Built on validated science · Not an AI wrapper
Anonymous signal
Workload ↑ 3 days running
5 weeks early
Energy declining trajectory
No names. Ever.
Team · 14 members
83% healthy this week
The research behind the signal
Job Demands-Resources model
Bakker & Demerouti, 2007
The world's most validated framework for predicting workplace burnout. Restemb's three daily questions map directly to its core dimensions: exhaustion, demand overload, and resource availability.
Maslach Burnout Inventory
MBI-GS · Maslach, Leiter & Schaufeli
The gold standard for clinical burnout measurement since 1981. The weekly deep-dive question uses the verbatim exhaustion item from the MBI-GS — 40+ years of peer-reviewed validation behind every response.
Why daily frequency matters
Signal density vs. periodic surveys
Burnout develops across 6–8 weeks. Daily check-ins generate 20–30× more data points per month than weekly pulse surveys — the signal density that makes trajectory forecasting statistically meaningful.
How it works
Step 01
Three science-backed questions — energy, stress, workload — drawn from the Job Demands-Resources model. Works on web, Slack, or Microsoft Teams. No friction. Employees don't skip it.
Built on the JD-R model (Bakker & Demerouti, 2007) and the Maslach Burnout Inventory — 40+ years of validated science.
Daily check-in · Employee view
How is your energy level today?
How manageable is your workload?
How stressed are you feeling?
AI forecast · Anonymous team member
Trajectory detected 6 weeks before typical burnout indicators appear
Step 02
Daily data density is what makes early detection possible. Each response is scored against the JD-R model. When the trajectory slopes down over 2+ weeks, the system flags it — 4 to 6 weeks before crisis.
No tool that collects data weekly can replicate this. The gap between daily and weekly signals is exponential, not incremental.
Step 03
Managers see that someone on their team is at risk. The pattern. The duration. The severity. They do not see who. Individual identity is protected at the database layer — not a UI preference, not an admin toggle.
Privacy architecture · What managers see
Individual check-ins
Alex · Sam · Jordan · 11 others
Anonymised · aggregated · minimum 5 users
What the manager sees
Who it helps
Employees
Managers
HR & Leadership
Privacy by design
Check-ins only work if employees trust the system. Privacy isn't a setting in Restemb — it's enforced at the data layer. No UI toggle. No admin override. By architecture.
Data architecture · How privacy works
Employee check-ins
Individual responses · Encrypted at rest
Manager view
Aggregated trends only · No individual data
HR & leadership
Org-wide risk distribution · Anonymised benchmarks
Why Restemb
01
Burnout develops across weeks. A quarterly survey sees the aftermath — not the cause. Daily data is the only foundation for prediction.
02
Every other tool tells you what already happened. Restemb tells you what will happen — 4 to 6 weeks before the peak. There's no comparison.
03
Other tools promise privacy through settings. Restemb makes it structurally impossible for managers to see individual data. The query never returns it.
| Capability | Restemb | 15Five | Viva Insights | Culture Amp | Kona |
|---|---|---|---|---|---|
| Check-in frequency | Daily · 30s | Weekly | Calendar | Quarterly | Slack |
| Early burnout signal | 4–6 weeks | 1–2 weeks | |||
| Privacy at data layer | Partial | ||||
| Works for teams < 20 | |||||
| Science basis | JD-R + MBI | Custom | Behavioural | NPS | — |
FAQ