NetIntel v1.0.0
The first major release of NetIntel, an edge operational intelligence engine for Linux systems.
NetIntel v1.0.0 release artifacts have been built and verified. Check the signed checksum manifest and verify the release-signing key fingerprint through an independent trusted channel before installing. Public availability begins only after the release files are published.
Choose your package
Select the package for your supported Linux distribution. Verify downloaded files before installing.
The checksum manifest expects the package files under the artifacts/ directory. Verify the manifest signature and compare the release-signing key fingerprint through an independent trusted channel before installing.
Verify before installing
Use the published SHA-256 manifest to verify package integrity, then verify the manifest's detached signature with the official NetIntel release public key.
# 1. Import the NetIntel release public key
gpg --import netintel-release-signing-public.asc
# 2. Verify the release signing key fingerprint
gpg --fingerprint "GNSOFTLAB NetIntel Release Signing"
# Expected fingerprint:
# E520 577B 71CC 51E5 DF4A 9EDA E7F1 8961 087A 17AD
#
# Confirm this fingerprint through an independently trusted
# official source before trusting the key.
# 3. Verify the detached signature on the checksum manifest
gpg --verify SHA256SUMS.asc SHA256SUMS
# 4. Verify package checksums
# Run from the release directory containing SHA256SUMS.
# Keep the artifacts/ subdirectory in its original location.
sha256sum --check SHA256SUMS
Verify the public key fingerprint through an independently trusted
channel before relying on the signature. A key downloaded alongside
the release files does not independently establish the key's authenticity.
The checksum verification assumes the packages are located in the
artifacts/ subdirectory specified in SHA256SUMS.
Install and understand
Consult the installation guide and release verification documents before installing NetIntel.
Start with NetIntel.
Learn about the product, its processing architecture, and the problems it is designed to help engineers investigate.