What if your MQTT architecture could eliminate the gateway entirely?
Most MQTT deployments rely on a cloud-hosted or gateway-based broker. But some systems need local operation, lower latency, disconnected communication, or tighter control over system resources.
Join us on June 17 at 9 AM PT for a technical introduction to the new embedded MQTT broker in wolfMQTT. Learn when an embedded broker can simplify system architecture and enable local MQTT communications on resource-constrained devices. We’ll also show how the broker achieves deterministic operation with zero dynamic memory allocation.
In this webinar, we’ll cover:
- Why run an MQTT broker on an embedded device?
- When local broker deployments make more sense than cloud or gateway architectures
- The architecture and standards support of the wolfMQTT embedded broker
- Measured footprint, static memory design, and zero-malloc operation
- TLS, authentication, and security hardening
Ask the Expert: Answers Key Questions
Our experts answer key questions about what attendees will learn
Q: When does an embedded broker make more sense than a gateway or cloud broker?
A: Systems that require local operation, disconnected communications, or deterministic resource usage can benefit from running the broker directly on the device.
Q: Can an MQTT broker run on a resource-constrained embedded system?
A: The wolfMQTT broker is designed with a measured footprint, static memory allocation, and zero-malloc operation, making deployment practical on embedded targets.
Q: What about security?
A: TLS, authentication, and security hardening are built into the broker, allowing MQTT communications to remain protected even in local deployments.
Date: June 17 | 9 AM PT
Register now to see MQTT broker functionality running directly on an embedded device.
As always, our webinar will include Q&A throughout. If you have questions about any of the above, please contact us at facts@wolfssl.com or call us at +1 425 245 8247.
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