Reliable Bluetooth LE for time-critical applications
We help product teams diagnose, develop and optimize Bluetooth LE communication, from the first architecture decisions to dependable operation in production.
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Where reliable Bluetooth LE matters
We help product teams diagnose, develop and optimize Bluetooth LE communication, from the first architecture decisions to dependable operation in production.
Industrial sensors and measurement
Reliable, low-power communication for sensor data, configuration, commissioning and service access in demanding real-world environments.
Medical devices
Dependable and secure connectivity for medical products where usability, battery life and regulated development must be considered from the start.
Industrial automation
Time-critical wireless communication for cable replacement and machine integration, engineered for high availability in interference-heavy production environments.
Bluetooth LE engineering for new and existing products
Whether you are improving an existing Nordic-based product or adding Bluetooth LE for the first time, we can join your team wherever specialist engineering support creates the most value.
Improve an existing Bluetooth LE product
We identify the causes of reliability, disconnect, latency and other performance issues, then help your team implement and validate the right improvements.
Performance diagnosis and on-site workshops
Software and system optimization
Embedded Bluetooth LE software development
Production optimization and ongoing support
Build Bluetooth LE into a new product
We help you make the right architecture and component decisions, then develop and integrate production-ready Bluetooth LE software for your application.
Bluetooth LE chip selection
Architecture and system planning
Customizable, production-ready software
Embedded software development and integration
Diagnose. Improve. Validate.
We combine Bluetooth LE expertise, system-level analysis and embedded development to solve communication challenges in the complete product and under realistic operating conditions.
The same engineers can stay involved from the initial investigation through implementation and ongoing support.
Bluetooth LE that adapts to real-world conditions
We work across the Bluetooth LE stack, including low-level radio behavior, timing and link performance. For demanding applications, we can integrate proprietary on-device monitoring and adaptation mechanisms on Nordic Semiconductor chips to observe communication conditions and adjust selected parameters during operation.
On-device visibility into link quality and communication behavior
Adaptation to changing interference and operating conditions
Embedded Bluetooth LE software development
Support for reliable latency, throughput and connectivity in the field
Built on research. Proven in industrial systems.
DEWINE Labs is a TU Graz spin-off specializing in reliable Bluetooth LE communication. Our team combines a strong scientific background in dependable wireless communication with hands-on experience developing industrial systems since 2009.
This expertise also underpins our proprietary monitoring and adaptation mechanisms for Nordic Semiconductor BLE chips, which are covered by pending patent applications.
Proven in demanding, real-world systems
From warehouse automation over smart retail stores to rail infrastructure, we help product teams improve Bluetooth LE performance while meeting demanding operational requirements.
Replacing control and safety cables with real-time wireless communication
For KNAPP, we engineered a deterministic, dual-channel Bluetooth LE architecture for warehouse automation. The production deployment replaced wired control and functional-safety communication while meeting defined timing and safety thresholds, with zero recorded wireless downtime.
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Nine times faster diagnostics on existing hardware
For Hitachi Rail, we replaced and optimized the Bluetooth LE firmware on the existing module, increasing throughput from approximately 77 kbps to more than 700 kbps, without requiring a hardware change or redesign.