A digital model of your biology that learns from every response.
Hyperion connects active measurements, four assessment domains and the context of your day around a single individual baseline. Each protocol and retest reveals how your body actually responds — developing a model that understands you better over time.
WHO WE'RE BUILDING HYPERION FOR
Elite athletes in individual sports, supported by coaches, physiotherapists and performance specialists.
See Hyperion in action
Inspect a real product screen, then click through the preview yourself.
The preview opens in Polish; you can switch to English inside the preview.
Interactive preview of the mobile interface with sample data. It performs no measurements and saves no result.
Beyond Sport.
Hyperion focuses first on the B2Pro market: elite athletes in individual sports and the professionals who support their performance. This demanding environment forces us to build with the precision needed by people who must perform under pressure — before the system expands into wider human performance.
Your Biology is the Baseline.
We don't compare you to population averages. Hyperion builds an N=1 model, learning your normal ranges and reading every new signal as a deviation from your own baseline.
One organism.
Multiple sources. One picture.
We are building our own multimodal model for recovery — adaptive and calibrated with active tests. It learns from your specific data, evolving toward an adaptive picture of your organism.
Neurology, biometrics, biochemistry and subjective state are the four domains considered in the assessment. They are not fatigue types. The resulting fatigue profile describes areas such as autonomic, neuromuscular, cognitive, psychological and metabolic fatigue — different perspectives on the same organism, not a one-to-one mapping between domains and fatigue types.
The methods already exist. Hyperion connects them.
Hyperion starts with established measurement approaches and recovery methods. Its innovation is to connect them into one individual decision system that links measurement, context, action and response.
A smartphone can be a measurement tool.
Published research shows that smartphone hardware can support physiological, psychomotor and neuromotor measurement. Camera PPG, mobile PVT and finger tapping bring known measurement approaches into an accessible mobile environment.
Recovery methods have their own evidence.
Breathing protocols and photobiomodulation are examples of interventions already studied independently. Hyperion organizes established methods in a versioned catalog and matches their parameters to the current state.
The missing layer is the decision.
Hyperion's value is in connecting context, biological response and active measurement around one person — then using a retest to learn from their actual response.
A broader picture of your readiness.
Hyperion brings multiple sources together around your individual baseline, then turns them into clear recovery guidance.
Our model, not an API wrapper.
Hyperion uses its own multimodal model rather than outsourcing the core product logic to a generic AI wrapper. It learns from your measurements, context and response history, while an independent deterministic layer protects every recovery recommendation.
Passive Context (X)
Training load, daily rhythm, travel and environmental context help explain what may be affecting your readiness. Wearables and professional sensors can enrich this picture, but they do not define it.
Biological Response (Y)
HRV, resting HR, respiration, sleep and temperature show how the organism is responding. Camera PPG provides an additional route for measurement without a wearable.
Active Evidence (Z)
PVT, the Finger Tapping Test, voice analysis and subjective modulators provide a fresh picture of psychomotor, neuromotor and neuro-vocal response.
N=1 Baseline
It compares like with like and learns your short-term, long-term and seasonal patterns. The reference point is your own biology, context and response history.
Adaptive AI Model
Over time, the model learns from your measurements, context, protocols and retests to better reflect how your organism responds.
Deterministic Safety Core
Independent rules and contraindication checks constrain what the system may recommend.
Recovery & Retest
Hyperion recommends an appropriate recovery direction within its safety rules. A timed retest shows how your organism responded and helps the model learn what works for you.
In Practice:
The same wearable signal can mean something different after heavy training, poor sleep or travel. Hyperion adds active measurement and your individual baseline to give the signal context, recommend a safe recovery direction and check the response with a retest.
Two people can have the exact same HRV but entirely different states and decisions. Passive data is a forecast; active testing is the measurement on site.
Active Measurement. Individual Profile.
Structured measurement. Structured feedback.
Our Core Assessment uses structured measurement protocols to characterize your biological signals beyond passive data.
Active Evidence — Neuro-Vocal Reserve (Z)
PVT
Psychomotor Vigilance Task for psychomotor vigilance measure.
Finger Tapping Test
Tap frequency and interval variability provide a short measure of neuromotor performance and stability.
Voice Sample
A 30-second picture description captures articulation rate, pause density, prosody, voice stability, and acoustic and latent features that enrich the picture of neuro-vocal reserve and response to load.
Subjective Modulators
Your perceived state context.
Biological Response (Y)
Optical PPG
Camera-derived PPG signal, acting as a separate independent axis. Not an automatic equivalent to every wearable metric.
Recovery matched to the signal.
Accessible self-directed wellness protocols, not just generic advice.
Your biological state is used to generate specific recovery recommendations you can perform anywhere.
Individual recovery plan
Development & Validation Timeline.
NOW / CURRENT PRODUCT
We are developing Hyperion through closed pilots, calibration and scientific validation. Participation is agreed individually with research and implementation partners, under the applicable protocols, consents and approvals.
NOW IN R&D / SHADOW MODE
The adaptive layer is being calibrated in the background and does not yet influence decisions. Active pilots help us evaluate its reliability before wider use.
NEXT VALIDATION STAGE / MODULES
Evaluating separate modules against reference apparatus (PPG vs ECG, PVT vs established PVT, tapping vs standardized methods), versioned protocol, capture quality, and error analysis.
PROSPECTIVE STAGE / INTEGRATED SYSTEM
Prospective evaluation of the predictive/integrated Core Assessment. Assessing false alarms, missed events, source/device stability, and confidence calibration before firm decision influence.
DESTINATION / A SYSTEM THAT LEARNS YOUR RESPONSE
Ultimately, Hyperion will do more than assess your current state and select a recovery direction. After a defined interval, it will ask you to retest, check how your organism responded, and use that response to build an increasingly accurate model of you. Each next decision will be based not on generic advice, but on what actually works for you.
A titan in your pocket.
With a sense of humor.
I'm not a faceless algorithm. I'm a Greek titan rebuilt for the digital age — circuit laurel, an ECG pulse across my chest, and opinions about your sleep schedule.
I talk to you directly and call things as they are. Hyperion also contains hidden functions and Easter eggs that can activate with the context around you — the time of day, weather, travel, your daily rhythm and other passive background signals. Not everything depends on what the system has learned about your biology or profile. Some functions respond to independent triggers, so the product and the way you work with it can change with the situation you are actually in.
“The mathematics is deadly serious — but the way it is presented doesn't have to be.”
— Hyperion, Titan of Recovery
Follow the development. Explore collaboration.
Hyperion is in R&D: we are running closed pilots, calibrating and validating the system. Individuals can join the waitlist; coaches and clubs can enquire about a pilot. Commercial packages describe our intended direction, not an offer available for purchase.
After public launchFuture packages — explore the intended scope
Pro Athlete
Pricing will be announced closer to commercial launch
- Multimodal Core Assessment
- Your Biology Readiness Index and fatigue profile
- Recovery Plan matched to your current state
- Individual baseline, history and timed retest
Coach & Pro
- Athlete access to the Hyperion core
- A coach view across the small roster
- Readiness context and recovery decisions in one workflow
Clubs & Teams
- Hyperion for a roster of more than 5 athletes
- Team and staff workflow
- Scope matched to the club structure
- Implementation and support terms agreed individually
Follow our progress.
Join the waitlist for 50% off your first 12 months of paid subscription after launch, plus development updates, published results and availability news. Signing up does not create a system account or enrol you in a study.
We will announce commercial availability and pricing at a later stage. Joining the waitlist does not guarantee access or admission to a pilot.
Closed pilots for coaches and clubs.
Tell us about your team and needs. We agree the scope, eligibility, duration and terms individually. Participation depends on the relevant protocol, consents and required approvals; an enquiry does not guarantee admission.
R&D · closed pilots · calibration · scientific validation
Individual deployments within an organisation’s infrastructure are also possible. We plan API integrations following scientific validation.
Explore collaboration optionsBe first when the full version goes live.
50% off for 12 months
Join the waitlist for 50% off your first 12 months of paid subscription after launch. The discount period starts when you activate your paid subscription — not when you sign up today.
Leave your email for development updates, published research findings and news about future availability. Joining the list does not provide system access or enrol you in research.
Built with real users and partners.
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Maja Wołos
Competitive tennis player & coach
A competitive athlete ranked in Poland's TOP 100 in both singles and doubles, also competing in ITF tournaments. An early Hyperion user who documented her real experience with the product.
Legia Warszawa Women's Rugby
Polish Rugby 7s Champions 2026, ten-time Polish Championship medalists and one of the country's largest women's rugby programs, with more than 60 licensed players. Legia joined Hyperion's R&D pilot and works directly with us on developing the product for high-performance sport.
Meet the Legia Rugby team ↗
Piotr Sawicki
Kyokushin World Champion in Tokyo, four-time European Champion and founder of SCK Team. He brings the perspective of an athlete and coach who knows elite sport from the inside — and chose to work with Hyperion.
Learn about Piotr Sawicki ↗Data & Privacy.
Your data is not our product and we do not sell it. We use selected service providers to operate Hyperion. You can deactivate your account in the app and request full deletion by contacting us.
Hyperion on stage
The Hyperion Performance premiere keynote.
At the 6th Polish Boxing Forum and International Boxing Industry Expo in Kielce, Natalia Lewczuk presented why isolated metrics are not enough — and how Hyperion connects context, active measurement, recovery decisions and retesting in one individual N=1 system.
Kielce · 18.09.2026 · 23 min
What early testers are saying
Maja Wołos
Competitive tennis player & coach · PZT TOP 100 singles and doubles · ITF competitor
The Team.
Natalia Lewczuk
Founder & CEO
- ·MSc in Physiotherapy, Medical University
- ·Former Tennis Player — Tennis Training School, Italy
- ·Białystok Athlete of the Year 2025 — Kurier Poranny and Gazeta Współczesna poll
- ·Author of 3 published books
Physiotherapist by education, athlete by formation, builder by conviction. She designed Hyperion because the system she needed didn't exist — and built its first version from the ground up.
LinkedIn profile ↗Justyna Krzywdziak
CTO
- ·Senior AI Engineer — multimodal sensing & digital biomarkers
- ·Deep-learning systems for health assessment
- ·Former Samsung R&D Engineer — sensor-based measurement
The kind of AI engineer who turns sensor noise into signal. She builds the multimodal measurement, digital biomarkers and deep-learning that let Hyperion read a body through data alone. Former Samsung R&D engineer — where she taught phones and wearables to catch what most people miss.
LinkedIn profile ↗Radosław Soysal
Lead Developer
- ·Google for Startups Resident
Software engineer and Google for Startups Resident. He architects scalable systems the same way Natalia architects bodies — with obsessive precision and zero tolerance for noise. The kind of developer who doesn't just build what you ask for, but builds what you actually need.
LinkedIn profile ↗Ina Kaczmarczyk
Data Scientist
- ·Data Science — University of Warsaw
- ·Data analysis & analytical model development
A data scientist who doesn't stop at tables. She looks for patterns, relationships and deviations inside multimodal observations — the structure Hyperion needs to build a coherent model of one specific human. She brings data-science discipline to biological complexity and turns it into something the system can learn from.
LinkedIn profile ↗Prof. Paweł Chmura
Chief Science Officer (CSO) · AWF Wrocław
- ·Professor of Medical Sciences & Health Sciences
- ·Academy of Physical Education, Wrocław
- ·Author / co-author of 140+ scientific publications
The kind of academic credibility that arrives with a bibliography, not a pitch deck. He reviewed the science behind Hyperion — and stayed.
ResearchGate profile ↗In performance, we also collaborate with Jakub Chycki, PhD, Associate Professor at the Academy of Physical Education in Katowice — an exercise physiologist and strength & conditioning coach connected to world-class boxing.
Enquire about a closed pilot
Briefly describe your club and its needs. Scope, eligibility and terms are agreed individually, subject to the relevant protocols, consents and approvals. An enquiry does not guarantee admission to a pilot. We will reply to the email address provided.