Code Signing Platform Guide
Code signing works differently across Windows, Java, macOS, Adobe, Android, iOS, and other software ecosystems. Each platform can use its own signing technology, certificate or key model, verification process, and distribution rules.
This page brings the major Code Signing Solution platform resources together so you can identify the right signing path for the software you ship.
Code Signing Platforms at a Glance
Choose the resource that matches your application, package, script, or signing environment. The links below cover the main platforms and signing technologies.
Windows Code Signing: Complete Guide
Windows code signing involves Authenticode, certificates, SignTool, certificate chains, timestamps, verification, and Windows security behavior.
Windows Code Signing →Microsoft Authenticode: Complete Guide
Microsoft Authenticode defines the signing technology used by supported Windows software, including how signatures relate to certificates and private keys and how Windows verifies them.
Microsoft Authenticode →PowerShell Code Signing: Complete Guide
PowerShell script signing involves Authenticode signatures, certificates, verification, execution behavior, errors, and secure signing workflows.
PowerShell Code Signing →Java Code Signing: Complete Guide
Java code signing involves JAR signing, Java keystores, jarsigner, keytool, certificate chains, timestamping, verification, and the Java trust model.
Java Code Signing →macOS Code Signing: Complete Guide
macOS code signing uses Apple signing identities, Keychain, codesign, entitlements, Developer ID, notarization, and platform-specific software distribution.
macOS Code Signing →Adobe Code Signing: Complete Guide
Adobe software and related signed components can require specific certificates, signing workflows, and verification steps.
Adobe Code Signing →Code Signing Certificate for Android
Android app signing uses signing keys and certificates for APK and AAB packages, with signature schemes, Google Play App Signing, upload keys, and update continuity all affecting the release process.
Android App Signing →Code Signing Certificate for iOS
iOS releases rely on signing identities, Apple certificates, provisioning profiles, Bundle IDs, entitlements, and the requirements for development, TestFlight, and App Store distribution.
iOS Code Signing →Cross-Platform Signing
Organizations can coordinate Windows, Java, macOS, Android, and iOS signing under one release-security strategy while retaining platform-specific credentials.
Cross-Platform Signing →How the Code Signing Platforms Differ
The biggest difference is not the idea of a digital signature. It is the way each ecosystem defines the signing identity, signature format, trust relationship, and release process.
One Security Strategy, Multiple Signing Models
A company shipping software for several ecosystems does not need to force every product into one certificate model. The stronger approach is to keep each platform's required signing identity while standardizing the security controls around signing.
Certificate inventory, private-key protection, CI/CD permissions, release approvals, verification, audit logging, expiration monitoring, and incident response can be managed as one organizational process.
Platform credentials
Maintain separate Windows certificates, Apple identities, Android signing keys, Java signing material, and any other platform-specific credentials required by your products.
Central signing controls
Apply consistent policies for who can sign, which environments can request signatures, and how production signing events are logged and reviewed.
Release verification
Verify the signed artifact before distribution and confirm that the signature, identity, certificate chain, and platform-specific requirements are in the expected state.
Which Code Signing Guide Should You Use?
Start with the software or artifact you are preparing to release. The correct guide is determined by the target platform and signing technology, not simply by the fact that the software is digitally signed.
Use the Windows Code Signing →
For the signing technology, use the Microsoft Authenticode →
For signed scripts, use PowerShell Code Signing →
For JAR files, use Java Code Signing →
Use the macOS Code Signing →
Use the Adobe Code Signing →
Use the Android App Signing →
Use the iOS Code Signing →
Use the Cross-Platform Signing →
From Artifact to Platform Trust
The same high-level release sequence appears across many ecosystems, but the implementation changes at the platform-signing stage. That is why a platform-specific guide is useful even when the underlying security goal is similar.
Choose the code signing platform that matches your software
Choose the platform-specific resource for your software, then apply its signing, verification, certificate, key-management, and release requirements to your workflow.
Cross-Platform Signing →