT broker. The MQTT broker transmits the messages to a range of backend databases or processing pipelines at any given moment. For ensuring availability and performance, the full observability of the MQTT brokers is paramount.
With Datadog’s new HiveMQ integration, you can collect, visualize, and alert on key data including client connection activity and message throughput—correlated alongside metrics and events from all your other backend services.
In this webinar, Florian Raschbichler, Head of Support at HiveMQ, and Jimmy Caputo, Product Manager at Datadog, will demonstrate how Datadog can easily be used to monitor the activity of an IoT system based on HiveMQ.
About the Speakers.
Florian Raschbichler serves as the head of the HiveMQ support team with years of first-hand experience overcoming challenges in achieving reliable, scalable, and secure IoT messaging for enterprise customers.
Jimmy Caputo is product manager at Datadog.
To watch the webinar recording:
https://www.hivemq.com/webinars/simplified-iot-operations-with-hivemq-and-datadog/
Best Practices for Streaming Connected Car Data with MQTT & Kafka
Automotive organizations today are looking to stream Internet of Things (IoT) data generated from connected cars to Apache Kafka. However, connecting thousands or even millions of cars over unreliable networks can create architectural challenges.
In this session, Florian Raschbichler, Head of Support at HiveMQ, identifies and demonstrates the best practices for implementing a large-scale connected car platform that can stream MQTT messages to Kafka.
Key topics and takeaways:
- Why MQTT is the de-facto communications protocol for a scalable & reliable connected car platform
- Why Kafka is the most used data streaming and processing protocol in the enterprise backend
- How MQTT and Kafka work perfectly together to establish reliable IoT data streaming and processing
About the Speaker
Florian Raschbichler serves as the head of the HiveMQ support team with years of first-hand experience overcoming challenges in achieving reliable, scalable, and secure IoT messaging for enterprise customers.
To watch the webinar recording: https://www.hivemq.com/webinars/best-practices-for-streaming-connected-car-data-with-mqtt-and-kafka/
Io t meetup-detroit-mqtt-5
This are the slights from my talk at the IoT Meetup Detroit, talking about MQTT 5, what the best features are and why and when you need it for your IoT deployment.
MQTT 5: Why you need it and potential pitfalls
HiveMQ CTO Dominik Obermaier will present the new features of MQTT 5 and tell why you need them for your IoT project. Additionally, he will uncover the common pitfalls and show how MQTT deployments can be seamlessly upgraded to the new standard.
Don't miss your chance to learn why you should upgrade to MQTT 5!
Also available on Youtube: https://www.youtube.com/watch?v=Q8nQ2J27r0c
How to Stream IoT MQTT Messages Into the Azure Event Hubs Service
A key challenge for IoT use cases is how to integrate IoT data into the existing cloud platforms, creating a scalable and reliable 100% MQTT compliant solution. In this webinar, Matthias Hofschen, Senior Consultant with HiveMQ Professional services, discusses how to ingest IoT MQTT data into the Microsoft Azure IoT Cloud platform.
*** Context ***
Many cloud platforms provide machine learning services, analytics services, and storage services that can be leveraged for MQTT data. These same cloud platforms provide IoT services to ingest MQTT data which are unfortunately not MQTT compliant. For companies that want a 100% compliant MQTT solution, HiveMQ offers an alternative for ingesting MQTT data in cloud environments and integrating with cloud providers' data storage and analytics services. This webinar recording shows the options and challenges of ingesting MQTT data to the Azure cloud platform and shows how to deploy HiveMQ on Azure and stream the MQTT data into the Azure Event Hubs service.
About the Speaker.
Matthias works for HiveMQ Professional Services and supports HiveMQ customers to implement their IoT and MQTT use cases and architectures. He has been working on streaming architectures for many years and how to store, analyse and integrate data for different use-cases. Leveraging on his years of experience, he is helping HiveMQ customers build mission-critical solutions and solving their challenges.
To watch the webinar recording: https://www.hivemq.com/webinars/mqtt-on-microsoft-azure-hubs/
Modernizing the Manufacturing Industry with Kafka and MQTT
Industry 4.0 and smart manufacturing are driving the manufacturing industry to modernize their software infrastructure. The current infrastructure is costly to maintain, creates barriers to sharing data, difficult to integrate with other systems and is limiting corporations to new opportunities promised by Industry 4.0. A key challenge to modernizing a manufacturing infrastructure is how do you integrate old existing systems with new modern systems. Apache Kafka and MQTT are unique positioned to provide the core technology to enable modernization of the manufacturing industry.
This presentation will look at the unique business drivers for modernizing the manufacturing industry and how MQTT and Kafka can help make it a reality.
Machine to Machine Communication with Microsoft Azure IoT Edge & HiveMQ
Edge computing is becoming an important part of an IoT architecture. Microsoft’s IoT Edge runtime can manage different containers at the edge, including HiveMQ.
In this webinar, IoT and MQTT experts show the steps for deploying the HiveMQ broker on Microsoft Azure IoT Edge and then how to use HiveMQ to send MQTT messages to the cloud.
About the Speakers.
Christoph Schäbel -practical MQTT expert with multiple years of experience in the field. HiveMQ Core Developer. Has a background in scalable and reliable distributed systems and robotics.
Kresimir Galic - independent contractor with strong software engineering experience. Certified Azure Solutions Architect and a technical blogger.
To watch a webinar: https://www.hivemq.com/webinars/machine-to-machine-communication-with-microsoft-azure-iot-edge-and-hivemq/
MQTT AS A KEY TECHNOLOGY FOR INDUSTRY 4.0 & IIoT
MQTT - the lightweight ISO standard - has become one of the most important communication protocols for Industrial IoT. This presentation highlights why MQTT is one of the key technologies for IIoT and Industry 4.0. It shows what alternatives exist and how companies around the world successfully use MQTT.
How to Use InfluxDB to Visualize and Monitor MQTT Messages in an IIoT System
HiveMQ is an MQTT broker messaging platform built for fast, efficient and reliable movement of sensor data to and from connected IoT devices. IIoT systems can generate a tremendous amount of data that needs to be analyzed and visualized. MQTT is becoming the dominant protocol for transferring IIoT data from equipment to the cloud.
Discover how HiveMQ’s MQTT broker and InfluxDB can store time series data, using the MQTT protocol, for visualization and analysis. Learn how to use InfluxDB to monitor the metrics produced by operating HIveMQ.
MQTT 5 - Why You Need It and Potential Pitfalls
This webinar covers everything you need to know about MQTT 5.0, the latest release of the lightweight IoT messaging protocol. What are the new features of MQTT 5 and why do you need them for your IoT project? You will also see the common pitfalls and learn how existing MQTT deployments can be upgraded seamlessly to the new standard.
The speaker is Dominik Obermaier, CTO and co-founder of HiveMQ.
He is a member of the OASIS Technical Committee and is part of the standardization committee for MQTT 3.1.1 and MQTT 5. He is the co-author of the book 'The Technical Foundations of IoT' and a frequent speaker on IoT, MQTT, and messaging.
To watch the webinar recording: https://www.hivemq.com/webinars/mqtt-5-why-you-need-it-and-potential-pitfalls/
Inntroduction to MQTT Sparkplug with HiveMQ and Opto22
The recording of this webinar can be found here: https://www.youtube.com/watch?v=LTkpqw7NszE&feature=youtu.be
A key challenge of IIoT deployments is integrating and sharing data between different systems and services. Many IIoT architectures become a complex set of integrations between hardware devices and software services. Even with MQTT as the hub of an IIoT system, true interoperability can be difficult to achieve.
Sparkplug is an emerging new specification built on top of MQTT that aims to break down the data silos created by pairwise integrations commonly found in IIoT architectures. Where MQTT allows for IIoT systems to decouple operations data from specific applications, Sparkplug defines a common format for MQTT data exchange that promotes plug 'n play interoperability between hardware solutions and software solutions.
In this webcast, we will introduce the key concepts of MQTT Sparkplug and show how it can promote simplified IIoT architectures. We will also do a live demonstration that will showcase connecting industrial field devices to HiveMQ's MQTT broker using the Sparkplug client embedded in Opto 22’s groov RIO edge I/O and then visualize Sparkplug messages in an enterprise time-series database. In just 15 minutes we will demonstrate the simplicity of creating plug ’n play interoperability for IIoT solutions.
Here are some resources about Sparkplug:
Sparkplug Essentials articles: bit.ly/sparkplug-essentials
Here are some resources about groov RIO:
Explore groov RIO: bit.ly/groov-rio
Download groov RIO tech specs: bit.ly/groov-rio-data-sheet
Learn more about industrial MQTT: bit.ly/opto22-whitepaper
How mqtt 5 makes difficult io t use cases possible
Florian Raschbichler, Head of Support at HiveMQ, will cover:
➡️ The main features of #MQTT5
➡️ Real-life use cases around these MQTT 5 features
➡️ The importance of adopting MQTT 5 #IoT protocol in an ever-expanding connected world!
IoT Security Issues and MQTT
Survey after survey puts IoT security as a primary concern for enterprises. As IoT proliferation grows, vulnerabilities and attacks are also growing too.
As the defacto protocol for IoT, the MQTT standard has been consistently evolving and between version 3.1.1 and version 5, it has a large repertoire of security features which, if implemented well, can thwart many kinds of attacks including denial of service and man in the middle attacks.
Technical architects and IoT developers know that a solid security architecture for IoT will require encryption, authentication and authorization to run at scale. It is not an easy feat.
In this webinar, we discussed the key security features of the MQTT protocol and how those are further enhanced with the HiveMQ Enterprise Security Extension.
To watch the recording of this webinar, visit https://www.hivemq.com/webinars/iot-security-issues-and-mqtt/
Introduction to MQTT Sparkplug: Plug 'n Play Interoperability for IIoT
A key challenge of IIoT deployments is integrating and sharing data between different systems and services. Many IIoT architectures become a complex set of integrations between hardware devices and software services. Even with MQTT as the hub of an IIoT system, true interoperability can be difficult to achieve.
Sparkplug is an emerging new specification built on top of MQTT that aims to break down the data silos created by pairwise integrations commonly found in IIoT architectures. Where MQTT allows for IIoT systems to decouple operations data from specific applications, Sparkplug defines a common format for MQTT data exchange that promotes plug ‘n play interoperability between hardware solutions and software solutions.
In this webcast, we will introduce the key concepts of MQTT Sparkplug and show how it can promote simplified IIoT architectures. We will also do a live demonstration that will showcase connecting industrial field devices to HiveMQ’s MQTT broker using the Sparkplug client embedded in Opto 22’s groov RIO edge I/O and then visualize Sparkplug messages in an enterprise time-series database. In just 15 minutes we will demonstrate the simplicity of creating plug ’n play interoperability for IIoT solutions.
About the Speakers.
Dominik Obermaier is CTO and co-founder of HiveMQ. He is a member of the OASIS Technical Committee and is part of the standardization committee for MQTT 3.1.1 and MQTT 5. He is the co-author of the book 'The Technical Foundations of IoT' and a frequent speaker on IoT, MQTT, and messaging.
Benson Hougland is VP of Marketing & Product Strategy at Opto 22.
To watch the webinar recording: https://www.hivemq.com/webinars/introduction-to-mqtt-sparkplug-plugnplay-iiot-interoperability
How MQTT 5 Makes Difficult IoT Use Cases Possible
MQTT 5 is the most recent version of the MQTT specification. It includes many new features that are very useful for implementing specific IoT use cases. For example, Vehicle to Anything (V2X), Connected Cars, Smart Toll Booth, etc.
In this webinar, Florian Raschbichler, Head of Support at HiveMQ, covered some of the main features of MQTT 5, such as:
- Topic Aliases
- Shared Subscriptions
- Request / Response Pattern
- User Properties
- Session and Message Expiry
- Payload Type Descriptors
- Enhanced Authentication
Florian also illustrated some of the real-life IoT use cases that can be solved using these MQTT 5 features.
About the Speaker.
Florian Raschbichler serves as the head of the HiveMQ support team with years of first-hand experience overcoming challenges in achieving reliable, scalable, and secure IoT messaging for enterprise customers.
To watch the webinar recording:
https://www.hivemq.com/webinars/how-mqtt-5-makes-difficult-iot-use-cases-possible/
Back to Basics: An Introduction to MQTT
IoT is becoming more pervasive, and it is a crucial part of digital transformation initiatives across industries. Knowing the essential building blocks can help you in your journey.
The first step towards this journey is learning about the de-facto standard for IoT messaging, MQTT, which helps reliably connect devices and efficiently move data bidirectionally between them even in unreliable networks.
Here're the webinar slides where Mary Grygleski walks you through MQTT history, some of the key features of this lightweight IoT protocol, and how it can be used for several IoT and IIoT use cases.
About the Speaker.
Mary Grygleski is the Senior Developer Advocate at HiveMQ. Based out of Chicago, Mary is a Java Champion and President and Executive Board Member of the Chicago Java Users Group (CJUG). She is also co-organizers for the Data, Cloud and AI In Chicago, Chicago Cloud, and IBM Cloud Chicago meetup groups. She has extensive experience in product and application design, development, integration, and deployment experience, and specializes in Reactive Java, Open Source, and cloud-enabled distributed systems.
To watch the webinar recording:
https://www.hivemq.com/webinars/back-to-the-basics-an-introduction-to-mqtt/
Industrial transformation-simplified-with-mqtt-and-sparkplug
Industrial Transformation simplified with MQTT
Software-Infrastrukturen modernisieren in der Produktion - Digitale Transform...
[GERMAN]
Welche Probleme tauchen bei der Modernisierung von Software-Infrastrukturen in der Fertigungsindustrie auf, wie sehen gängige Architekturmuster moderner Fabriken aus und wie kann MQTT & Sparkplug helfen, operative Technik und IT-Systeme zu verbinden?
Die digitale Transformation hat längst die Produktionshallen erreicht und verspricht revolutionäre Möglichkeiten in der Fertigung. Industrie 4.0 vernetzt alle am Produktionsprozess beteiligten Systeme. Damit steigt die Bedeutung von Standards, die einen systemübergreifenden Datenaustausch und eine reibungslose Maschine-zu-Maschine-Kommunikation gewährleisten.
In diesem Webinar werden die Probleme bei der Modernisierung von Software-Infrastrukturen in der Produktionsumgebung erörtert. Es werden gängige Architekturmuster vorgestellt, die moderne Fabriken verwenden, um die digitale Transformation in der Fabrik zu ermöglichen. MQTT wird dabei als Protokoll für die Verbindung von operativer Technik (OT-Systemen) und IT-Systemen verwendet. Außerdem wird die neue Sparkplug-Spezifikation vorgestellt, die Plug-and-Play-Interoperabilität zwischen IoT-Geräten und IoT-Anwendungen ermöglicht.
Erfahren Sie in dieser Webinaraufzeichnung:
Wie Automatisierungsdaten mit industriellen Messaging-Protokollen integriert werden,
Wie MQTT in einer unternehmenskritischen Echtzeitumgebung eingesetzt wird,
Wie Sie einen MQTT-Broker in der Cloud oder “on-premise” einsetzen und OT-Daten mit industriellen und business Anwendungen verbinden,
Wie Sparkplug die Datensilos in Ihrer Organisation aufbrechen und eine “Single Source of Truth” bereitstellen kann, die neue Anwendungen, wie Machine-Learning und KI, ermöglicht.
Webinar recording in German is available here: https://www.maschinenmarkt.vogel.de/software-infrastrukturen-modernisieren-in-der-produktion-w-43958/
A pure Java MQTT Stack for IoT
MQTT is by far the most popular Internet of Things protocol used in the largest professional IoT deployments worldwide. The protocol is so simple and versatile, that it can be used for private home automation projects as well as ultra-secure and highly scalable enterprise installations. This talk will show how a pure Java and open source technology stack can be used for IoT devices as well as backend applications for building next-generation IoT projects.
Similar to Debugging MQTT Client Communications With MQTT.fx and HiveMQ Cloud (20)
HiveMQ + Kafka: The ideal solution for IoT MQTT data integration
HiveMQ + Kafka: The ideal solution for IoT MQTT data integration
Best Practices for Streaming Connected Car Data with MQTT & Kafka
Best Practices for Streaming Connected Car Data with MQTT & Kafka
How to Stream IoT MQTT Messages Into the Azure Event Hubs Service
How to Stream IoT MQTT Messages Into the Azure Event Hubs Service
Modernizing the Manufacturing Industry with Kafka and MQTT
Modernizing the Manufacturing Industry with Kafka and MQTT
Machine to Machine Communication with Microsoft Azure IoT Edge & HiveMQ
Machine to Machine Communication with Microsoft Azure IoT Edge & HiveMQ
How to Use InfluxDB to Visualize and Monitor MQTT Messages in an IIoT System
How to Use InfluxDB to Visualize and Monitor MQTT Messages in an IIoT System
Inntroduction to MQTT Sparkplug with HiveMQ and Opto22
Inntroduction to MQTT Sparkplug with HiveMQ and Opto22
How mqtt 5 makes difficult io t use cases possible
How mqtt 5 makes difficult io t use cases possible
Introduction to MQTT Sparkplug: Plug 'n Play Interoperability for IIoT
Introduction to MQTT Sparkplug: Plug 'n Play Interoperability for IIoT
Industrial transformation-simplified-with-mqtt-and-sparkplug
Industrial transformation-simplified-with-mqtt-and-sparkplug
Software-Infrastrukturen modernisieren in der Produktion - Digitale Transform...
Software-Infrastrukturen modernisieren in der Produktion - Digitale Transform...
More from HiveMQ
Testing the Scalability of a Robust IoT System with Confidence
Discovering scalability constraints of IoT of devices’ connectivity before production is challenging – especially in a massively distributed, ever-changing environment. Unlike application testing scenarios, IoT testing scenarios are difficult to replicate and simulate as IoT devices show multiple complex behavioral patterns.
HiveMQ Swarm IoT Testing tool solves the very challenge of testing the performance, scalability, and reliability of IoT solutions that use MQTT as its messaging backbone.
In this webinar, Ian Skerrett from HiveMQ introduced the powerful features of HiveMQ Swarm and presented how you can confidently identify constraints in your IoT system before it is deployed into production.
The highlight of the webinar was a live demo from Yannick Weber, who demonstrated how enterprises can leverage HiveMQ Swarm to evaluate the scalability of IoT systems with real use case scenarios.
About the Speakers.
Ian Skerrett is Vice President of Marketing at HiveMQ. He has over 25 years of experience in the software industry and is one of the top experts for creating open source strategies for enterprise software products. He was instrumental in creating the Eclipse IoT open source community with more than 15 different open source projects that provide the building blocks developers require for building IoT solutions. He is also a frequent speaker on IoT and MQTT.
Yannick Weber is a Software Engineer at HiveMQ, he works for the Tools and Extensions Team. Yannick is the maintainer of the HiveMQ Testcontainer.
To watch the webinar:
https://www.hivemq.com/webinars/testing-the-scalability-of-a-robust-iot-system-with-confidence/
Designing an Edge to Cloud Architecture for IIoT
A key aspect of IIoT systems is moving data from the factory and factory equipment to the cloud so the factory data can be used for machine learning, predictive analytics, and integration into IT systems. Understanding how to design an architecture that moves data from the edge to the cloud in a reliable, scalable, and secure manner is critical to the success of IIoT deployments.
In this webinar, experts from Tatsoft and HiveMQ discussed the key components of a modern edge to cloud IIoT architecture and identified key challenges to its implementation. During the session, Marc Taccolini demonstrated how Tatsoft’s FrameworX combined with HiveMQ is built to address some of the key technical challenges organizations face when building new IIoT applications.
We are very excited to announce that Tatsoft and HiveMQ have entered into a partnership to make HiveMQ available to Tatsoft customers. Together, both the companies will ensure the customers receive world-class support and products for their IIoT deployments.
About the Speakers.
Ian Skerrett is Vice President of Marketing at HiveMQ. He has over 25 years of experience in the software industry and is one of the top experts for creating Open Source Strategies for enterprise software products. He was instrumental in creating the Eclipse IoT open source community with more than 15 different open source projects that provide the building blocks developers require for building IoT solutions. He is also a frequent speaker on IoT and MQTT.
Marc Taccolini is founder and CTO of Tatsoft.
To watch the webinar recording: https://www.hivemq.com/webinars/designing-an-edge-to-cloud-architecture-for-iiot/
What's New in HiveMQ [Inside the Upcoming HiveMQ 4.7 Release]
Here at HiveMQ, we continue to enhance our MQTT platform. HiveMQ 4.7 was released on September 14th, 2021. To show the benefits of upgrading to HiveMQ 4.7, we had a special edition webinar where Dominik Obermaier, CTO and co-founder of HiveMQ, and Georg Held, Engineering Manager at HiveMQ, showcase the new features of HiveMQ 4.7.
Some of the highlights of this release included:
Improvements to Cloud-Native Operations: With HiveMQ 4.7, it is easier to operate HiveMQ on cloud platforms. This release introduces machine-readable logs that allow out-of-box integration with popular log systems, like Splunk, Elastic, Loki, etc. HiveMQ 4.7 also includes a number of improvements to the HiveMQ Kubernetes Operator for more flexible deployments and enhanced security.
Improved Enterprise Security: HiveMQ 4.7 includes a number of security features, including integration of HiveMQ Control Center with single sign-on providers and upgrades to the HiveMQ Enterprise Security Extension (ESE) to include file based authorization.
Major Upgrades to HiveMQ Swarm MQTT load testing tool: The HiveMQ 4.7 includes an improved Swarm tool, which has support for WebSockets, support for the simulation of abnormal MQTT clients disconnection behavior, and support for LWT.
About the Speakers.
Dominik Obermaier is CTO and co-founder of HiveMQ. He is a member of the OASIS Technical Committee and is part of the standardization committee for MQTT 3.1.1 and MQTT 5. He is the co-author of the book 'The Technical Foundations of IoT' and a frequent speaker on IoT, MQTT, and messaging.
Georg Held is Engineering Manager at HiveMQ.
To watch the webinar recording:
https://www.hivemq.com/webinars/what-is-new-in-hivemq-4-7/
HiveMQ & HighByte Presents: Building an Enterprise Unified Namespace (UNS) to...
Did you know that you could build an enterprise-grade unified namespace (UNS) using an MQTT broker and an Industrial DataOps solution? In this webinar, leaders from HiveMQ and HighByte discussed:
The UNS definition and the benefits of building an enterprise UNS for your company or your clients
The advantages of using an MQTT broker UNS architecture
How HighByte Intelligence Hub consumes data from multiple sources, assembles data into logical payloads, and publishes these payloads to the UNS
How HighByte Intelligence Hub subscribes to data in the UNS and publishes it to systems that don’t communicate over MQTT
How to work with topic structures in HiveMQ
The benefits of using HiveMQ to achieve a UNS with a publish-subscribe architecture
How to build an enterprise-grade unified namespace (UNS) using an MQTT broker and an Industrial DataOps solution
If you are not aware of UNS, it is a consolidated, abstracted structure by which all business applications can consume real-time industrial data in a consistent manner. The benefits of a UNS include reduced time to implement new integrations, reduced efforts to maintain data integrations, improved agility of integrations, access to new data, and improved data quality and security.
When you use UNS in combination with an MQTT broker, you can build a complete, easy to deploy, accessible, and structured solution to power your Smart Factory.
About the Speakers.
Ian Skerrett is Vice President of Marketing at HiveMQ. He has over 25 years of experience in the software industry and is one of the top experts for creating Open Source Strategies for enterprise software products. He was instrumental in creating the Eclipse IoT open source community with more than 15 different open source projects that provide the building blocks developers require for building IoT solutions. He is also a frequent speaker on IoT and MQTT.
John Harrington is the Chief Business Officer of HighByte, focused on defining the company’s business and product strategy. His areas of responsibility include market research, customer use cases, product priorities, go-to-market, financial planning, and sales. John is passionate about delivering technology that improves productivity and safety in manufacturing and industrial environments. He has spent his 25-year career both delivering software to manufacturers and working for manufacturers in operations roles. This experience has given him a unique perspective on how suppliers and end users each play an integral role in implementing new technology solutions. John has a Master in Business Administration from Babson College and a Bachelor of Science in Mechanical Engineering from Worcester Polytechnic Institute.
To watch the webinar recording: https://www.hivemq.com/webinars/building-an-enterprise-unified-namespace-to-power-your-smart-factory/
How to Monitor and Observe IoT and MQTT Applications with HiveMQ
IoT applications can be very difficult to monitor and troubleshoot. The ability to observe the message exchange between a device and the cloud is key to being able to debug production issues. This webinar discusses the unique requirements and challenges administrators have for IoT applications.
During the webinar, we demonstrated how HiveMQ provides the tools that administrators can use to completely understand the behavior of a running device and monitor the overall health of a system. In essence, this video shows how to monitor and observe IoT and MQTT applications with HiveMQ.
The HiveMQ Enterprise MQTT broker can handle millions of concurrently connected MQTT clients and throughput of billions of messages per hour. This massive load of clients and messages can be challenging to manage and monitor. To simplify the operation of MQTT deployments of every size, HiveMQ provides a specialized control center that gives you quick and reliable access to the key metrics of your HiveMQ installation.
In the control center, a wide range of analytics allows administrators to closely examine information for each client and quickly identify irregular client behavior. For example, easily recognize a client that drops messages.
The control center also provides a convenient way for administrators to complete administrative tasks such as disconnecting a specific client. Consistent with HiveMQ principles, the control center is designed to smoothly scale to millions of concurrently connected MQTT clients.
About the Speaker.
David Guschakowski is Sales Engineer at HiveMQ and serves customers by identifying their needs and providing them with technical support. He has provided project and sales consulting services for many years in the areas of data and application integration, data management and messaging. Using this experience, he is helping HiveMQ customers to achieve best possible outcomes with their IoT solutions.
To watch the webinar recording:
https://www.hivemq.com/webinars/how-to-monitor-and-observe-iot-and-mqtt-applications-with-hivemq/
Connecting the Smart Factory to the Cloud
The movement towards building smart factories is driving the adoption of MQTT and Sparkplug. These two technologies define the standard for sharing industrial data across the entire ecosystem of hardware vendors and application providers, like SCADA, MES, and Historian vendors. Sparkplug and MQTT now make it possible to consolidate the industrial data in the cloud for a deeper level of analysis and visualization to make smarter decisions.
This webinar showcases how easy it is to connect the popular Opto 22 groov EPIC to the cloud using HiveMQ Cloud and then visualizing the real-time data in Canary Labs Cloud historian.
The fun thing about the demo in the webinar is that no software was installed; we used only managed cloud solutions provided by HiveMQ and Canary Labs.
About the Speakers.
Ian Skerrett is Vice President of Marketing at HiveMQ. He has over 25 years of experience in the software industry and is one of the top experts for creating Open Source Strategies for enterprise software products. He was instrumental in creating the Eclipse IoT open source community with more than 15 different open source projects that provide the building blocks developers require for building IoT solutions. He is also a frequent speaker on IoT and MQTT.
Jeff Knepper is Executive Director of Business Development at Canary Labs.
Benson Hougland is VP of Marketing & Product Strategy at Opto 22.
To watch the webinar recording: https://www.hivemq.com/webinars/connecting-a-smart-factory-to-the-cloud-with-mqtt-and-sparkplug/
Revolutionizing IoT Testing - A Sneak Peek of HiveMQ Swarm
Load testing and reliability testing of MQTT systems are imperative for any business-critical IoT solution. HiveMQ Swarm provides the distributed simulation environment to successfully test millions of MQTT clients, millions of MQTT messages, and hundreds of thousands of MQTT topic names. The tool can check the performance, scalability, and reliability of your IoT solution before it is deployed into production.
In this webinar, Dominik Obermaier, CTO and co-founder at HiveMQ, and Georg Held, engineering manager at HiveMQ, introduce this new testing tool and give a demo to showcase its capabilities, such as:
- Complete end-to-end testing
- A Distributed platform
- Simulation of millions of devices, messages and MQTT topics
- Develop reusable scenarios
- Create custom data generators
About the Speakers.
Dominik Obermaier is CTO and co-founder of HiveMQ. He is a member of the OASIS Technical Committee and is part of the standardization committee for MQTT 3.1.1 and MQTT 5. He is the co-author of the book 'The Technical Foundations of IoT' and a frequent speaker on IoT, MQTT, and messaging.
Georg Held is Engineering Manager at HiveMQ.
To watch the webinar recording: https://www.hivemq.com/webinars/revolutionizing-iot-testing-a-sneak-peak-of-hivemq-swarm/
Free Your Manufacturing Data with Apache PLC4X & MQTT
The manufacturing industry is characterized by factory equipment that communicates via proprietary protocols that make it very difficult to consolidate data from a factory to implement deep data analysis or machine learning algorithms. Apache PLC4X with MQTT are well suited to free your manufacturing data so companies can begin a modernization of their manufacturing processes.
This webinar will discuss the 4 freedoms offered by Apache PLC4X & MQTT:
Apache PLC4X is free open source software so developers have access to the source code.
Free and open standards, like MQTT, are used to transmit the factory data to the cloud.
Freedom to choose the implementation language through the different languages SDKs offered by Apache PLC4X.
and, freedom on license costs since Apache PLC4X is open source.
About the Speakers.
Florian serves as the head of the HiveMQ support team with years of first-hand experience overcoming challenges in achieving reliable, scalable, and secure IoT messaging for enterprise customers.
Christofer Dutz is Senior Software Engineer at Mapped
To watch the webinar recording: https://www.hivemq.com/webinars/free-your-manufacturing-data-with-apache-plc4x-and-mqtt/
Build Your Own HiveMQ Extension
In an interconnected world, companies need to be able to integrate their MQTT broker into existing enterprise applications and services. One way to do so is to use an MQTT broker that can be extended by custom functionality. HiveMQ has a powerful integration SDK for doing this. The HiveMQ extension SDK provides an open API that enables developers to create custom extensions that suit their specific infrastructures. The extension framework can be used to enrich HiveMQ with custom business logic or to integrate virtually any system into HiveMQ. In this webinar, our experts will clarify the motivational drivers for building custom extensions and give an introduction to the HiveMQ extension SDK. Using an example, they will also live-demonstrate how to develop, debug, and test a custom HiveMQ extension.
About the Speakers.
Anja Helmbrecht-Schaar is Senior Consultant at HiveMQ.
Georg Held is Engineering Manager at HiveMQ
To watch the webinar recording:
https://www.hivemq.com/webinars/build-your-own-hivemq-extension/
How to Set up, Run and Scale a Secure MQTT Broker on Kubernetes
Many organizations are looking to deploy their own MQTT cloud or broker so it can run and scale in a Kubernetes cluster. To make this easy, HiveMQ recently released their own Kubernetes operator for easy Kubernetes deployment.
In this online seminar, experts from HiveMQ and inovex will demonstrate how HiveMQ can be deployed into any Kubernetes cluster - managed in the public cloud or hand-crafted in your on-premise environment. They will also show how HiveMQ running in Kubernetes can take advantage of utilities such as Prometheus for monitoring, Hashicorp Vault for security, and much more.
HiveMQ’s partner inovex has in-depth experience running large scale deployments of HiveMQ. During the session, they will share their best practices of operating a reliable and scalable HiveMQ deployment.
About the Speakers.
Magi Erber is a product manager at HiveMQ. She loves creating software that delights customers and helps them realizing innovative IoT solutions.
Christian Rohmann is expert on Kubernetes and cloud architectures at inovex.
To watch the webinar recording:
https://www.hivemq.com/webinars/how-to-setup-run-and-scale-a-secure-mqtt-broker-on-kubernetes/
MQTT - The Key to Scalable Reliable Connected Car Platforms
The connected car has been around for over two decades. However, unreliable cellular networks, the limitation of HTTP for bi-directional communication and now the requirement for handling spikes in connectivity traffic have created growing challenges.
Increasingly the automotive industry is focused on the need to deliver better user experience, create new revenue streams and improve vehicle performance. To do this the industry is turning to MQTT, a lightweight publish/subscribe protocol, to create a reliable and scalable connected car platform to reach millions of cars.
Join this webinar to understand:
The reliability challenges of connected cars
The benefits of MQTT versus HTTP
Real world lessons from projects with Audi & BMW
How to build a MQTT scalable connected car platform
About the Speakers.
Christian Götz is Co-Founder and CEO at HiveMQ
To watch the webinar recording:
https://www.hivemq.com/webinars/mqtt-the-key-to-scalable-reliable-connected-car-platforms/
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Industry 4.0 and Smart Manufacturing are driving the manufacturing industry to modernize their software infrastructure. The current infrastructure is costly to maintain, creates barriers to sharing data, difficult to integrate with other systems and is limiting corporations to new opportunities promised by Industry 4.0. A key challenge to modernizing a manufacturing infrastructure is how do you integrate old existing systems with new modern systems. Apache Kafka and MQTT are uniquely positioned to provide the core technology to enable modernization of the manufacturing industry.
This session will look at the unique business drivers for modernizing the manufacturing industry and how MQTT and Kafka can help make it a reality.
Implementing the 5 Pillars of IT Security for MQTT
Connecting objects in the IoT such as cars, homes, and machines exposes lots of sensitive data. Therefore, IoT security is a key concern and an important challenge for any IoT application. Since some of the data generated are not meant for the public, it should be protected by the five pillars of IT security: Confidentiality, Integrity, Availability, Authenticity, Non-Repudiation.
In this webinar, we will explore how the five pillars of IT security can be implemented to secure IoT applications using MQTT. Our HiveMQ security experts Georg Held and Magi Erber will show you how to create a secure IoT system with MQTT and HiveMQ.
About the Speakers.
Magi is a Product Manager at HiveMQ.
Georg is an Engineering Manager at HiveMQ.
To watch the webinar recording:
https://www.hivemq.com/webinars/implementing-the-five-pillars-of-it-security-for-mqtt/
4 Paradigm Shifts for the Connected Car of the Future
The automotive industry is undergoing substantial changes as new technologies for connected cars, autonomous vehicles and electric vehicles are creating new customer expectations. To keep up with the pace, the automotive industry needs to move away from the concept of a car being just a blockbox towards a new world of always-on connectivity and integrated vehicle-to-cloud computing.
In this webinar, automotive experts from HiveMQ and ESR Labs discuss four key paradigm changes that need to happen for the automotive industry to remain competitive and deliver customer experience of the future. The session also shows how modern software technologies like MQTT, Kafka, domain modeling, and cloud computing will accelerate time to market for new automotive features and improve the customer experience.
About the Speakers.
Dominik Obermaier is CTO and co-founder of HiveMQ. He is a member of the OASIS Technical Committee and is part of the standardization committee for MQTT 3.1.1 and MQTT 5. He is the co-author of the book 'The Technical Foundations of IoT' and a frequent speaker on IoT, MQTT, and messaging.
Daniel Himmelein is Software Architect and Engineer at ESR Labs with strong background in operating systems, distributed systems and computer networks. Works mainly on automotive series projects for German OEMs. He is the creator of the Mindroid application frameworks.
To watch the webinar recording:
https://www.hivemq.com/webinars/the-four-paradigm-shifts-for-the-connected-car-of-the-future/
Lightweight and Scalable IoT Messaging with MQTT
MQTT is the de-facto protocol for the Internet of Things (IoT).
This webinar covers everything you need to know about scalable pub/sub communication with MQTT for up to millions of devices and shows the available software options in the (open source) ecosystem.
About the Speaker.
Dominik Obermaier is CTO and co-founder of HiveMQ. He is a member of the OASIS Technical Committee and is part of the standardization committee for MQTT 3.1.1 and MQTT 5. He is the co-author of the book 'The Technical Foundations of IoT' and a frequent speaker on IoT, MQTT, and messaging.
To watch the webinar recording: https://www.hivemq.com/webinars/lightweight-and-scalable-iot-messaging-with-mqtt/
Building Scalable & Reliable MQTT Clients for Enterprise Computing
This webinar looks at the different computing and deployment models for MQTT clients. It will also explore how you can build reliable and scalable MQTT client services for sharing data between different enterprise backend systems.
The HiveMQ MQTT client is a high-performance Java client library with support for different API styles and back-pressure support. Developers can use HiveMQ MQTT clients for creating embedded, mobile, desktop, and even backend MQTT clients.
The webinar is presented by Silvio Giebl, core developer of HiveMQ MQTT Client, and Clive Jevons, an independent consultant, who has used the HiveMQ MQTT Client to build connected car platforms.
About the Speakers.
Silvio Giebl. Software Developer at HiveMQ. Developer and Maintainer of the HiveMQ MQTT Client. Distributed and scalable systems. High performance and reactive applications.
Clive Jevons. Independent Consultant at Jevons IT. Used the HiveMQ MQTT Client to integrate it in a connected car platform. Was involved in the development of the HiveMQ MQTT Client.
To watch a webinar: https://www.hivemq.com/webinars/building-scalable-and-reliable-mqtt-clients-for-enterprise-computing/
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- 1. Confidential and Proprietary. Copyright © by dc-square GmbH. All Rights Reserved.
- 2. Copyright © by HiveMQ. All Rights Reserved. WELCOME ● Magi Erber @ErberMagi linkedin.com/in/margaretha-erber/ Jens Deters @jerady https://www.linkedin.com/in/jens-deters-4a4a706/ ● Product Manager @HiveMQ ● Conference Speaker ● Author ● Expert for cloud native technologies, Apache Kafka and IoT ● Founder, CEO @Softblade ● Branch Manager @codecentric ● Conference Speaker ● Author of MQTT.fx ● Cloud native architectures ● IIoT, Industry 4.0
- 3. Copyright © by HiveMQ. All Rights Reserved. We asked our customers... bservability
- 5. Copyright © by HiveMQ. All Rights Reserved. Key Industries Connected Car IIoT / Industry 4.0 Logistics Telecommunication IoT Messaging Middleware Use Cases
- 6. Copyright © by HiveMQ. All Rights Reserved. The Internet of Things is Huge People on the Internet
- 7. Copyright © by HiveMQ. All Rights Reserved. HiveMQ - Enterprise MQTT Broker Connectivity and Messaging Platform Based on standard IoT protocol (MQTT) Scales to more than 10 million always-on devices Allow multi-cloud and Enterprise software integration 100% compatible to all MQTT versions (v3.1, v3.1.1, v5) Integrated observability and insights
- 8. Copyright © by HiveMQ. All Rights Reserved. Observability and Insights from Operations
- 9. Copyright © by HiveMQ. All Rights Reserved. Technical IoT Challenges Scalability Massive scalability required for millions of devices Instant Data Delivery Critical systems need reliable and instant data transfer Unreliable Networks Excellent customer experience for IoT apps and devices
- 10. We need open standards designed for the Internet of Things
- 11. ANY QUESTIONS?
- 12. Copyright © by HiveMQ. All Rights Reserved. What is MQTT? (I)IoT Messaging Protocol Created for extreme scale and instant data exchange Publish/Subscribe based architecture Easy on the device side, pushes all implementation complexity to the server Built for machines and constrained devices (binary, data agnostic) Designed for reliable communication over unreliable channels
- 13. Copyright © by HiveMQ. All Rights Reserved. Lightweight protocol on top of TCP/IP Publish / Subscribe pattern using topics De-coupling of sender and receiver What is MQTT?
- 14. Copyright © by HiveMQ. All Rights Reserved. MQTT Use Cases Push Communication Reliable Communication over unreliable networks Constrained Devices Low Bandwidth and High Latency Industrial Message Bus
- 15. Copyright © by HiveMQ. All Rights Reserved. Cloud-Native IoT Messaging Cloud Vendors & Third Party Services Connectivity Layer running on any or multiple clouds Devices, Factories and "Things" Other 3rd party services Device Management AWS IoT Big Data Kinesis IoT Hub Data Lakes Machine Learning Event Hubs MQTT MQTT MQTT
- 16. Copyright © by HiveMQ. All Rights Reserved. MQTT Toolbox Reliable tools for the everyday use Providing insights while debugging MQTT client behaviour
- 18. Copyright © by HiveMQ. All Rights Reserved. ● Started in 2014 a a private project ● Target: easy to use desktop application for MQTT testing and debugging ● the worldwide community has grown rapidly accordingly with MQTT popularity ● 1000s of users worldwide: smart home enthusiasts, cloud platforms tutorials, book, across all industries ● Since 2020 MQTT.fx is now at Softblade MQTT.fx: A Brief Introduction
- 19. Copyright © by HiveMQ. All Rights Reserved. ● Native installation packages for all platforms (Windows, MacOS, Linux) ● Integration of the HiveMQ MQTT-Clients for full MQTTv5.0 support ● Connection profiles for broker connections ● Topics Collector ● Security (user name/password, support for SSL/TLS) ● Logging Console MQTT.fx Feature Highlights
- 20. Copyright © by HiveMQ. All Rights Reserved. ● Published Messages ○ “User Properties” of the message ○ “Content Type” of the message payload ● Received Messages ○ “User Properties” of the message ○ Display of return codes and reason codes (if present in the message) ○ Display the content type of the message payload ○ Automatic selection of the appropriate payload decoder to decode the payload based on its content type MQTT.fx MQTTv5 Support
- 21. Copyright © by HiveMQ. All Rights Reserved. Payload Decoders Presets MQTT.fx Add-Ons
- 22. Copyright © by HiveMQ. All Rights Reserved. Custom Payload Decoders MQTT.fx Add-Ons https://github.com/Jerady/mqttfx-payload-decoders
- 23. Copyright © by HiveMQ. All Rights Reserved. HANDS ON!
- 24. Copyright © by HiveMQ. All Rights Reserved. MQTT.fx | Coming Soon Advanced Support
- 25. Copyright © by HiveMQ. All Rights Reserved. Get MQTT.fx www.softblade.de
- 26. Copyright © by HiveMQ. All Rights Reserved. HiveMQ Cloud News Scan the QR Code and enter your email to be the first to be informed
- 27. Copyright © by HiveMQ. All Rights Reserved. Questions?
- 28. Copyright © by HiveMQ. All Rights Reserved. THANK YOU For attending the webinar Stay updated on upcoming webinars Subscribe to our Newsletternewsletter.social/hivemq All unanswered questions will be answered on the HiveMQ Community Forum Submit your question now!