Cool to see the tech and how it could be implemented in the wild of real life. And the limits of it, like your example of a noisy restaurant. Lab environment ~= real life. 🙏🏽
Neat post & sounds like a fun conference to attend! *Quick question... I'm curious if any of the presented solutions or vendors at this Expo discussed what technologies/protocols they use to move all this data around (to train AI models, sensor data flows, message brokers or event brokers to manage distributed systems).
^^ Anything like Apache NiFi, HiveMQ, Mosquitto, RabbitMQ, Kafka, Apache Pulsar... protocols like MQTT, AMQP, HTTP, TCP, Websockets, etc. ... Zigbee?!
— Brian, was there any mention of these topics at Embedded Vision Summit & if so what was frequently discussed?
Thank you for the continued Tech Secrets, look forward to what the Chamber releases next!
The Jason Lavene statement is brilliant. Love the networking advice, it can be scary but you highlight how simple and fun it can actually be.
Cool to see the tech and how it could be implemented in the wild of real life. And the limits of it, like your example of a noisy restaurant. Lab environment ~= real life. 🙏🏽
Neat post & sounds like a fun conference to attend! *Quick question... I'm curious if any of the presented solutions or vendors at this Expo discussed what technologies/protocols they use to move all this data around (to train AI models, sensor data flows, message brokers or event brokers to manage distributed systems).
^^ Anything like Apache NiFi, HiveMQ, Mosquitto, RabbitMQ, Kafka, Apache Pulsar... protocols like MQTT, AMQP, HTTP, TCP, Websockets, etc. ... Zigbee?!
— Brian, was there any mention of these topics at Embedded Vision Summit & if so what was frequently discussed?
Thank you for the continued Tech Secrets, look forward to what the Chamber releases next!