CuRE Labs
Research tools you can use on your own.
Focused tools from the CuRE platform for statisticians, data teams, and regulatory and safety staff. Several run in your browser today, with nothing to install and no sign-up. Each one leads into the full CuRE platform when you need more.
Self-serve sign-up is on its way. Until then, we set up your workspace for you.
The tools
Bring your own input, get a useful answer
Tools marked Try it now run entirely in your browser: nothing you type is sent to us. Each tool is part of a CuRE app, so your work can carry on there.
Study design and statistics
Randomization list generator
Trial PIs and academic trials units
Arms, ratio, strata and method in. A reproducible schedule and a balance report out.
Drug development value (eNPV) calculator
Biotech founders and portfolio leads
Phase costs, durations and odds of success in. Risk-adjusted value and a go/no-go read out.
Trial design and sample-size simulator
Biostatisticians and grant writers
Endpoint, effect size and interim looks in. Power, expected sample size and stopping boundaries out.
PK curve analysis
Clinical and preclinical pharmacologists
Concentration-time data in. Cmax, AUC, half-life and clearance out.
First-in-human starting dose calculator
IND teams
Animal NOAEL and species in. Human-equivalent and maximum recommended starting dose out.
Cost-effectiveness and budget impact calculator
Health economists and market access teams
Costs, outcomes and population in. Cost-effectiveness ratio and budget impact out.
OMOP and data standards
FHIR to OMOP mapper
ETL and integration engineers
A FHIR resource in. The OMOP rows it becomes out.
CSV to OMOP column classifier
Data managers
A CSV in. Each column matched to an OMOP field, with a confidence score, out.
ISCN karyotype parser
Cytogeneticists and registry data teams
A free-text karyotype in. Structured clones and events out.
OMOP vocabulary update checker
OHDSI data partners and ETL consultants
Your source-to-concept or Usagi mappings in. Deprecated and drifted concepts, with replacements, out.
ATLAS cohort explainer
OHDSI researchers
An ATLAS cohort definition in. A plain-English explanation and the SQL it runs out.
HLA typing normalizer
Transplant and registry data teams
HLA typing strings in. Normalized GL strings and allele groups out.
Submissions and regulatory
Drug label change monitor
Labeling and medical information teams
A reference drug to watch in. Section-level label changes out.
Try it on two sample label versions. Watching a label for changes is coming soon.
eCTD submission validator
Regulatory publishers
A submission sequence in. Technical rejection checks for ICH and FDA rules out.
CDISC submission data check
Statistical programmers
SDTM or ADaM datasets and define.xml in. A conformance report in plain language out.
SEND animal data checker
Toxicology and preclinical teams
SEND datasets in. A conformance report out.
SAS XPT and Dataset-JSON converter
Statistical programmers
A file in either format in. The other format, with every truncation reported, out.
Results-posting deadline tracker
Trial compliance offices and small sponsors
Trial registry IDs in. US and EU posting due dates and overdue alerts out.
Safety, quality and privacy
Drug safety signal calculator
Drug safety and pharmacoepidemiology teams
Drug and event counts in. PRR, ROR and EB05 signal scores out.
TMF document filer
Trial master file leads
A document title in. Its TMF Reference Model zone out.
Filing whole document sets at once is coming soon.
Re-identification risk checker
Data stewards and data-sharing PIs
A dataset and its quasi-identifiers in. k-anonymity, l-diversity and re-identification risk out.
Try it on a synthetic sample release.
Safety report (E2B) validator
Drug safety teams
An E2B(R3) safety report file in. Schema and regional rule findings out.
Site under-reporting check
Clinical QA and trial monitors
Adverse event counts by site in. Sites likely to be under-reporting out.
Patient questionnaire scorers
Outcomes researchers
Questionnaire answers in. Validated scores, such as PROMIS, out.
Want a tool that is coming soon, or one that is not listed? Tell us and we will put you on early access for it.
How it works
Start free, pay only when it matters
Exploring, analyzing and exporting your own work costs nothing. You pay for jobs you choose to run and for what you release.
- 1
Explore free
Every app, on synthetic data, with no card.
- 2
Run jobs priced on the button
A job shows its price before it runs. It is charged only when it succeeds, and refunded automatically if it fails.
- 3
Pay at release
You pay when you release something other people will rely on, not to experiment.
Plans
The whole platform on every plan
Every plan, including Free, includes every app. The plans differ in who uses them and what you release.
Free
Anyone exploring
- Every app
- Exports carry an "exploratory" watermark
- Your data is never deleted
Pro
One researcher
- Every app, with full history
- 14-day trial, no card needed
- Academic discount on a university email
Team
Groups and shared work
- A shared workspace for members and guests
- Regulated studies billed only while in regulated use
- Billing for a study starts at release, not at setup
Enterprise
Organizations that budget once
- An annual commitment
- Every app, across your teams
- Pilots run as a short commitment
Prices are not on this page yet. If you want to know what your team would pay, ask us.
Start here
One place to start, and to pay
CuRE Labs is where you start with CuRE. When self-serve sign-up opens, you will choose a plan and pay for individual jobs here, on your own, without a sales call.
Today, request early access and we will set up your workspace for you.
Self-serve sign-up and payment are on their way.
Why it costs less
Less to build, less to connect
Most of what research software costs is the work around it. CuRE removes the largest pieces.
No integration project between apps
Every app reads one governed OMOP record, so connecting one app to the next is not a project you pay for.
One study design, many outputs
One study design generates the CRFs, the SDTM mapping and the define.xml, instead of each being built by hand.
Everyday AI included
Everyday AI is part of every plan. Frontier models run on prepaid credits or on your own key.
Early access
Start now, before sign-up opens
Until self-serve sign-up opens, early access is request-then-invite. Tell us a little about your team and what you want to try, and we will invite you into your workspace.
More detail is in the Early Access Program post.
- Your own workspace. We set your team up in its own organization, starting on synthetic data.
- A 90-day trial on real data. It starts when you bring your own data under a business associate agreement, not on the day you join.
- Preview apps. Apps are labeled Preview until their production deployment is live. Preview apps are for exploration and pilots, not yet for regulated use.
- A direct line to the team. What you tell us shapes what ships next.
For OHDSI teams
Keep your tools
Point the ATLAS you already run at CuRE as a CDM source. After the symposium we are opening a hosted synthetic endpoint, so you can try it without moving any of your data.
Tell us if you want the endpointTry CuRE Labs with your team
Request early access and we will set up your workspace on synthetic data. Self-serve sign-up is on its way.