CJackHwang/Succinix
C2Succinix — browser-native Linux (real Node + Unix userland inside WebContainer)
★ 5+ · CJackHwang/Succinix source on GitHub · this plugin in the registry
CJackHwang/Succinix is a DeepSeek Harness plugin rated C2 — one powerful capability or sensitive behavior. It executes system commands, uses eval / new Function, decodes base64 payloads, starts a network server.
Not a plugin — depends on dsh packages but declares no plugin manifest
What it can do
| Capability | Flag | Evidence |
|---|---|---|
| executes system commands | exec | ×72 in authored code, e.g. scripts/bench-gate.mjs:4, scripts/bench-gate.mjs:59 |
| uses eval / new Function | eval | ×32 in authored code, e.g. scripts/instance-demo.mjs:101, scripts/instance-demo.mjs:102 |
| decodes base64 payloads | base64_decode | ×1 in authored code, e.g. scripts/lang-verify.mjs:226 |
| starts a network server | net_server | ×13 in authored code, e.g. scripts/instance-routing.mjs:138, scripts/instance-routing.mjs:138 |
| powerful capability in test/example code only | dev_surface | in code that does not ship: sandbox |
Hooks it attaches
internal/update
Outbound domains
r.jina.ai cdn.jsdelivr.net
Environment variables it reads
CHROME_PATH SUCCINIX_DIAGNOSTICS_DIR TEST_VAR
How to read this
Levels measure capability surface and transparency, not maliciousness. A C3 plugin can be entirely legitimate — a desktop shell genuinely needs subprocesses. The point is that you can see this before installing. See the levels explained and how dsh plugins work.
Findings come from static analysis of shipped code; nothing is executed. Think a flag is wrong? Open an issue — every flag cites the file and line it came from.