"For those of you with connected wearables, the most personal edge gateway is the smartphone in your pocket."Listen to the Podcast > 25 | The IoT Edge Gateway in your Pocket
I'm kicking off a series on edge gateways because not everything in the IoT world goes directly from device to server.Listen to the Podcast > 24 | Introduction to Edge Gateways
Lots of IoT use cases can benefit from wide area wireless technologies that deliver long range while using minimal power.Listen to the Podcast > 23 | Sigfox and LoRaWAN
As new as IoT is, real value is often derived from talking to old things in lots of weird ways.Listen to the Podcast > 22 | Connecting Old-School Things
Smart, connected, consumer products often communicate via REST over HTTP because this way of creating APIs over the Web is already well known to most developers.Listen to the Podcast > 21 | Consumer IoT Communications
To be successful in IoT, your platform must connect to as many things as possible which means your device SDKs must work with multiple embedded operating systems and support multiple programming languages.Listen to the Podcast > 20 | A Matrix of Things
In the real world, you can't count on ubiquitous wireless coverage and therefore your device SDK must be able to cache sensor data locally and perform retries due to network failures to ensure you have a reliable system.Listen to the Podcast > 19 | Reliable Telemetry Transmission
An IoT software development kit should facilitate secure data transmission by passing along a unique identifier for the device, a secure access token or certificate and by creating an encrypted tunnel via TLS.Listen to the Podcast > 18 | SDK Security and Identity
In order to update a device's software, firmware, configuration or runtime behavior, it must be able to receive a message from a server called a command.Listen to the Podcast > 17 | Receiving Commands on your Device
Machines and devices with compute, networking and storage are typically connected via a software development kit (SDK) that packages together all the sensor values and sends them over the network to a gateway or server.Listen to the Podcast > 16 | How do you Connect your Things?
Rob breaks down how Koomey's law, Metcalfe's law, and Moore's law are critical to driving the Internet of Things ecosystem forward into the future.Listen to the Podcast > 11 | The 3 Laws Driving IoT Forward
In order to get to trillions of connected IoT devices, they must be configured at the time of manufacture rather than through the manual configuration of hardware, embedded operating systems, security keys, SDKs, and sensor mapping.Listen to the Podcast > 10 | How do we Get to Trillions of Connected Devices?
Smartphones have people to provision them with Mobile Device Management (MDM) packages whereas IoT devices don't have that luxury when it comes to provisioning them with an IoT Platform.Listen to the Podcast > 9 | The Law of Big Numbers
Depending on what you read and who you believe, the Internet of Things market will grow to $11 trillion in total impact with tens of billions of connected devices.Listen to the Podcast > 8 | Internet of Things Market Size
The basics of IoT includes the things, wired or wireless connectivity, the data, edge gateways, a platform to capture and organize the data, apps and analytics, visualizations plus the ability to take actions on derived insights.Listen to the Podcast > 7 | Internet of Things Basics
Lumada delivers the IoT data and Pentaho orchestrates it, blends it, analyzes it, visualizes it and delivers business outcomes.Listen to the Podcast > 6 | Pentaho Sales Kickoff 2017 Recap
Hanover Messe is one of the world's largest industrial events and this year Hitachi launched its Lumada Industrial Internet of Things platform and asset avatars that digitally represent physical machines.Listen to the Podcast > 5 | Hanover Messe 2017 Recap
"While not as efficient as MQTT or AMQP, most consumer IoT solutions are using RESTful APIs due to its ubiquity."Listen to the Podcast > 4 | Transporting Data with HTTP and REST
"AMQP is a lightweight, efficient, full-duplex protocol that comes from the financial sector and is a great choice to support M2M and IoT data transport requirements."Listen to the Podcast > 3 | Transporting Data with AMQP
"MQTT is a lightweight, efficient, full-duplex protocol that follows a publish/subscribe model which makes it great for M2M and IoT data transport requirements."Listen to the Podcast > 2 | Transporting Data with MQTT