Sport has never lacked for things to measure — it has lacked a way to measure them often enough to matter. A seven-minute, non-invasive scan turns questions that were answered quarterly, or by feel, into a daily read: recovery, training load, injury response, readiness to return.
Inflammation. Oxidative stress. Autonomic balance. Recovery state. The sports-science literature settled these questions years ago, and every well-resourced program can name the markers that matter.
The constraint has never been the metrics. It has been cost and friction — the phlebotomist, the lab turnaround, the athlete's willingness to be stuck with a needle in-season. Measure something quarterly and you get a snapshot. Measure it daily and you get a trajectory, which is the only thing that actually informs a decision about training, treatment, or selection.
Aurorus is a measurement layer built for that frequency: a single scan, under seven minutes, that produces a quantitative read across forty-nine channels — repeatable as often as the program calls for, at the training facility, the clinic, or the sideline.
Same instrument, same seven-minute read — applied to the questions sport asks of itself, from the sideline to the front office.
When an athlete comes off, the call has to be made in minutes with incomplete information. A rapid objective read adds a quantitative data point to a decision that currently rests on observation, symptom report, and an athlete who wants to go back in. Particularly relevant for head-injury protocols, where an AUC of 0.981 was reported in a TBI cohort — a feasibility result, not a cleared indication, but the most directly applicable evidence we hold.
Recovery from injury is currently tracked by imaging at intervals, clinician judgment, and how the athlete says they feel. A daily physiological read fills the gap between appointments, showing whether a treatment protocol is producing a measurable response — and flagging early when it isn't.
Periodization works on a plan; bodies work on their own schedule. Reading physiological state before each session lets load be adjusted to the athlete in front of you rather than the block on the calendar — pushing when the read supports it, backing off when it doesn't.
Selection decisions commit enormous capital on limited physiological information. Adding an objective, repeatable read to the combine or pre-signing medical gives front offices a further data point on durability and recovery capacity — captured in minutes, without the friction of another blood panel.
Overtraining syndrome is easier to describe than to catch early, and athletes are famously unreliable reporters of their own fatigue. Tracking autonomic and oxidative markers across a season surfaces the drift that precedes breakdown — while there is still time to intervene.
The highest-stakes call in sports medicine, and the one most exposed to pressure from every direction. An objective physiological read gives the medical staff an additional, defensible input — one that doesn't care about the fixture list or what the athlete insists they're ready for.
Team medical staff, performance departments, and front offices managing multi-year commitments to human physiology. Daily reads across a roster; longitudinal records that follow a player through a career.
Large squads, developing bodies, limited medical staffing, and a legal environment that rewards documented process. A fast per-athlete read makes routine monitoring practical at squad scale.
Orthopedic and sports-medicine practices tracking rehabilitation across a course of treatment — with an objective measure of response between imaging intervals.
Endurance athletes, combat-sport competitors, and self-coached individuals already instrumenting themselves heavily — and currently forced to infer physiological state from proxies like heart-rate variability and sleep scores.
Tell us how you'd use it — sideline, training room, rehabilitation, or evaluation. We'll route the conversation to the right person on our team.
For professional, collegiate, and academy programs evaluating daily physiological monitoring.
Get in touch → Sports medicine practicesFor orthopedic and sports-medicine clinicians measuring treatment response between imaging intervals.
Get in touch → ResearchersSeveral of the applications above are open research questions. We support pre-registered studies and instrument access.
Research & trials →