KeeProtect blog
Product notes, protection engineering, licensing operations, and release delivery practices for software vendors.
Binding License Decisions to Virtualized Code Paths
How to connect signed license validation, device identity, entitlements, and offline policy to a compact VM-protected enforcement path without creating a single patch point.
Selective Code Virtualization: Protect Critical Logic Without Sacrificing Performance
A measurement-driven method for choosing which functions to virtualize, defining safe boundaries, and balancing protection strength against latency, throughput, and compatibility.
From Native Instructions to Virtual Bytecode: What Code Virtualization Changes
A practical look at how VM-based binary protection translates sensitive native code into custom bytecode, changes the analyst's task, and reshapes the protected execution boundary.
Securing Software Delivery: Managing Stable and Beta Channels with Signed Update Manifests
Managing multiple release channels through signed manifests provides a dual benefit: operational flexibility and hardened security.
Why signed update manifests matter for protected releases
Stable and beta channels need verifiable release metadata, file hashes, eligibility checks, and predictable client behavior.
Closing license abuse gaps with customer-aware controls
How HWID seats, blocked keys, device transfers, and support context reduce manual license recovery work.
The protection pipeline software vendors actually need
A practical look at turning customer uploads into protected binaries with repeatable profiles, hashes, logs, and download-ready artifacts.