HACKATHON FINALISTAI / MLSOFTWARE

HoneyShield AI

Explainable behavioral anomaly detection system combining multiple modelling approaches with a usable dashboard.

Isolation ForestGRU autoencoderXGBoostSHAPStreamlit
SYSTEM SIGNAL
hybrid modelling + explainability + end-to-end technical delivery
INTERACTIVE SYSTEM MAP

Inspect the architecture signal.

Model map uses only the supplied HoneyShield stack and delivery facts.

NODE INSPECTOR
EXPERIENCE

Streamlit

Dashboard layer delivered with the hackathon submission.

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01 / VERIFIED
0.8066
AUPRC
02 / VERIFIED
91.53%
attack classification accuracy
01
ENGINEERING NOTE

Problem

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Build an explainable behavioral anomaly detection system for the Honeywell Campus Connect hackathon.

02
ENGINEERING NOTE

Constraints

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Solo submission.

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Hackathon setting required a complete technical submission, not just a model.

03
ENGINEERING NOTE

Decisions / trade-offs

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Combine Isolation Forest, a GRU autoencoder, and XGBoost rather than presenting a single-model pipeline.

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Use SHAP for explainability and Streamlit for the dashboard layer.

04
ENGINEERING NOTE

What broke / changed

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No specific failed experiment was supplied in the project history.

05
SOURCE-LOCKED

Verified project facts

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Honeywell Campus Connect hackathon finalist.

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Produced README, system design document, technical report, charts, and architecture diagram.

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