

Short answer: yes, this is extreme overkill and it’s unnecessary. Roughly 99% of what you’ve done isn’t required and doesn’t meaningfully improve safety or stability.
Adobe apps are designed to function as a tightly integrated ecosystem, and that doesn’t change simply because you moved from a genuine to a non-genuine setup. When using the GenP method, the software is intended to behave the same way it would under a normal subscription, which means background processes and some network-aware components are expected.
Seeing processes like CCXProcess, AdobeIPCBroker, CEPHtmlEngine, crash handlers, TeamProjects services, and similar components is completely normal. These are not suspicious by default; they handle panels, extensions, UI rendering, shared libraries, Dynamic Link, IPC, and crash reporting. Likewise, internal or localhost connections are expected because Adobe apps rely heavily on local micro-services talking to each other. Listening ports and internal traffic do not imply outbound communication or data exfiltration.
Watchdog behaviour is also intentional. Some Adobe services are designed to restart if they’re killed, which is standard resilience behaviour in complex apps and not malware-like persistence. Log files such as ACC.log are written regardless of connectivity, and the presence of logs or failed connection attempts does not mean successful external communication is happening.
Blocking hundreds of executables at the firewall level is where things become counterproductive. Indiscriminately blocking everything can break panels, extensions, Dynamic Link, and shared services, cause random crashes or startup delays, and lead to undefined behaviour over long sessions. It adds complexity without providing meaningful additional protection and actually increases the risk of instability and hard-to-diagnose issues.
Forcing Adobe apps into a fully isolated offline environment is not how they’re designed to run. While it may appear to work in the short term, it makes the setup fragile and harder to maintain. The safest and most predictable approach is to follow what’s already documented in the GenP Guides and run the software as close to its intended operating environment as possible, rather than attempting a total lockdown.
In short, this level of blocking isn’t needed, isn’t recommended, and doesn’t really buy you anything beyond extra risk.
Short answer: No, they are not the same.
Adobe Genuine Validator is not Adobe Genuine Service (AGS). AGS is the component that triggers the Adobe Genuine Service Alert popup and is normally installed in the
AdobeGCClientorAdobeGenuineClientfolders, usingAGSService.exe. If those folders or files are missing, then AGS is not installed, which is why the uninstall command and manual removal steps do not work.Adobe Genuine Validator exists in a completely different folder and is part of Creative Cloud’s internal validation process. It does not generate the AGS popup and does not need to be removed, blocked, or modified to resolve this issue.
In newer late CC2025 updates and CC2026 builds, Adobe often no longer installs the classic AGS service at all. When similar alert popups still appear in these versions, firewall blocking is the correct approach. If Adobe Genuine Validator needed to be addressed, it would already be mentioned in the guide.
Since the
AdobeGCClientfolder and cleanup utility are missing, there is nothing else to remove on your system; a restart after applying firewall rules is usually sufficient, and even if Adobe reinstalls AGS in a future app or CC app update, it will already be blocked and should not trigger the popup again.Also make sure the blocking is done in the firewall that is actually active on your system, as Windows Defender Firewall rules will have no effect if you are using a third-party firewall instead.