Bluetooth LE specialists for demanding products
DEWINE Labs specializes in reliable Bluetooth Low Energy communication for industrial, medical and other production-critical applications.
We combine research in dependable wireless systems with hands-on embedded engineering to help product teams diagnose existing BLE systems, develop new solutions and take them successfully into production. We have been working with BLE and Nordic Semiconductor chips since 2016.
Technical focus
BLE and Nordic Semiconductor experience since 2016
Engineering experience
Industrial systems since 2009
Location
Based in Graz, Austria
From dependable wireless research to production engineering
Bluetooth LE behaves differently when communication must remain reliable outside controlled laboratory conditions.
Our background is in researching and engineering dependable wireless communication for demanding systems. Since 2016, we have focused on Bluetooth LE and Nordic Semiconductor platforms, working across embedded software, controller behavior, system architecture and radio performance.
Today, we apply that expertise from the first technical concept through integration, testing, production and field optimization.
Scientific foundation
Our work is grounded in research into reliable wireless communication, real-time behavior and systems operating under changing radio conditions.
Embedded engineering
We work close to the hardware and across the BLE stack to understand and influence the complete communication path—not only the application-level behavior.
Production experience
We develop solutions for real products with defined requirements for reliability, latency, throughput, energy consumption, security and maintainability.
The people responsible for DEWINE Labs
DEWINE Labs is led by specialists in dependable wireless communication, embedded systems and technology-company development.
CEO
Dr. Michael Spörk
Michael has more than 15 years of experience developing embedded systems for industrial applications. His work focuses on reliable Bluetooth LE communication, including time- and safety-critical systems operating under demanding conditions.
CTO
Dipl.-Ing. Rainer Hofmann
Rainer specializes in coordinating low-power wireless devices and building reliable, scalable IoT systems. He combines research into large-scale wireless networks with hands-on Bluetooth LE development experience.
CFO
Adrian Muzler, MSc
Adrian has a background in economics and high-tech company development. Since 2020, he has supported technology startups in launching products, building sustainable structures and scaling their businesses.
Your team knows the product.
We take responsibility for Bluetooth LE.
Successful BLE engineering requires close collaboration between wireless specialists and the people who understand the product, application and regulatory environment.
We work directly with the customer's engineering and product teams, define responsibilities clearly and adapt the engagement to the technical problem and development stage.
01
Work as one engineering team
We collaborate with embedded, hardware, application, mobile, gateway, security and product specialists. Technical findings and decisions are shared directly with the people responsible for the surrounding system.
02
Make decisions based on evidence
We define measurable requirements, investigate the complete communication path and test important assumptions under representative conditions.
03
Take responsibility for implementation
We can answer a focused question, deliver a defined work package or take responsibility for the complete embedded BLE communication.
04
Support the complete lifecycle
Where required, we remain involved during production introduction, field troubleshooting, software updates and changing product requirements.
Engineering credibility comes from deployed systems
From warehouse automation over smart retail stores to rail infrastructure, we help product teams improve Bluetooth LE performance while meeting demanding operational requirements.
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More performance without a redesign
We helped Hitachi Rail increase BLE throughput by replacing and optimizing the embedded firmware. The selected hardware was retained.
Control and functional-safety signals
We helped KNAPP replace control and safety cables with a deterministic, dual-channel Bluetooth LE architecture while meeting all defined timing and safety thresholds.
Embedded engineering from Graz for product teams across Europe
DEWINE Labs is based in Graz, Austria. From here, we work with product and engineering teams across Europe on Bluetooth LE diagnostics, architecture, development, integration and production support.
Remotely with the customer's engineering team
In our lab in Graz
On site during workshops, testing or troubleshooting
In the intended operating environment
Let’s talk about your BLE application
Whether you are investigating an existing Bluetooth LE problem, validating a new product concept or looking for an engineering partner to take responsibility for the embedded communication, we can help you identify the right next step.
Product & application
Nordic chip or module
Communication needs
Development stage