Releases: MukaSanches/PermissionScope
Release list
PermissionScope 1.0.1
PermissionScope 1.0.1
PermissionScope 1.0.1 consolidates the security, reliability, accessibility, packaging and public-site work completed after the first 1.0.0 publication.
Highlights
- Stronger imported-snapshot validation before data reaches the UI, comparison or simulation paths.
- Integrity validation for NTFS and share security descriptors, with conservative
Unknownbehavior when Windows context is insufficient. - Faster default directory-only scans and clearer enumeration failures.
- Website fixes for WebKit/mobile overflow, accessibility diagnostics, contrast, PWA identity/install metadata and offline caching.
- 72 refreshed native application captures with source/hash provenance enforced by CI.
- x64 and ARM64 packaging from the same source fingerprint.
- x64 silent install, installed CLI scan and uninstall smoke testing on a disposable Windows runner.
- Build provenance and CycloneDX SBOM attestations, plus SHA-256 checksums and a source archive.
- Release tooling now derives installer/package versions from the project version instead of hard-coded
1.0.0paths.
Distribution boundaries
Direct installers are currently unsigned. Windows may show reputation or publisher warnings until a trusted signing/Store identity is established. Verify downloads against SHA256SUMS.txt and the GitHub attestations.
ARM64 packages are cross-built in CI. This release does not claim physical ARM64 hardware certification.
Microsoft Store certification and WinGet availability are separate distribution milestones and are not implied by this GitHub Release.
License
PermissionScope source and project documentation are Apache-2.0 licensed. Third-party components retain their own licenses and notices.
PermissionScope 1.0.0
First public PermissionScope release. Free, local Windows permission analysis with x64 and ARM64 packages. Installers are currently unsigned; verify SHA-256 using the published checksum files. ARM64 is cross-built in CI and is not yet certified on physical ARM hardware.