Vitelle × WHOOP
API Integration Overview
Vitelle is a female health and performance analytics platform built for the teams that support female athletes. We give performance staff female-specific physiological baselines and longitudinal trends for each athlete, tracking how training, recovery, and physiology interact over time.
WHOOP data is surfaced in two places: the athlete-facing app, where each athlete sees her own synced metrics, and the coach-facing dashboard, where those metrics are interpreted against her individual baseline. Vitelle does not replace WHOOP’s athlete experience or insights — we add a female-specific interpretation layer for the staff supporting her.
Recovery
HRV
Sleep
Skin temperature
Resting heart rate
Workouts — not requested
Strain — not requested
Live in production · iOS
Athlete view — Insights
Each athlete sees her own WHOOP data alongside her other connected sources. WHOOP is clearly attributed and displayed in WHOOP’s own terms.
What the athlete sees
Each connected source appears as its own card with a sync status. WHOOP recovery, HRV, and strain are displayed exactly as WHOOP reports them — Vitelle does not recalculate or reinterpret WHOOP’s athlete-facing scores.
Athletes connect their own WHOOP account and can disconnect at any time. Data flows only for athletes who have explicitly authorised the connection.
Note: Strain appears here via our existing aggregator integration. It is not among the
scopes requested for the direct API integration, and does not appear in the coach-facing view below.
Design · partners.vitelle.co
Coach view — Team Insights
The performance staff dashboard. WHOOP data sits alongside GPS and force plate inputs, interpreted against each athlete’s individual physiological baseline — surfacing when her own data has diverged from her own expected range, which a general population model cannot do.
Team Insights
Coach View
18 athletes · Tuesday, 14 July · Last sync 06:42 AM
⟳ WHOOP · 14 synced
⟳ Oura · 4 synced
⟳ GPS · 18 synced
⟳ Force Plates · 18 synced
Squad Overview — WHOOP
⟳ Synced
Avg Recovery
64%
14 athletes
Avg HRV
76ms
within squad norm
Avg Sleep
7:24
▲ 18 min vs 7-day
Baseline Alerts
2
deviation detected
Athlete Readiness
Interpreted against each athlete's individual baseline
Athlete
Recovery
HRV
Sleep
Temp Δ
RHR Δ
Status
JM
J. Martinez
Midfielder
84%
WHOOP
92ms
WHOOP
7:52
WHOOP
−0.1°
WHOOP
−1.2
vs. her floor
Ready
AT
A. Thompson
Forward
38%
WHOOP
58ms
WHOOP
6:10
WHOOP
+0.4°
WHOOP
+4.8
vs. her floor
Flagged
KO
K. Okafor
Defender
72%
WHOOP
78ms
WHOOP
7:31
WHOOP
0.0°
WHOOP
+0.4
vs. her floor
Ready
SD
S. Dubois
Goalkeeper
63%
WHOOP
70ms
WHOOP
6:58
WHOOP
+0.3°
WHOOP
+2.1
vs. her floor
Monitor
LB
L. Bergström
Midfielder
79%
WHOOP
85ms
WHOOP
8:05
WHOOP
−0.2°
WHOOP
−0.6
vs. her floor
Ready
A. Thompson — WHOOP Recovery vs. Her Baseline
14 days · WHOOP data interpreted against her individual expected range
WHOOP recovery
Her expected range
Deviation window
Vitelle Insights
A. Thompson — recovery below her individual range for 4 consecutive days. RHR +4.8 bpm above her personal floor, temperature elevated. Recommend load review before Thursday.
S. Dubois — sleep efficiency trending down over 6 days while load holds steady. Consistent with her historical adaptation pattern.
Squad — Tuesday recovery sessions are producing a 12% stronger rebound in WHOOP recovery scores than Thursday sessions this month.