ejentum-unified

Route multi-dimensional tasks to Ejentum Logic API harnesses with optional stacking.

3|Updated Apr 19, 2026
One-click install
npx skills add https://github.com/ejentum/integrations --skill ejentum-unified
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: ejentum-unified
Source: https://github.com/ejentum/integrations/tree/main/claude-code/skills/ejentum-unified
Command: npx skills add https://github.com/ejentum/integrations --skill ejentum-unified

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

It solves the problem of choosing the correct reasoning, coding, honesty-under-pressure, or memory harness for a task so the model applies the right cognitive procedure and response shape instead of guessing.

Core Features & Use Cases

  • Automatic multi-mode routing: Selects the appropriate harness (reasoning, code, anti-deception, memory) based on task intent and failure risk.
  • Two-mode stacking for cross-domain work: Runs a primary and optional secondary mode (max two) to cover multi-dimensional tasks without signal competition.
  • Consistent cross-mode response handling: Provides a shared semantic response structure (prohibitions, control flow, topology, assertions, and amplify/suppress signals) to improve absorption and execution.

Example use case: You’re debugging a complex feature where correctness matters and user framing might hide issues; route to the code harness for engineering procedure, optionally pair with anti-deception to avoid rubber-stamping under persuasive context.

Quick Start

Tell your AI agent the task in one sentence and specify the mode as reasoning, code, anti-deception, or memory, then follow the router’s absorption steps before producing your final output.

Frequently Asked Questions about ejentum-unified

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I route multi-dimensional AI tasks to the right cognitive harness?

To route multi-dimensional tasks, you select the appropriate cognitive harness mode—reasoning, code, anti-deception, or memory—and send a POST request with a JSON query and the chosen mode to the Logic API endpoint. This ensures the correct cognitive procedure is applied to your specific analytical or engineering scenario.

What is two-mode stacking for cross-domain AI tasks?

Two-mode stacking is an optional routing feature that runs a primary and a secondary cognitive harness simultaneously. It covers multi-dimensional tasks, such as pairing code generation with anti-deception, to ensure cross-domain accuracy without signal competition.

How does an anti-deception harness prevent AI models from rubber-stamping false assertions?

An anti-deception harness prevents rubber-stamping by applying an integrity-under-pressure cognitive procedure. It evaluates persuasive user framing and suppresses incorrect outputs, ensuring the model maintains strict response integrity instead of guessing under contextual pressure.

Can I use the Logic API to handle memory and state-tracking scenarios?

Yes, you can use the Logic API for perceptual and state-tracking scenarios by selecting the memory mode. This routes the task to the memory harness, ensuring the correct response shape is applied for tracking and retaining complex operational states.

Do I need an authorization bearer key to send POST requests to the Logic API?

Yes, an authorization bearer key is required to send POST requests with JSON queries to the Logic API endpoint. This authentication ensures secure access to mode-specific routing and multi-mode upgrade constraints.

What are the limitations of stacking cognitive harnesses for prompt absorption?

The primary limitation for stacking cognitive harnesses is a maximum of two concurrent modes. Exceeding this limit risks signal competition, degrading the consistent cross-mode response structure needed for accurate prompt absorption and execution.