ergoline stands for established ergometry systems in cardiological diagnostics and rehabilitation. Via the direct ergoline protocol, Datico® Live Control captures the ergometer data in real time and synchronizes it precisely with wearables and environmental data – for precise, contextualized exercise-load analyses in the Datico® LIFE HUB.
Challenge
In classic setups, ergometer data is often captured in isolation and only merged with other data manually afterwards – in the process, the precise time reference, and thus part of the significance, is lost.
Solution
Through direct access to the ergoline protocol, Datico® Live Control captures all ergometer data in real time and synchronizes it precisely with wearables such as heart rate and SpO₂ sensors as well as environmental data, for example from altitude chambers.
Result
A continuous, synchronized dataset that depicts the actual exertion situation more precisely than any individual measurement – immediately available in the Datico® LIFE HUB for evaluation and comparison.
Ergoline & Datico® – Real-time diagnostics in a connected data context
With the integration of Ergoline, Datico® expands its capabilities in the area of real-time data capture by a central component of medical performance diagnostics. For the first time, the proprietary Ergoline protocol is used directly in Datico® Live Control to integrate ergometer data into a continuous data flow without detours.
What previously often ran separately – device control, data capture and subsequent analysis – is thus brought together in a single system that does not merely collect data but contextualizes it in real time.
ergoline has stood for established systems in cardiological diagnostics and rehabilitation for many years. Bicycle ergometers are a fixed component of standardized stress tests in clinical and scientific environments.
With the integration into Datico®, however, the role of these systems changes. Diagnostics no longer take place in isolation but become part of a synchronized overall system in which different data sources are merged with precise timing.
In specific use – including in the context of a project with the Max Planck Institute for Multidisciplinary Sciences in Göttingen – ergometer data was captured in parallel with wearables and environmental data. Heart rate, oxygen saturation and load parameters do not stand side by side but within a common temporal context.
This creates a data picture that depicts the actual exertion situation more precisely than any individual measurement on its own.
The technical foundation of this integration is the direct access to the ergoline protocol. Datico® Live Control communicates directly with the devices and thus enables continuous capture of the performance data during the ongoing examination.
What is decisive here is that no intermediate steps are necessary. Data is not exported, transformed or synchronized after the fact; instead, it is generated from the outset within a system designed for real-time processing.
This architecture creates the prerequisite for different data streams not only to be collected but to be precisely aligned with one another. Especially in complex settings in which multiple sensors and systems are used in parallel, this temporal synchronization becomes the decisive basis for valid analyses.
With the connection to Datico®, the role of the ergometer itself also changes. It is no longer a standalone diagnostic device with downstream data use, but part of a connected system in which data is processed further immediately.
In combination with further sources such as wearables or environmental simulations – for example in altitude chambers – an integrated workflow emerges that is continuous from capture to analysis. The data flows directly into Datico® LiveControl and is available in a structured form in the Datico® LIFE HUB for evaluation and comparison.
This opens up new possibilities for connecting medical diagnostics, training and research. Exertion can not only be measured but interpreted in context and traced over the long term.
The integration of ergoline exemplifies how Datico® is evolving. The focus shifts from the mere aggregation of data toward real-time processing and synchronization across system boundaries.
Devices, sensors and applications are no longer merely connected but become part of a shared data logic. This creates an infrastructure in which information is immediately available and can feed directly into analysis and decision-making processes.
Especially in medical, scientific and performance-oriented environments, this capability is increasingly becoming the decisive factor.
With the direct integration of the Ergoline protocol into Datico® LiveControl, a new quality of data capture in performance diagnostics emerges.
Ergometer data is not viewed in isolation but synchronized in real time with further data sources and embedded in a larger context. The combination of direct device connection, temporal synchronization and central data processing creates the basis for more precise analyses and more well-founded decisions.
This makes another step toward a fully connected, real-time-controllable health and performance infrastructure visible.
Across the entire Datico® Data Value Chain – Data in Connection, Data in Context, Data in Communication and Data in Consistency – individual data becomes a solid basis for decisions: Better Data. Better Decisions. Better Outcomes.
Frequently asked questions
Can I really capture all relevant data from an ergoline ergometer in real time with Datico®?
Yes. Through the direct connection to the ergoline protocol, Datico® Live Control captures all data that the ergoline ergometer provides during an examination – without intermediate steps and without a downstream export.
Both classic performance parameters and device-side measurement data are captured, for example:
- wattage and cadence
- device-side heart rate values
- further integrated sensor signals of the ergometer
All values are available in real time during ongoing exertion and are processed immediately in Datico® Live Control – not only after the measurement has been completed.
Can ergometer data be combined with additional sensors?
Yes – and this is precisely one of the central benefits of the integration. In Datico® Live Control, additional sensors can be integrated alongside the ergoline ergometer, for example heart rate monitors or SpO₂ sensors via Bluetooth or ANT+.
This data is not only captured in parallel but synchronized with precise timing to the ergometer data. This creates a consistent dataset in which load (e.g. wattage) and physiological response (e.g. heart rate, oxygen saturation) can be directly related to one another – instead of being captured separately and merged afterwards.
Is it also possible to integrate environmental data, e.g. from an altitude chamber?
Yes. The integration is designed so that, in addition to device data and wearables, environmental parameters can also be integrated.
In specific applications, data from altitude chambers – such as the simulated altitude or the oxygen availability – is merged with the ergometer and vital data. This creates a complete picture of the exertion situation under realistic environmental conditions: the body's response can be traced not only under load but also under defined environmental conditions.
How does this solution differ from classic ergometer evaluations?
In classic setups, ergometer data is often captured in isolation and only merged with other data manually afterwards. In the process, the precise time reference – and thus part of the significance – is lost.
With Datico® Live Control, by contrast, the dataset is synchronized and contextualized from the outset. All data sources – ergoline ergometer, wearables and environment – share a common time reference and can be analyzed directly together. A pure device measurement thus becomes a continuous, evaluable data stream.
Do I have to switch between different systems or transfer data manually?
No. The entire data capture takes place centrally in Datico® Live Control.
No exports, no intermediate steps and no manual merging of data are necessary. All information is automatically stored in the correct temporal and person-related context and is subsequently available in a structured form in the Datico® LIFE HUB for further analysis and comparison.
For which specific applications is this integration particularly useful?
The integration is particularly relevant wherever exertion is analyzed under controlled conditions. This includes in particular:
- cardiological stress tests
- rehabilitation measures
- performance-diagnostic setups in sport
- scientific studies
Synchronous data capture plays to its strengths above all in complex experimental setups that combine multiple sensors and defined environmental conditions – for example when ergometry, wearables and the environmental data of an altitude chamber are to be evaluated together.
What exactly was implemented in the project with the Max Planck Institute?
In the project with the Max Planck Institute for Multidisciplinary Sciences in Göttingen, ergometer data from ergoline was captured together with wearables and environmental data in Datico® Live Control and synchronized with precise timing. Heart rate, oxygen saturation and load parameters therefore did not stand side by side in isolation but within a common temporal context.
This produced a continuous, synchronized dataset that depicts the actual exertion situation more precisely than any individual measurement – and is immediately available in the Datico® LIFE HUB for evaluation and comparison. Individual measurements thus become a solid foundation: **Better Data. Better Decisions. Better Outcomes.**