Windows public beta

Download ARVREL v0.1.0-beta.6.

GitHub Releases is the package source of truth. Beta.6 ships the closed-loop metrology timing engine and one-click re-arm behavior while retaining Transformer Differential two-sided injection and AVR/OLTC MMS workflows.

Package selection

Choose the official Windows artifact.

PackageFilenameUse when
InstallerARVREL-Setup-v0.1.0-beta.6-win-x64.exeYou want a non-elevated per-user installation.
Portable EXEARVREL-v0.1.0-beta.6-win-x64-portable.exeYou want the single-file portable application.
Portable ZIPARVREL-v0.1.0-beta.6-win-x64-portable.zipYou want an extracted self-contained copy.
ChecksumSHA256SUMS.txtYou need to verify exact downloaded bytes.
Supply-chain evidenceDependency report, CycloneDX SBOM, build info, attestationsYou are reviewing package composition and provenance.

Verify SHA-256

Check the file before execution.

Get-FileHash .\ARVREL-Setup-v0.1.0-beta.6-win-x64.exe -Algorithm SHA256
Get-FileHash .\ARVREL-v0.1.0-beta.6-win-x64-portable.exe -Algorithm SHA256
Get-FileHash .\ARVREL-v0.1.0-beta.6-win-x64-portable.zip -Algorithm SHA256
Get-Content .\SHA256SUMS.txt
Expected result: every locally calculated SHA-256 value exactly matches the corresponding line in the same beta.6 release.

What beta.6 adds

Closed-loop feeder timing is now an explicit external-I/O model.

TESTSET timing

1 µs clock · 10 kHz BI

Independent binary-input sampling, deglitch/debounce semantics, and accepted BI edges own the external timing result.

Relay front end

Causal instantaneous-sample path

Signed terminal samples flow through clipping, ADC quantization, configured delay, and a rolling relay measurement before protection operates.

Re-arm

One deterministic RESET

Post-auto-stop stale measurement history is settled, relay/contacts/BI inputs are released, evidence is retained, and READY TO RE-ARM appears only after the full postcondition.

Requirements

Start internally before connecting laboratory Ethernet.

No extra driver required

  • Windows 10/11 x64
  • Feeder closed-loop internal secondary injection
  • Transformer 10-scenario self-test and two-sided internal injection
  • AVR/OLTC internal plant and local virtual operation
  • PCAP/PCAPNG replay

Npcap required separately

  • Live IEC 61850 Sampled Values capture only
  • Authorized Windows network adapter
  • Isolated approved laboratory network
  • Appropriate test method and engineering context
Windows reputation: beta.6 community binaries are not claimed as Authenticode-signed. Verification and provenance do not bypass organization security policy.

Recommended first evaluation

Prove the software chain before adding external variables.

  1. Verify the beta.6 package and checksum.
  2. Run a feeder internal closed-loop fault and observe RELAY ANY PU, TESTSET BI2, operated-element timing, relay trip request, and TESTSET BI1.
  3. Confirm BI1 auto-stop yields OUTPUT OFF · FROZEN CAPTURE.
  4. Press relay RESET once and wait for READY TO RE-ARM.
  5. Run the Transformer Differential self-test and expect PASS · 10/10 · transformer-public-beta-v1.
  6. Exercise synchronized transformer two-sided internal injection.
  7. Evaluate the AVR/OLTC internal plant before enabling laboratory MMS.
  8. Move to PCAP or live Npcap only when external process-bus behavior is part of the objective.
Virtual authority boundary: TESTSET signals, relay contacts, MMS controls, and plant actions all terminate inside the software model.