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dsh-infinite-gen-4

admin-security Updated 2026.09.16

Run the following command in DeepSeek Harness:

dsh plugin install Minglink/dsh-infinite-gen-4

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

Open a terminal in DeepSeek Harness and run dsh plugin install Minglink/dsh-infinite-gen-4 to install this plugin, available at https://github.com/Minglink/dsh-infinite-gen-4

About this plugin

As large language models become deeply embedded in production systems, conventional testing can no longer cover the full adversarial attack surface. Infinite Generation Four v0.4.0 is a network security red-team benchmark plugin purpose-built for the DeepSeek-V4.1, V4-Pro, and Flash series. It enables security teams to systematically probe prompt-injection escape paths, unexpected model behaviors, and defense blind spots within offline synthetic fixtures and authorized exercise ranges, providing the empirical evidence needed to harden input-filtering guardrails and system-level security layers.

The core architecture features dual-layer synchronized injection: a universal kernel (Order 100) and a reinforcement-mirror isomorphic layer (Order 200), both governed by a single DUAL_LAYER_INJECTION toggle. A native zero-tool-face design eliminates tool-call decision noise during the model reasoning phase, ensuring fast and deterministic output. A built-in suite of 103 strict regression assertions and bilingual test banks covers prompt completeness, dual-kernel isomorphism, V4.1 trainer-lane behavior, and pure-architecture validation, giving every release a reproducible security baseline.

Ideal for AI security engineers, prompt-security researchers, and academic teams working on adversarial robustness, manifold-constraint alignment, and formal verification of large language models. The project is open-sourced under the MIT license and mandates that all testing remain strictly within offline local or legally authorized controlled environments.

Screenshots

Use Cases

  • Probe prompt-injection escape paths and refusal boundaries on DeepSeek-V4.1/Flash within offline synthetic fixtures
  • Run 103 strict assertions to verify dual-kernel isomorphism and zero-tool-face purity, delivering a deterministic security baseline per prompt release
  • Execute bilingual regression test banks in authorized cyber ranges to quantify defense effectiveness and coverage gaps

Best For

  • AI security engineers responsible for adversarial robustness and guardrails hardening of large language models
  • Academic researchers working on prompt security, adversarial attacks, and formal verification
  • Enterprise security audit teams that need reproducible red-team benchmark pipelines in compliant ranges