UNCERTAINTY-AWARE SCIENTIFIC COMPUTING

A result is more useful
when you know its limits.

Turn measurements into calculations that carry uncertainty. Inspect the method, explore a scenario, and keep the result grounded in what the inputs actually support.

Try Synapse LabUse the Python CLI

Real interpreter. Local browser execution. No model calls made by the Lab.

RESEARCH CONCENTRATION / SYNAPSE
uncertain mass = 10 +/- 0.1
uncertain volume = 2 +/- 0.02
concentration = mass / volume
concentration
5 ± 0.0707107 mg/mL

Independent input errors, first-order propagation. Units supplied by the workflow. Not a clinical confidence interval.

WHAT WORKS TODAY

A focused engine, not a promise of everything.

01

Uncertainty-aware arithmetic

Carry measurement uncertainty through supported arithmetic instead of presenting every input as exact.

02

Reusable workflows

Use the Python API to parse once and evaluate against new inputs, with opt-in parallel branches and supported parameter-sweep utilities.

03

Quantum-circuit simulation

Explore small circuits on a software simulator. Bell-state experiments make correlations visible without implying quantum hardware advantage.

TRY THE ACTUAL ENGINE

Three useful ways to start.

Research concentration

Change a mass, volume, or measurement uncertainty. See the resulting concentration and the assumptions behind it.

Inference spend forecast

Explore request-volume uncertainty with your own illustrative token rates. Forecasting only, never an invoice or live routing decision.

Bell-state experiment

Change shot count and seed. Compare simulated measurement frequencies with the expected correlated outcomes.

Run an experiment

The Lab downloads a pinned Python runtime, NumPy, and SciPy on first use. Inputs remain in your browser. Internet is required to initialize.

SIMPLE COMMERCIAL LICENSING

One supported runtime. Clear annual pricing.

USD pricing for standalone Synapse licensing, separate from Crowe Logic console plans. Licenses are issued by written agreement; checkout is not enabled on this site.

Developer

$199/year

  • One named developer
  • Commercial use and internal automation
  • Updates during the licensed term
  • Standard email support, no SLA
Request developer license

FOR RESEARCH GROUPS

Lab / team

$799/year

  • Five named developers
  • Same supported runtime
  • Commercial use and internal automation
  • Updates and standard email support
Request team license

Embedded / redistribution

By agreement

  • Ship Synapse in another product
  • Explicit distribution and deployment rights
  • Support scope agreed separately
  • No automatic enterprise promises
Discuss licensing

Evaluate first: use the bounded browser Lab, or request a free 30-day evaluation license for the standalone runtime. No automatic enrollment or charges.

No per-execution fees or royalties on your results. Cloud compute, quantum hardware, consulting, taxes, and guaranteed-response support are not included. Prior MIT distributions retain their granted rights.

FOR DEVELOPERS

The same engine, in your terminal.

Python 3.10 or later. The 2.4.1 candidate is under release verification; the public package may still be an older revision.

python -m pip install --upgrade synapse-lang
synapse --version
synapse -c 'uncertain x = 10 +/- 0.1; x * 2'

Run only trusted source and context objects in the standard interpreter. External isolation is required for untrusted programs.

Check the PyPI releaseSource documentation

Know the boundary.

Synapse is early-stage software. Not a validated diagnostic or treatment system, accounting ledger, investment advisor, or production quantum network. Larger language constructs and application integrations remain separately tracked work. Local test results do not establish clinical validity, regulatory compliance, or universal performance advantages.