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Fundamental AcousticsLaboratories / Est. 1958

Distributed Analysis Initiative

Installing the Field Array Client

A few minutes to install; a small share of your idle machine thereafter.

The Field Array client is a small program that lets your computer contribute to the Laboratories' analysis during its idle time. It installs in a few minutes and, once running, needs no attention.

Requirements

ItemRequirement
Operating system64-bit Windows 10 or 11
GraphicsOpenGL 3.3 capable GPU
Memory4 GB or more
Disk~500 MB for the client and work
NetworkBroadband, intermittent is fine
CostNone
Fig. 1 System requirements

Installing

01
Release notice
for your platform
02
Run installer
background service + screensaver
03
It requests work
when idle
04
It returns results
only analysis output
Fig. 2 The install

Download Windows installer (.exe, 62.36 MiB) from the Field Array page and run the signed installer. It registers the worker and screensaver, then begins requesting work only when your machine is idle. It uses no more than a small share of your processor and yields immediately when you return to the machine.

CheckValue
FileFundamentalAcoustics-stable-Setup.exe
SHA-2561D759C11AE780F4F7BD60D647CD994DF78908198EBC38F9D13A19F67553C7E44
SignatureAuthenticode signature and Microsoft timestamp verified
SignerCN="Ademero, Inc.", O="Ademero, Inc.", L=Lakeland, S=Florida, C=US
IssuerCN=Microsoft ID Verified CS EOC CA 04, O=Microsoft Corporation, C=US
Signature stateTimestamped signature valid
Signing timestamp2026-07-15T18:45:38Z
Signer certificate window2026-07-14T07:02:43Z to 2026-07-17T07:02:43Z
Object generation1784141267646682
Fig. 2a Release verification -- Public fields for the most recent Windows stable artifact.
CheckCommand or expected value
SHA-256Get-FileHash .\FundamentalAcoustics-stable-Setup.exe -Algorithm SHA256
SignatureGet-AuthenticodeSignature .\FundamentalAcoustics-stable-Setup.exe | Format-List Status,SignerCertificate
Expected signerCN="Ademero, Inc.", O="Ademero, Inc.", L=Lakeland, S=Florida, C=US
Fig. 2b PowerShell checks -- Run these commands in the folder where the installer was downloaded.
Authenticode verification
Microsoft's trusted timestamp verifies that the installer was signed while the Ademero, Inc. certificate was valid. Windows currently reports the Authenticode signature as Valid. Verify that Windows reports a Valid Authenticode signature from Ademero, Inc. and that the SHA-256 matches the published manifest before installation.

What it does, and does not, do

  • Analyzes real signal data from the Laboratories' record
  • Returns only the analysis results and basic diagnostics
  • Reads none of your files, input, or activity
  • Uses only idle capacity, capped well below the point you would notice
  • Stops entirely when you uninstall it -- there is nothing else to do
Availability
The signed Windows stable release is available from the Field Array overview. macOS remains in preparation; use the contact form if you need release notification for another platform.

Updates and removal

AreaBehavior
Install scopeRegisters the worker and screensaver for the current Windows profile; local policy may request administrator approval.
Idle behaviorStarts work only after the machine is idle and yields immediately when input resumes.
UpdatesUpdates are accepted only from the signed stable channel and must pass Authenticode, trusted-timestamp, and manifest checks before installation.
UninstallWindows Apps & Features removes the worker, screensaver registration, and local work cache.
Publisher transitionThe stable installer was signed by Ademero, Inc. and timestamped by Microsoft while the signing certificate was valid. The timestamp preserves Authenticode validity after the signing certificate's issuance window closes.
Fig. 3 Client behavior -- Operational behavior visible to contributors.

Where your work goes: the analysis pipeline

The work unit your machine computes is one stage of a much larger pipeline. Raw field data is broken into small units and distributed to the network; your computer performs the heavy numerical cross-correlation on its unit and returns the result. Those results then flow into a machine-learning layer that scores every candidate for persistence, coincidence, and structure, and surfaces the rare few worth a human analyst's time.

01
Field record
arrays, hydrophones
02
Your machine
cross-correlation
03
AI triage
scoring & flagging
04
Human review
classification
05
Catalog
public record
Fig. 3 From your machine to the catalog -- the volunteer network supplies the raw compute; the machine-learning layer supplies the judgment.

The volume is the point. The network returns millions of analyzed units a day, far more than any team could read. The machine-learning models that triage that flood -- separating a genuinely persistent signal from the endless churn of interference, across a sixty-year baseline -- are what make the modern catalog possible at all. This machine-analysis layer is built and operated in partnership with Stratis, Inc., whose systems run the AI workloads that turn the network's raw output into a reviewed record.

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The Laboratories' machine-analysis layer -- the AI workloads that score millions of candidate detections and surface the few that merit human review -- is built and operated with Stratis.

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