Wearables and measurement kits help make important body signals visible in everyday life. They show, for example, how sleep, stress, nutrition or recovery affect the body. This turns individual measured values into understandable indicators that can help people recognize their own rhythm more clearly and pay more targeted attention to their health.
Measurement becomes meaningful not through individual devices alone, but through the interaction of collection, data quality, analytics and functional evaluation. The decisive factor is that biological signals are not viewed in isolation, but are brought together within a traceable system logic. Only then does a reliable profile emerge that makes patterns visible and enables concrete conclusions for everyday life, regeneration and stress control.
Assay and biomarker kits form the laboratory basis of the platform. They provide defined measured values from biological samples and enable a more objective assessment of stress, regeneration and physiological regulation processes.
Customer wearables provide everyday longitudinal data on activity, stress and regeneration. They make daily patterns visible, while remaining clearly distinguished from controlled measurement systems and laboratory analytics.
NB Core Box, NB Pulse Box, Polar chest straps and the BMG CLARIOstar Plus form the technical measurement basis. They enable structured data collection, cardiac signal recording and precise laboratory analytics within a coordinated system.
Oneiroi brings measurement data, laboratory values and contextual information together in an analyzable structure. This turns different data sources into a traceable decision basis for analysis, progress monitoring and targeted control.
Technical quality is not created by individual devices, but by a clearly defined process chain: from measurement to laboratory analytics and data fusion through to functional evaluation. Only when collection, quality assurance, context and interpretation are systematically connected does a biological signal become a usable decision basis.
The platform does not collect data randomly, but according to a measurement protocol. The timing, source, measurement context and technical quality of each data source are decisive.
Artifacts, missing sections, measurement times and protocol adherence are checked. This shows which data are reliable and which may only be used with limitations.
The biological level complements the psychophysiological signals. This creates a stronger picture than wearable data or self-report alone.
Oneiroi structures the data sources, makes measurement points comparable and prepares the information so that patterns across time, state and stress become visible.
The final result is a profile with priorities, progression and clear orientation for focus, stress, regeneration and further measures.
Our sample kits are designed for the cooled storage of biological samples and provide space for up to 35 sample slots. The structure enables clean assignment, safe handling and controlled further processing within the analysis process. For more resource-conscious use, the kits have been adapted so that only 0.5 ml reaction tubes are used. This reduces material use without compromising the systematics of sample storage and evaluation.
The NBA Sample Kit Small is designed for shorter measurement periods and a reduced number of saliva samples. It is available with 3 × 5 or 2 × 5 sample slots and enables structured, cooled storage with lower material use. The smaller kit size increases convenience during saliva sample collection and reduces packaging and consumable material. This makes the kit particularly suitable for compact test protocols that require fewer measurement points, without compromising clean assignment and further processing of the samples.
The BMG CLARIOstar Plus is the central measurement device for a large part of our laboratory analytics. It enables standardized sample measurements with high throughput, precise biomarker analytics and reproducible evaluation.
We use the Polar Ignite 3 as a loan device for analyzing everyday stress and regeneration patterns. It records sleep, activity and heart rate throughout the day and therefore provides important contextual data for interpreting biological patterns. Based on our internal tests, we use Polar because its data quality was best suited to our evaluation logic.
We use the Polar H10 for more precise heart rate measurements during defined analysis sections. As a chest strap, it measures electrical cardiac signals closer to the origin of cardiac activity and is particularly suitable for structured stress, training and regeneration measurements. We provide the sensor as a loan device during the analysis and, if required, also recommend it for continued personal use.
Oneiroi is the central software layer in which measurement data, laboratory values and contextual information are structurally integrated. This creates the basis for traceable evaluations, progress monitoring and interpretable decisions.
