The Gamaredon campaign detailed by Sekoia represents more than incremental malware evolution—it marks a deliberate shift toward resilient, platform-blended operations that exploit Ukraine's ongoing dependence on legacy software and USB-based data exchange in contested frontline environments. By weaponizing CVE-2025-8088 for initial GammaPhish delivery, the group bypasses email gateways that Ukrainian defenders have hardened since 2022, moving instead to RAR lures that mirror routine administrative file sharing. This tactic directly addresses patterns observed in prior Gamaredon activity tracked by ESET and CERT-UA, where spear-phishing success rates declined after repeated takedowns of their domains. The subsequent GammaWorm component's use of Telegram channels for dead-drop C2 resolution and NTFS ADS concealment further reduces exposure to signature-based detection, allowing the worm to propagate across air-gapped segments via infected USB drives—a vector that has repeatedly compromised Ukrainian military logistics nodes. GammaSteel's exfiltration to AWS S3 buckets introduces an additional layer of operational security that Western cloud providers have struggled to monitor in real time, especially when traffic is masked as routine telemetry. What Sekoia underplays is the convergence with parallel clusters: UAC-0184's LNK-based BurnInTest lures and UAC-0247's drone-operator focus indicate coordinated FSB tasking across multiple access vectors rather than isolated experiments. The reappearance of modular designs capable of swapping in GammaWipe wiper payloads suggests preparation for disruptive phases should kinetic conditions shift. This campaign's timing, coinciding with APT28's PixyNetLoader updates against Office vulnerabilities, points to resource sharing within Russian intelligence that amplifies pressure on Ukrainian networks already stretched by battlefield attrition. Defenders must prioritize behavioral monitoring of scheduled tasks and ADS artifacts over signature updates alone.