AirRoom altitude chambers from Altitude Balance now compatible with ^Datico® Live Control

In training science, rehabilitation and increasingly also in medical research, one factor is becoming more and more important: the controlled management of exercise under realistic conditions. Hypoxia training – i.e. training under reduced oxygen availability – has long been more than just a special topic for competitive sport.

But while training conditions are becoming more and more precisely controllable, one key challenge remains: synchronizing and consolidating the resulting data. Different systems – from altitude chambers to training devices and wearables – provide valuable information, which usually remains isolated.

This is precisely where the integration of the systems from Altitude Balance systems into ^Datico® Live Control. For the first time, it enables time-synchronized, cross-system recording and consolidation of complex training and environmental data – live and under real conditions.

A concrete example of this is provided by a project at the Max Planck Institute for Multidisciplinary Natural Sciencesin which, under the direction of Hannelore Ehrenreich a sophisticated study design was implemented.

Technology in use:
Hypoxia training as a multidimensional data scenario

Altitude Balance develops specialized solutions for altitude training, in particular hypoxia chambers and mask systems that enable precise control of the oxygen concentration and thus a physiologically effective simulation of altitude training.

In the project described above, these systems were integrated into a complex training and measurement environment:

• AirRoom hypoxia chambers from Altitude Balance
• h/p/cosmos treadmill and ergometer from emotion Fitness inside the chamber
• Cognitive training system(Happy Neuron)
• SpO₂ sensor technology for oxygen saturation
• Heart rate measurement via Polar H10

Several test subjects trained simultaneously over longer periods of time under medical supervision within the chamber – a scenario that places high demands on both the technology and the data.

What integration changes

The decisive added value is not created by the individual systems – but by combining them.

^Datico® Live Control synchronizes all data sources in real time and displays them together. This means:

• Ambient data of the hypoxia chamber (gas concentrations, simulated altitude, temperature and humidity)
• Performance data of the training equipment (treadmill and ergometer)
• Physiological data of the test subjects (recorded via various Bluetooth sensors)
• and cognitive training parameters from the happy neuron system

are recorded, visualized and stored in a time-synchronized manner.

This creates a fully integrated picture of the training event for the first time – not as a downstream evaluation, but live during the training.

Especially in research and high-performance environments, this opens up completely new possibilities for control, monitoring and analysis.

Technical integration at a glance

Integration takes place via ^Datico® Live Control as the central control and visualization level:

1. Initialization of the training and measurement environment
   Integration of all systems (chamber, devices, sensors) and assignment to the respective training subjects.
   
   
2. Controlled execution of the training under hypoxia conditions
   Parallel training of several test subjects in one chamber with individually correct allocation of all measurement results.
   
   
3. Live data acquisition and synchronization
   Time-synchronous aggregation and live display of all data streams per test subject with individual control options.
   
   
4. Visualization and evaluation in real time
   Joint time-synchronized display and evaluation of all parameters with the option of analysis and further processing in the ^Datico® LIFE HUB
   
   

From isolated systems to an integrated data platform

For manufacturers such as Altitude Balance, integration into ^Datico® Live Control means a decisive step beyond the classic control of the altitude chamber.

While hypoxia systems are traditionally operated as stand-alone solutions, integration opens up the possibility of embedding these systems in an overarching data and control concept.

At the same time, a connection is established to the ^Datico® LIFE HUB, which enables further processing, analysis, evaluation and, of course, transfer to scientific solutions such as SPSS, Matlab or R, as well as integration into clinical systems via standardized interfaces such as HL7, FHIR, DICOM or GDT.

However, the real added value lies in the combination of data:

• Linking the environmental parameters of the altitude chambers with the performance data of the training equipment
• Combination with vital data from wearables
• Integration of cognitive training data
• Supplemented by app-based feedback systems (^Datico® Smart Forms)

This means that a hypoxia chamber is not just a training device, but an integral part of a comprehensive data platform.

Conclusion:
Live synchronization as the key to complex training and study scenarios

The integration of Altitude Balance’s systems into ^Datico® Live Control shows how complex training and research scenarios can be mapped completely digitally for the first time.

The time-synchronized consolidation of all relevant data creates a new quality of analysis – and thus the basis for more precise control, more well-founded findings and innovative fields of application.