Live technical webinar
June 9th, 2026
Industrial BLE systems often look stable during development, then become unpredictable under real-world RF conditions.
In this webinar, Michael Spörk, CEO of DEWINE Labs, explains what actually causes latency spikes, disconnects, unstable throughput, and timing failures in industrial Bluetooth LE systems — and why most teams diagnose the wrong problem first.
What you’ll learn:
Based on real-world deployments in industrial automation, robotics, and intralogistics systems.
Free registration · Technical session · Engineering-focused
Can’t attend live? Register anyway to receive the recording, slides, and webinar resources after the session.
Technical webinar details
| Date | June 9th, 2026 |
| Time | 19:00 CEST |
| Format | Live online webinar |
| Duration | 45 min presentation + live Q&A |
| Speaker | Michael Spörk, CEO |
Can’t attend live? Register anyway to receive the recording, slides, and webinar resources after the session.
Who should attend
If your BLE system…
If you’re evaluating…
Especially if your system…
This webinar is designed for embedded engineers, system architects, R&D teams, and technical decision-makers responsible for Bluetooth LE performance in industrial environments.
Speaker
Michael Spörk is the CEO and co-founder of DEWINE Labs, focused on industrial Bluetooth LE behavior, deterministic wireless communication, and Nordic Semiconductor platforms.
His work focuses on diagnosing and stabilizing BLE systems operating under real-world industrial conditions, including interference-heavy automation, robotics, intralogistics, and regulated environments.
At DEWINE Labs, he supports engineering teams working on industrial automation, robotics, intralogistics, wireless I/O, and regulated systems, including deployments where wireless communication replaced traditional wired control architectures.
The REAL problem with industrial BLE
What teams usually suspect
What changes in production
Standard BLE was designed around best-effort communication. Industrial systems often require predictable behavior under load.
This webinar explains what actually changes between the bench and the factory floor — and how engineering teams
identify, diagnose, and stabilize BLE systems before considering hardware redesigns.
Inside the session
Why systems that work in the lab often behave differently in production.
Why worst-case behavior matters more than average latency.
How to determine whether failures originate from RF, firmware, or architecture.
Why consumer BLE assumptions fail in industrial systems.
Why telemetry and control traffic often interfere with each other.
When firmware changes are enough, and when they aren’t.
You’ll leave with a clearer framework for diagnosing BLE behavior in production environments.
No product demo. No generic Bluetooth theory. Just practical lessons from real industrial BLE deployments.
Secure your seat now
Based on lessons learned from:
Free registration · Technical session · Engineering-focused
Can’t attend live? Register anyway to receive the recording, slides, and webinar resources after the session.
