The Linux sandbox runs a server image with no desktop, so there is no screen to record - this is the boot console, kept because a kernel panic or an out-of-memory kill would show up here and in no other layer. What the sample did is under Behavior, File & registry and Network, captured from the syscall trace rather than from pixels.

1 process(es) observed

Every auto-start method checked on this sample, grouped by family. A method with no result is reported clean.

No operations match your filter.

Hash lookups only - the sample itself is never uploaded to any third party.

The analysis of the sample indicates that it was successfully executed in the sandbox environment. The following kill-chain elements were observed: 1. **Initial Access**: The sample appears to be a UPX-packed executable, which suggests it may have been distributed in a compressed format to evade detection initially. However, no specific indicators of initial access were provided. 2. **Execution**: The sample executed successfully, as evidenced by the observed process creation. A process named "e" was spawned with the command line `/var/tmp/e`, indicating that the sample was able to run on the Linux platform. 3. **Persistence**: There were no indications of persistence mechanisms employed by the sample. No registry operations or file operations that would suggest persistence were observed. 4. **Defense Evasion**: The sample was packed using UPX, which is a common technique used to obfuscate the true nature of the executable and evade detection. The high file entropy (7.9471) and the presence of UPX packing signals further support this. 5. **Command and Control (C2)**: There were no network connections or communications observed that would indicate any command and control activity. The sample did not attempt to connect to any external servers during the analysis. 6. **Impact**: The behavior summary indicates that only one process was observed, and there were no dropped files or other actions that would suggest a significant impact on the system. In conclusion, while the sample executed successfully, it exhibited limited behavior with no clear indicators of malicious intent beyond its packing and execution. The lack of persistence, C2 activity, and impact suggests that the sample may not pose a significant threat, but further investigation would be warranted to understand its full capabilities. The verdict is inconclusive due to the absence of more definitive malicious behavior.

The Sigma corpus was evaluated against this run's processes, registry, file, network, DNS and script activity. Nothing matched.

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An enterprise report with an AI-written executive summary, threat assessment, kill chain, and recommendations, plus the derived evidence (verdict, MITRE ATT&CK, network, file modifications, dropped files, IOCs) and screenshots. The AI narrative is built from derived analysis data only, so the raw sample never leaves the host (no-upload and AI-boundary preserved).