Live protocol generator — try it free on your own goal, no signup

Describe an experiment. Get a protocol you can defend — in about a minute.

Olto turns a plain-language goal into a publication-structured first-draft protocol, scores it against seven deterministic reproducibility signals, and gives it a public protocol page with a stable, citable permalink. Then run it, log evidence, and do your statistics in one place. $79 a month — where enterprise lab platforms typically cost several thousand dollars a seat, per year. Built for independent researchers, students, and small teams who need a serious platform without the enterprise price — or the enterprise sales call.

5 free protocols5 free AI calls a monthCancel anytimeYou own & export your dataStats run in your browser
Built to be audited — 7,500+ automated tests, 300+ row-level-security policies, and every rigor score recomputable. Figures as of July 2026.

Illustrative example — a scripted preview (7 of the 12 sections shown), not a live run. Try it on your own goal below.

or try one:
Built for
Molecular BiologyCell BiologyBiochemistryMicrobiologyImmunologyAnalytical ChemistryMechanical EngineeringElectronics & PCBManufacturing & QA
Under a minute
to draft a full, 12-section protocol from a plain-language goal, typically
$79
a month — where enterprise lab platforms typically cost several thousand dollars a seat, per year*
One workspace
protocol → run → data → stats → literature → publish
7 signals
a deterministic rigor score on every protocol. No AI, publicly verifiable
*Competitor pricing as of July 2026 — verify current pricing directly with each provider. Generation time varies with goal complexity and load.
The flow

From a question to a shareable result.

The whole research arc in one connected workspace. Each step feeds the next (linked, versioned, and auditable) so you retype far less and keep an audit trail.

1

Describe

Tell Olto your goal in plain language.

2

Generate

A full, rigor-scored protocol in under a minute.

3

Design

Edit it as a drag-and-drop step graph.

4

Run

A guided session logs findings + evidence.

5

Analyze

Real stats, computed in your browser.

6

Reference

Grounded literature, with AI you can check.

7

Publish

A signed PDF + a public Reproducibility Passport.

The wedge · recompute it yourself

Every protocol carries a passport you can recompute.

Not an AI opinion — a deterministic rigor score across seven reproducibility signals: controls, replication, sample size, statistics, quantitative parameters, randomization, and safety. Run the same protocol through it twice and the number is identical. It gets a public URL and a citation string, and there's no login to read it. There are 104 live in the open library right now.

7signals
0AI in the rigor score
1public, citable URL
Open this protocol’s full passport
Insulin Dose-Response Quantification of Phospho-AKT (Ser473) and Total AKT by Western Blot in Differentiated 3T3-L1 Adipocytes
Biology
C
55/100
Experimental controls
Replication
Sample size / power
Statistical analysis
Quantitative parameters
Randomization / blinding
Safety considerations
LIVE PASSPORTrecomputable · public · citable
CITATIONpaste into a methods section
Olto Discovery. “Insulin Dose-Response Quantification of Phospho-AKT (Ser473) and Total AKT by Western Blot in Differentiated 3T3-L1 Adipocytes.” Reproducibility Passport, grade C. oltodiscovery.com/passport/insulin-dose-response-quantification-of-phospho-akt-ser473--c4a6385c
New — the Reproducibility Fingerprint

Two labs describe the same experiment differently. Olto gives it one fingerprint.

Olto distills any protocol to its canonical experimental form — units normalized to SI, methods and controls extracted — and content-addresses it into a single stable, recomputable id. Same science, same fingerprint, however it's worded. Deterministic, no AI.

PROTOCOL A

Add 5 mL DMEM. Incubate at 37 °C for 30 min. Untreated controls, n=3. Analyze by t-test.

PROTOCOL B — REWORDED, RE-UNITED

Pipette 0.005 L DMEM. Incubated at 310.15 K for 1800 s. Vehicle control, n = 3. Student's t-test.

=rpf_p78hs7mthhhmz409jx0kacfby8Identical experiment

Like Olto's statistics workbench and notebook Python, the fingerprint is computed entirely in your browser — your rawest data and protocol text never have to leave your machine.

The open library, in real numbers

Not a demo dataset — live scores from real protocols.

Every public protocol carries four design-quality scores from its AI review — feasibility, controls, reproducibility, and clarity. Here's how the open library actually distributes, aggregated live from what scientists have published. (The deterministic seven-signal rigor score, which no AI touches, lives on each protocol's passport.)

104
public protocols
87
average design score
16
research fields
Design-score distributionmost cluster near 88
avg 87828894rigor
  • 1 protocol scored 82
  • 5 protocols scored 83
  • 5 protocols scored 84
  • 10 protocols scored 85
  • 12 protocols scored 86
  • 17 protocols scored 87
  • 19 protocols scored 88
  • 14 protocols scored 89
  • 11 protocols scored 90
  • 7 protocols scored 91
  • 2 protocols scored 92
  • 1 protocol scored 94
Average by design dimension
Feasibility
Controls
Reproducibility
Clarity
Protocols by field16 fields
Cell Biology15
Genomics15
Biochemistry10
Immunology6
Oncology6
Bioengineering5
Genetics5
Microbiology5
Molecular Biology5
7 more fields32
Computed live from the open library — not a mock.Browse every protocol →
Why Olto, not a chatbot

A chatbot writes a paragraph. Olto builds a record you can reproduce.

A protocol in a Word doc, stats in SPSS, inventory in a spreadsheet, papers in Zotero, decisions in a chat thread — nothing connects, nothing is traceable, and rigor only gets checked when a reviewer can't repeat your result. Asking a general model just moves the retyping around. Here's the difference, line for line.

A CHATBOT + SIX DISCONNECTED TOOLS
A confident paragraph you retype into your real tools
No way to tell whether the rigor actually holds
Copy-paste across six apps, with no audit trail
Your prompt and your data on someone else’s servers
Citations it may have quietly invented
ONE OLTO WORKSPACE
A protocol scored on 7 signals anyone can recompute
Gaps flagged before you pipette, not in peer review
Generate → run → log → analyze in one auditable place
Stats and notebook Python run in your browser, so that raw data can stay local
An agent grounded on your own papers, answering with citations
What's inside

A full workbench, not just a notebook.

One connected platform for the whole of experimental research — design, run, analyze, document, and collaborate, for life sciences and engineering alike. Everything below is included on paid plans. AI calls are metered; storage scales by plan; features are not.

New · Engineering

One platform, two labs.

Flip from the life-sciences lab to the engineering lab and the navigation, terminology, and tools adapt. The engineering side is deterministic all the way down: every number shows its formula, runs in your browser, and is unit-tested against the published standard. No AI anywhere near the result — and it's never metered.

The block notebook works in both modes: drop a deterministic calc inline beside your Python, sign it, export. Read the engineering docs →

ENGINEERING WORKSPACEdeterministic · unit-tested
Calculators
32
Mechanical, electrical, structural, signals, thermal & fluids
Metrology
GUM · Cp/Cpk · Gage R&R
Uncertainty, X̄/R control charts, requirements traceability
Tolerance & BOM
worst-case + RSS
1-D stack-up plus a multi-level BOM with cost & mass roll-up
Materials
26 + ISO/UNC
Property reference and metric / UNC fastener tables
Standards
8 bodies
ASME · ISO · IPC · IEEE · ASTM · AISC · IEC · MIL-STD
Sealed record
SHA-256
A SHA-256 checksum a reviewer can recompute to detect changes
AI

Protocol generator

Describe a goal, get a 12-section, publication-structured first-draft protocol in under a minute, scored on feasibility, controls, reproducibility, and clarity. Edit inline, export to PDF, fork to anyone.

AI

Research agent

A tool-using assistant that searches your own protocols, papers, and inventory, and can run a statistical test, answering grounded, with citations and an audit trail.

BUILT-IN

Computational notebook

A block-based electronic lab notebook that runs Python in your browser. Run a t-test, get a matplotlib figure inline, then sign, version, and export the entry to PDF.

BUILT-IN

Statistics Workbench

Run real t-tests, ANOVA, correlation, regression, and non-parametric tests entirely client-side, so your raw data stays in your browser unless you choose to save or export it. Effect sizes, CIs, and plots included.

BUILT-IN

Guided test runs

Execute any protocol as a step-by-step session. Per-step timers, pass/fail/deviation logging, findings and evidence captured as you go, then a session-report PDF.

AI

Research library

A reference manager with collections, full-text search, Ask-AI Q&A grounded on a paper, multi-paper synthesis, and 13-style citation export.

LAB

LIMS & Certificates of Analysis

Order lab tests, track results, auto-flag against reference ranges, release a Certificate of Analysis, and invoice. On Lab plans and up.

BUILT-IN

Image & gel analysis

Deterministic computer vision in the browser: lane densitometry and cell counting. The numbers are yours; AI is used only for QC.

OPEN

Standards library

Map an experiment to the ISO, ASTM, USP, and ICH standards it should meet, and surface them right on the protocol.

TEAMS

Real-time collaboration

Presence, live cursors, and inline comments. Co-edit protocols and projects with version history and approvals.

BUILT-IN

Inventory & reagents

Track stocks, expirations, locations, suppliers, and lot numbers with a full transaction ledger. Get warned before you run out, not after.

OPEN

Public protocol library

Browse rigor-scored protocols other scientists published. Fork any one to start from something real, and put your name on yours.

Pricing

Real pricing, for real scientists.

Start free, no card. AI is metered; on paid plans everything else is unlimited (free Explorer includes 5 protocols).

Explorer
Free
5 protocols. 5 AI calls a month. No card.
Start free
FOR INDIVIDUALS
Researcher
$79 /mo
Unlimited protocols. 200 AI calls a month.
Start Researcher
Lab
$499 /mo
Up to 10 seats. 2,000 AI calls. Teams + LIMS.
Start Lab
Enterprise
Custom
Unlimited everything. HIPAA-capable with a BAA. SSO planned.
Talk to us
The landscape

How Olto compares.

We built Olto because we wanted to use it. The alternatives were either too expensive or too narrow. This comparison is made in good faith. If something looks wrong, tell us and we'll fix it.

What only Olto does

These are specific, checkable capabilities that set Olto apart — each one is in the product today, not a roadmap promise.

  • Deterministic seven-signal reproducibility scoring
    Every protocol is scored against seven reproducibility signals — controls, replication, sample size, statistics, quantitative parameters, randomization, and safety — by a pure function anyone can recompute to the same result.
  • Public Reproducibility Passports
    Each shared protocol gets a public, citable Passport page that summarizes its rigor and provenance for anyone to inspect.
  • Protocol Fingerprints
    A content-addressed fingerprint gives every protocol a canonical identity, so the same method always resolves to the same verifiable hash.
  • No-signup protocol demo
    Type a research goal and watch a structured protocol assemble in the browser — before you create an account.
  • Transparent self-service pricing
    Plans are published openly at $79–$499 / month and you can subscribe yourself — no sales call or custom quote required.
  • Browser-side statistical calculations
    t-tests, ANOVA, regression, and non-parametric tests run client-side, and the notebook runs Python locally via Pyodide, so the raw data you analyze can stay in your browser.
  • Teacher-approval workflow
    Olto for Education routes student work through an explicit teacher-approval step before it is finalized.
  • Structured protocol fork lineage
    Forking a protocol records structured parent-and-child lineage, so any derivative can be traced back to the protocol it came from.
  • Public protocol publishing
    Publish a protocol to the public library, where anyone can read it, cite it, or fork it as a starting point.

About the alternatives

For context, enterprise lab platforms typically cost several thousand dollars per seat per year; Olto publishes its pricing openly at $79–$499 / month. The tools below serve overlapping but different jobs — here is a neutral one-line description of each.

  • BenchlingEnterprise R&D suite (ELN / LIMS); pricing is quoted through sales.
  • LabArchivesElectronic lab notebook; pricing available on request.
  • SpreadsheetsGeneral-purpose tools, free or bundled with office suites.

Competitor capabilities and pricing were reviewed on July 2026 and may change; verify current information directly with each provider. This comparison is made in good faith. If something looks wrong, tell us at support@oltodiscovery.com and we'll fix it.

What Olto is
  • Built and refined with working researchers
  • A reproducibility-first platform for the whole research lifecycle
  • Built so AI proposes and you sign off, with an audit trail
What it isn't (yet)
  • Not a HIPAA-, GLP-, or clinical system-of-record, so don't upload PHI
  • Not SOC 2 or HIPAA certified. We say so plainly, and won't imply otherwise
  • AI drafts are starting points to review, never finished, authoritative designs

Your statistics and notebook Python run in your browser, so sensitive data can stay on your machine; everything else is encrypted in transit and at rest and isolated per-tenant by Postgres row-level security. See exactly what we do (and don't) claim →

FAQ

The questions everyone asks.

You can. What you get back is an ungrounded chat transcript you retype into your real tools, with no way to verify the rigor. Olto is built for the lab. Every protocol carries a deterministic 7-signal rigor score anyone can recompute, the whole lifecycle (generate, run, log evidence, analyze) lives in one auditable place, your statistics run client-side so raw data never leaves your browser, and the assistant searches your own protocols, papers, and inventory and answers with citations. Same starting point, but verifiable and connected, not a paragraph you have to take on faith.

See it work on your next experiment.

Generate a real, rigor-scored protocol right now. No account, no card, no demo call. Then keep it free.

Try the live demo, no signupStart free