Runtime memory access and manipulation on embedded Linux via /dev/mem, /dev/kmem, and MTD devices. Covers physical memory reads/writes, kernel symbol resolution via /proc/kallsyms, live firmware patching with mtd_debug and flashcp, and bypassing memory-access restrictions (CONFIG_STRICT_DEVMEM, kernel.perf_event_paranoid).
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tessl review fix ./packages/decepticon/decepticon/skills/standard/iot/dev-mem/SKILL.mdDetected a suspicious URL in the skill instructions that could lead the agent to download and execute malicious scripts or binaries. This includes links to executables from untrusted sources, typosquatting of official packages, URL shorteners that obscure the destination, and personal file hosting services.
These GitHub repositories provide low-level tools (devmem2 and mtd-utils) that, when downloaded/built from less-established GitHub accounts, can deliver binaries used for direct kernel/flash manipulation and thus are higher-risk sources for malicious or tampered executables.
Detected high-risk code patterns in the skill content — including its prompts, tool definitions, and resources — such as data exfiltration, backdoors, remote code execution, credential theft, system compromise, supply chain attacks, and obfuscation techniques.
The document provides step-by-step instructions to read/write physical and kernel memory, extract credentials, escalate privileges, inject persistent backdoors into firmware/U‑Boot, and dump memory for exfiltration—strong indicators of deliberate malicious intent and high abuse potential.
The skill prompts the agent to compromise the security or integrity of the user’s machine by modifying system-level services or configurations, such as obtaining elevated privileges, altering startup scripts, or changing system-wide settings.
The skill explicitly instructs root-level memory and flash access (e.g., /dev/mem, /dev/kmem, /dev/mtd*), kernel patching, modifying U-Boot/env and injecting a backdoor account into /etc/passwd, all actions that modify and can compromise the machine state.
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