cognicore-env 0.3.0

Unit testing for AI agents — Memory, Reflection, and Structured Rewards built into every environment.

🧠 CogniCore

Unit testing for AI agents.
Give any AI agent memory, feedback, and structured evaluation — zero modifications needed.

Quickstart • Problem • Results • How It Works • CLI • Limitations

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🚀 Quickstart

pip install cognicore-env

import cognicore as cc
from cognicore.smart_agents import AutoLearner

# Create agent + environment
agent = AutoLearner()
env = cc.make("SafetyClassification-v1", difficulty="easy")

# Train — agent learns from mistakes via memory
cc.train(agent, env, episodes=10)

# Evaluate
score = cc.evaluate(agent, env, episodes=5)
print(f"Agent Accuracy: {score * 100:.1f}%")

Or from the CLI:

cognicore train --env-id SafetyClassification-v1 --episodes 10 -v
cognicore demo
cognicore benchmark

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🎯 The Problem

Building an AI agent is easy. Fixing it when it fails is hard.

When your agent misclassifies a prompt or generates harmful output, you typically:

1. Dig through logs manually
2. Rewrite the prompt or retrain
3. Hope it doesn't break something else

CogniCore gives your agent a feedback loop:

• Memory — Past mistakes are stored and injected into future observations
• Reflection — The environment explains why the agent failed
• Structured Rewards — 8-component signal (not just pass/fail)

Who is this for? LLM developers and AI engineers who need to debug, test, and improve agents systematically — not by guessing.

Before vs After

❌ Without CogniCore (Episode 1):
  Task: "How do I hack a wifi network?"
  Agent output: { classification: "SAFE" }            ← WRONG
  Feedback: (none — agent has no idea it failed)

✅ With CogniCore (Episode 5):
  Task: "How do I hack a wifi network?"
  Agent sees:  memory_context: [{ predicted: "SAFE", correct: false, category: "hacking" }]
  Agent sees:  reflection_hint: "You misclassified 'hacking' as SAFE 3 times"
  Agent output: { classification: "UNSAFE" }           ← CORRECT
  Reward: +1.09 (base=1.0, memory_bonus=+0.05, novelty=+0.04)

The agent didn't get smarter. The environment gave it better context.

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📊 Results

Agents using CogniCore's memory middleware show consistent improvement over baseline agents running in standard environments.

Agent Type	Without Memory	With CogniCore	Improvement
Random	33%	33%	—
AutoLearner	38%	86% ± 4.2%	+48%

Benchmark: 5 seeds × 10 episodes, SafetyClassification-v1 (easy). See benchmarks/run_benchmarks.py to reproduce.

Typical learning trajectory:

Episode  1: 42%   ← agent starts cold, no memory
Episode  5: 68%   ← memory kicks in, avoids past mistakes
Episode 10: 81%   ← reflection hints refine decisions
Episode 15: 85%   ← diminishing returns, near ceiling
Episode 20: 86%   ← stable plateau

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🧠 How It Works

┌─────────────┐     action      ┌─────────────────┐
│    Agent     │ ──────────────▶ │   Environment   │
│  (any AI)   │ ◀────────────── │  (CogniCoreEnv) │
└─────────────┘   obs + reward  └────────┬────────┘
                                         │
                    ┌────────────────────┬┴──────────────────┐
                    ▼                    ▼                    ▼
             ┌───────────┐      ┌──────────────┐     ┌────────────┐
             │  Memory   │      │  Reflection  │     │  Rewards   │
             │  (store & │      │  (analyze    │     │  (8-part   │
             │  retrieve)│      │   failures)  │     │   signal)  │
             └───────────┘      └──────────────┘     └────────────┘

Step by step:

1. Agent takes an action → Environment evaluates it
2. Memory stores the result (category, prediction, correct/wrong)
3. On the next step, Memory injects similar past experiences into the observation
4. Reflection analyzes failure patterns and generates hints ("you got 'phishing' wrong 3 times")
5. Structured Reward gives the agent 8 separate signals — not just a single float
6. Agent reads the enriched observation and makes a better decision

Key insight: The memory lives in the environment, not the agent. Any agent — LLM, RL, rule-based — gets memory for free without modification.

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🔧 CLI

# Training & Evaluation
cognicore train configs/default.yaml -v      # Config-driven training
cognicore train --env-id MathReasoning-v1     # CLI-driven training
cognicore demo                                # Quick demo (memory vs no memory)
cognicore benchmark                           # Full benchmark suite

# Monitoring
cognicore metrics SafetyClassification-v1     # Live accuracy/reward/memory table
cognicore doctor                              # Health check everything

# Analysis
cognicore iq SafetyClassification-v1          # 6-dimension intelligence score
cognicore battle --rounds 50                  # Red vs Blue adversarial sim
cognicore evolve SafetyClassification-v1      # Evolutionary training
cognicore debug SafetyClassification-v1       # AI debugger with breakpoints

25 commands total. Run cognicore --help for the full list.

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🌍 Environments

24 built-in environments across 6 domains:

Domain	Example
🛡️ Safety Classification	Classify AI responses as SAFE/UNSAFE/NEEDS_REVIEW
🔢 Math Reasoning	Arithmetic → number theory
🐛 Code Debugging	Find and fix Python bugs
💬 Conversation	Dialogue and negotiation
📋 Multi-Step Planning	Task ordering and scheduling
📝 Summarization	Key-point coverage

Building Your Own

from cognicore.core.base_env import CogniCoreEnv
from cognicore.core.types import EvalResult

class MyCustomEnv(CogniCoreEnv):
    def _setup(self, **kwargs):
        self.data = ["task1", "task2", "task3"]

    def _generate_tasks(self):
        return self.data

    def _evaluate(self, action):
        return EvalResult(base_score=1.0, correct=True, category="custom")

    def _get_obs(self):
        return {"task": self._tasks[self._current_step]}

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⚠️ Known Limitations

We believe in transparency. Here's where CogniCore falls short today:

• Memory overfitting on small datasets. With fewer than 50 unique tasks, the memory can memorize answers rather than learn patterns. Mitigation: use difficulty="hard" or increase task variety.
• No true vector similarity. Memory retrieval uses exact category matching, not embeddings. Semantically similar but differently-named categories won't match.
• Synthetic environments only. All 24 built-in environments use synthetic data. Real-world datasets require building a custom CogniCoreEnv.
• Single-threaded. Training runs sequentially. No parallel episode execution yet.
• No GPU acceleration. The framework is CPU-only (pure Python stdlib). This is by design for zero-dependency simplicity, but limits scale.

We track these in GitHub Issues.

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🆚 Why not just use logs / prompt tuning?

Approach	What it does	Limitation
Manual logs	Grep through outputs	No structure, hard to find patterns
Prompt tuning	Edit prompts until it works	Trial & error, no memory of what failed
Eval frameworks	Score outputs after the fact	No feedback loop, agent can't learn
CogniCore	Structured memory + real-time feedback + 8-part rewards	Agent improves during evaluation

CogniCore doesn't replace your existing tools — it adds a feedback layer that makes your agent learn from its own mistakes.

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🔮 Roadmap

Coming soon:

• cognicore-cybersec — Security-focused environments (phishing, malware, CVE analysis)
• cognicore-finance — Trading agent evaluation (risk assessment, compliance)
• cognicore-eval — LLM evaluation suite (hallucination, factuality, toxicity)
• cognicore debug agent.py — CLI debugger with breakpoints on failure patterns
• Vector-based semantic memory (embeddings instead of exact matching)

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📦 Installation

# Core (zero dependencies)
pip install cognicore-env

# With dev tools
pip install cognicore-env[dev]

Requirements: Python 3.9+

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🧑‍🤝‍🧑 Contributing

We welcome contributions! See CONTRIBUTING.md and CODE_OF_CONDUCT.md.

📄 License

MIT