inflion 0.1.9

Observability and influence tracing infrastructure for multi-agent AI systems.

Inflion

Note: This project was previously released as TraceIQ and has been renamed to Inflion. The API and behavior remain unchanged.

Inflion is a Python library for measuring cross-agent influence in multi-agent AI systems, providing reproducible metrics for semantic drift, propagation risk, and reasoning stability.

Installation • Quick Start • Science • Docs • Cite

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The Problem

Modern AI systems increasingly operate through interaction: agents collaborate, critique, retrieve, plan, and self-modify through communication with other agents.

Yet we lack scientific tools to answer fundamental questions:

• How much did one agent influence another?
• Did incorrect reasoning propagate through the system?
• When does collaboration become instability?
• How can influence be measured reproducibly and rigorously?

Inflion introduces a formal measurement framework for studying influence propagation in autonomous multi-agent AI systems.

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Scientific Contributions

Inflion provides three core measurement primitives:

1. Influence Quotient (IQx)

A quantitative metric measuring semantic drift in an agent's output caused by prior agent messages.

IQx = Drift_L2 / (Baseline_Median + ε)

IQx estimates how much reasoning changed due to interaction, enabling measurement of cross-agent cognitive influence.

2. Propagation Risk (PR)

A network-level metric estimating how influence spreads across an agent graph using spectral radius analysis.

PR = max(|eigenvalues(Adjacency_Matrix)|)

PR provides early detection of unstable influence propagation and cascading reasoning errors.

3. Reproducible Influence Experiments

Inflion includes CI-safe experimental pipelines evaluating:

• ✓ Hint injection and misinformation propagation
• ✓ Influence stability across agent chains
• ✓ Cold-start detection behavior
• ✓ Mitigation policy effectiveness

These experiments support ongoing research into multi-agent AI safety and Contagious Intelligence.

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Where Inflion Fits in AI Research

Modern AI tooling focuses on different layers of the stack:

Tool	What It Measures
TensorBoard	Model training metrics
Weights & Biases	Experiment tracking
LangSmith / Prompt tools	Prompt execution traces
Inflion	Cross-agent influence and reasoning propagation

Inflion introduces a missing instrumentation layer: measurement of cognitive influence between autonomous AI agents.

As multi-agent systems become standard in RAG, planning, robotics, and orchestration, understanding how agents influence each other becomes as critical as measuring accuracy.

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Why Inflion Exists

Autonomous AI systems are evolving from isolated models into collaborative agent networks.

However, we currently lack standardized methods to measure:

Challenge	Description
Cross-agent reasoning influence	How does one agent's output change another's behavior?
Error propagation	Do mistakes cascade through agent pipelines?
Stability	Is collaborative reasoning stable or chaotic?
Safety risks	What are the emergent risks in multi-agent systems?

Inflion was built as a scientific instrument for studying emergent behavior in distributed intelligence.

Inflion is not a dashboard. It is not a monitoring SaaS.

Inflion is measurement infrastructure for multi-agent cognition research.

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Research Vision

Inflion is measurement infrastructure for multi-agent AI systems.

As AI shifts from isolated models to collaborative agent networks, system behavior emerges from interactions between models—not from a single model alone. While we can measure accuracy, latency, and loss, we currently lack tools to quantify how reasoning propagates across agents.

Inflion provides reproducible metrics and structured tracking for cross-agent influence, reasoning drift, and propagation dynamics. The goal is not monitoring dashboards, but scientific instrumentation for studying distributed AI cognition.

If collaborative AI becomes the dominant computing paradigm, measuring influence between agents will be as fundamental as measuring model performance.

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Features

Feature	Description
📊 Influence Tracking	Track influence between agent interactions
🎯 Semantic Drift	Measure drift using embedding similarity
🌐 Propagation Risk	Estimate network-level influence spread
⚡ Anomaly Detection	Quantile-calibrated alerting system
🧊 Cold-Start Handling	Statistical validation during warm-up
🔬 Research Pipelines	CI-safe reproducible experiments
🔌 Integration Ready	Templates for RAG and multi-agent orchestration

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Installation

Core library (lightweight, no heavy ML dependencies):

pip install inflion

With real embedding models:

pip install "inflion[embedding]"

With research plotting tools:

pip install "inflion[research]"

Full installation:

pip install "inflion[embedding,research]"

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Real-World Use Cases

Inflion is designed for real multi-agent AI systems:

• Evaluate RAG hallucination propagation Measure whether incorrect retrieval contaminates downstream reasoning.

• Audit autonomous agent pipelines Track which agents influence critical decisions in planning systems.

• Study collaborative reasoning stability Detect when agent feedback loops amplify errors.

• AI governance and accountability Build audit trails showing how decisions evolved across agents.

• Research on Contagious Intelligence Quantify cognitive transfer between AI systems in controlled experiments.

Inflion acts as a measurement microscope for studying distributed AI cognition.

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Quick Example

from inflion import InfluenceTracker

tracker = InfluenceTracker(use_mock_embedder=True)

result = tracker.track_event(
    sender_id="agent_a",
    receiver_id="agent_b",
    sender_content="We should switch to renewable energy.",
    receiver_content="Good point. Renewables are the future."
)

print("Drift:", result["drift_l2_state"])
print("IQx:", result["IQx"])
print("Alert:", result["alert"])

tracker.close()

Output:

Drift: 0.847
IQx: 1.23
Alert: False

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What Inflion Outputs

Each tracked interaction returns structured metrics you can log, visualize, or audit:

• drift_l2_state — semantic drift magnitude
• IQx — normalized influence score
• alert — anomaly signal (calibrated)
• valid — whether baseline is stabilized
• receiver_state — receiver baseline summary

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Research Applications

Inflion has been evaluated on synthetic multi-agent benchmarks and integrated into experimental LLM pipelines involving chained, retrieval-augmented, and tool-using agents.

The framework enables reproducible studies of:

• Influence propagation across agent graphs
• Stability of collaborative reasoning loops
• Detection of misleading hint injection
• Mitigation policy effectiveness
• Cold-start behavior in autonomous agents

All experiments are reproducible through CI-safe pipelines that generate structured summary.json artifacts for verification.

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Integration Patterns

Inflion works with common agent architectures:

Pattern	Description
LLM-only agents	Track message → response influence
RAG systems	Include retrieved context in receiver input
Tool-using agents	Track tool output influence
Memory agents	Track before/after memory state
Multi-agent orchestrators	Full conversation influence graphs

Instrumentation

Inflion ships an adapter abstraction so framework integrations plug into the tracker without touching core.

• v0.1.6 — BaseAdapter ABC, DemoAdapter reference impl, apply_temporal_decay.
• v0.1.8 — first real framework adapter: LangGraph.
• v0.1.9 — LangChain and CrewAI adapters on the same abstraction.

from inflion import InfluenceTracker, TrackerConfig, DemoAdapter, apply_temporal_decay

tracker = InfluenceTracker(
    config=TrackerConfig(storage_backend="memory"),
    use_mock_embedder=True,
)
adapter = DemoAdapter(tracker, run_id="demo-1")

adapter.emit({"from": "planner", "to": "researcher", "input": "...", "output": "..."})

decayed = apply_temporal_decay(
    list(tracker.storage.get_all_scores()),
    list(tracker.storage.get_all_events()),
    lambda_=0.1,
    unit="hours",
)

Try the bundled mock pipeline:

python -m inflion.examples_runtime.mock_pipeline_demo

LangGraph adapter (v0.1.8)

Install the optional extra:

pip install "inflion[langgraph]"

Recommended path — explicit emit_node_transition (stable across LangGraph versions; instrument from inside your nodes or your orchestration loop):

from inflion import InfluenceTracker, TrackerConfig, InflionLangGraphAdapter

tracker = InfluenceTracker(
    config=TrackerConfig(storage_backend="memory"),
    use_mock_embedder=True,
)
adapter = InflionLangGraphAdapter(tracker, run_id="run-1")

adapter.emit_node_transition(
    prev_node="planner",
    next_node="researcher",
    prev_state={"plan": "outline"},
    next_state={"plan": "outline", "notes": "fact-1"},
    metadata={"step": 1},
)

Try the bundled LangGraph demo:

python -m inflion.examples_runtime.langgraph_pipeline_demo

Experimental — wrap(graph)

wrapped = adapter.wrap(compiled_graph)
wrapped.invoke({"task": "..."})

May follow LangGraph internals between minor versions; pin LangGraph and prefer emit_node_transition in production. The first call per process emits a UserWarning pointing at the explicit API.

LangChain adapter (v0.1.9)

Install the optional extra:

pip install "inflion[langchain]"

Recommended path — explicit emit_chain_step (stable across LangChain versions; instrument from your chain code or your orchestration loop):

from inflion import InfluenceTracker, TrackerConfig, InflionLangChainAdapter

tracker = InfluenceTracker(
    config=TrackerConfig(storage_backend="memory"),
    use_mock_embedder=True,
)
adapter = InflionLangChainAdapter(tracker, run_id="run-1")

adapter.emit_chain_step(
    prev_step="prompt",
    next_step="llm",
    prev_input={"question": "..."},
    next_output={"answer": "..."},
)

Try the bundled LangChain demo:

python -m inflion.examples_runtime.langchain_pipeline_demo

Experimental — callback_handler()

handler = adapter.callback_handler()
chain.invoke(inputs, config={"callbacks": [handler]})

Depends on LangChain's public callback surface; may follow LangChain internals between minor versions. The first call per process emits a UserWarning pointing at the explicit API.

CrewAI adapter (v0.1.9)

Install the optional extra:

pip install "inflion[crewai]"

Recommended path — explicit emit_task_handoff (stable across CrewAI versions; emit from your task-completion handlers):

from inflion import InfluenceTracker, TrackerConfig, InflionCrewAIAdapter

tracker = InfluenceTracker(
    config=TrackerConfig(storage_backend="memory"),
    use_mock_embedder=True,
)
adapter = InflionCrewAIAdapter(tracker, run_id="run-1")

adapter.emit_task_handoff(
    from_agent="researcher",
    to_agent="writer",
    prev_output="Findings: ...",
    next_input="Draft a summary of: ...",
)

Try the bundled CrewAI demo:

python -m inflion.examples_runtime.crewai_pipeline_demo

Experimental — step_callback()

from crewai import Crew
cb = adapter.step_callback()
Crew(agents=[...], tasks=[...], step_callback=cb).kickoff()

Depends on CrewAI's documented step-callback parameter; may follow CrewAI internals between minor versions. The first call per process emits a UserWarning pointing at the explicit API.

Adapters are thin instrumentation layers. Inflion-Core remains framework-agnostic — adapters must not leak framework types into core metrics or storage. import inflion never imports any framework; each [framework] extra is only required when you actually access its matching Inflion*Adapter.

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What Inflion Is NOT

Limitation	Explanation
Not causal inference	Metrics measure correlation, not proven causation
Not intent detection	Cannot determine manipulation intent
Not semantic understanding	Measures embedding-level drift
Not a production security system	Research measurement tool
Not plug-and-play safety	Thresholds require calibration per environment

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Research Context

Inflion supports research into:

• 🔬 AI-to-AI influence modeling
• 🧬 Contagious Intelligence hypothesis
• ⚖️ Multi-agent reasoning stability
• 🛡️ Autonomous system safety
• 🧠 Distributed cognition in AI systems

Detailed metric definitions and implementation notes are available in the project documentation.

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Documentation

Document	Description
Metrics	Metric definitions and formulas
Integration	Integration patterns
CLI Reference	Command-line interface
Configuration	TrackerConfig options
Architecture	System design
Theory	Mathematical foundations
Experiments	Research testbed

CLI Help: inflion --help

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Reproducibility & CI

Inflion experiments are CI-safe:

• ✅ Quick mode never hard-fails CI
• ✅ Proof mode enforces strict statistical validation
• ✅ Artifacts upload even on failures
• ✅ Experiments produce structured outputs

This ensures reproducible research pipelines.

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Contributing

Contributions welcome! See CONTRIBUTING.md

# 1. Fork the repository
# 2. Create a feature branch
git checkout -b feature/amazing-feature

# 3. Run tests and linter
pytest
ruff check src/ tests/

# 4. Submit a Pull Request

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Citation

If you use Inflion in your research, please cite:

@software{inflion,
  title = {Inflion: Measuring AI-to-AI Influence in Multi-Agent Systems},
  author = {Vasavada, Anarv and Contributors},
  year = {2026},
  url = {https://github.com/Anarv2104/Inflion}
}

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License

Inflion is open-source under the MIT License, enabling academic and commercial use with minimal restrictions.

See the full license text at: https://github.com/Anarv2104/Inflion/blob/main/LICENSE

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