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dsh-cybernetics

Workflow Updated 2026.08.25

Run the following command in DeepSeek Harness:

dsh plugin install boomzikazita/dsh-cybernetics

Paste the following prompt into your AI chat to install this plugin:

Install by running dsh plugin install boomzikazita/dsh-cybernetics in DeepSeek Harness; source available at https://github.com/boomzikazita/dsh-cybernetics

About this plugin

As agent tool chains grow, loss of control becomes the real bottleneck: diverging calls, oscillating results, redundant invocations, and tool-usage collapse. dsh-cybernetics applies the classical control loop from Qian Xuesen and Song Jian s engineering cybernetics to the tool-execution pipeline, giving the scheduler a real-time feedback circuit instead of after-the-fact inspection.

Core capabilities span four layers: a feed-forward rule table with whitelist and argument-regex interception blocks out-of-scope calls; an EMA filter estimates live failure rates and auto-escalates or de-escalates across fast, deep, and conservative tiers; sliding-window detectors flag sustained divergence and high-frequency oscillation, injecting soft warnings; and an information-entropy monitor exposes tool-usage monoculture, backed by a 0-100 health score and structured failure attribution (errorType plus truncated errMsg) for weekly post-mortems.

Built for engineers running DeepSeek Harness multi-tool agent workflows who need runtime stability telemetry and adaptive throttling without modifying business code. The pure-function core (core.mjs) is unit-testable and reusable in external projects.

Use Cases

  • Agent workflows with frequent tool-call failures, oscillation, or redundancy need runtime auto-throttling and alerts
  • Weekly post-mortems require structured failure-root-cause distributions and tool-usage diversity metrics instead of raw log digging
  • Add a classical control-loop safety valve to the tool scheduler without touching business code

Best For

  • Engineers running multi-tool agent workflows on DeepSeek Harness
  • Secondary developers who want unit-testable, reusable, and tunable control laws
  • Platform architects focused on agent runtime stability and observability