v2.1 Live

Clinical AI that
explains itself.

ShifaMind predicts ICD-10 diagnoses from clinical notes while providing concept-grounded explanations clinicians can trust and verify. Explainability by design - not afterthought.

0.7122
Diagnostic F1 i Macro-averaged F1 across 50 ICD-10 codes with extreme class imbalance
115K
Clinical Notes
50
ICD-10 Codes
0.704
CSTPR Score
How ShifaMind Works
Every prediction flows through human-interpretable clinical concepts. No shortcuts. No black boxes.
01

Text Encoding

BioClinicalModernBERT encodes discharge summaries into rich clinical representations

02

Concept Grounding

Cross-attention grounds 111 clinical concepts (symptoms, findings, treatments)

03

Multiplicative Gate

Concept activations multiply with diagnosis embeddings - zero concepts = zero signal

04

Diagnosis + Confidence

ICD-10 predictions with concept-level confidence scores for full transparency

Performance & Interpretability
Competitive diagnostic accuracy with full concept-mediated transparency - evaluated on MIMIC-IV.
Diagnostic F1 (Top-50 ICD-10)
Tuned Threshold
ShifaMind
0.7122
LAAT
0.7114
KEPT
0.6870
CAML
0.6739
PLM-ICD
0.6500
GKI-ICD
0.6485
GPT-5.4
0.4122
Claude 4.6
0.3556
Vanilla CBM
0.1640
Interpretability Metrics
Enforced
0.704
CSTPR
1.314
CIM
0.836
CCR
CSTPR measures correctly identified & explained diagnoses.
CIM evaluates the causal strength of concept representations.
CCR considers diagnosis recall when concepts are truly present.
Sample Prediction Output
A simulated ShifaMind inference on a clinical discharge summary.
shifamind_inference.py — Patient #48201
Input: Discharge Summary (1,247 tokens)
72M admitted with progressive dyspnea, bilateral lower extremity edema, and elevated BNP. CXR showing bilateral pleural effusions. Started on IV furosemide with improvement...
Activated Concepts:
edema
0.94
diuretics
0.91
cardiac
0.88
dyspnea
0.86
pleural_effusion
0.79
Prediction:
[1] I50.9 — Heart failure, unspecified conf: 0.92
[2] J91.8 — Pleural effusion conf: 0.78
[3] I10   — Essential hypertension conf: 0.71
Concept Confidence Scores:
I50.9: edema(0.94) × cardiac(0.88) × diuretics(0.91) → 0.92
J91.8: pleural_effusion(0.79) × dyspnea(0.86) → 0.78
Simulated output for illustration purposes only. Predictions based on de-identified MIMIC-IV data.

See ShifaMind in Action

Doctors can analyze real clinical notes, explore concept activations, and discuss cases with AI - all grounded in ShifaMind’s interpretable predictions.

Streaming AI Chat Real-time Predictions Doctor Feedback
Access Platform → Limited access · Contact us for a demo account.
Future Vision
Building toward the future of transparent clinical decision support.
Ecosystem Expansion
Scaling transparent AI across the clinical ecosystem.

Multi-Agent Ecosystem

Deploying specialized AI agents for different clinical domains alongside a central orchestrating agent.

EHR & Sensory Integration

Deeply integrating transparent reasoning models with live hospital EHR data streams and sensors.

Knowledge Graph Generation

Dynamically generating evidence-based medical graphs and grounding predictions in structured knowledge.

Multimodal Capabilities

Expanding the concept-based reasoning architecture to incorporate medical imaging and structured lab data.

Why ShifaMind
Transparent clinical AI built for the trust requirements of healthcare.

Interpretability Gap

Current clinical AI is black-box. ShifaMind clears the interpretability gap by achieving state-of-the-art predictive performance without compromising transparency — every prediction remains fully mediated by human-interpretable clinical concepts.

Market Opportunity

Clinical NLP and medical coding automation is a massive, multi-billion dollar market. Transparent, explainable AI that clinicians fundamentally trust is the critical unlock for widespread clinical adoption and deployment.

Technical Moat

Novel architecture: multiplicative concept bottleneck with cross-attention fusion. Outperforms all current baselines while maintaining perfect interpretability. Under review, not published.

Roadmap

Phase 1: Pilot study
Phase 2: Multi-agents with hospital collaborations
Phase 3: Knowledge graph creation
Phase 4: Multimodal expansion
About
Mohammed Sameer Syed
Founder · AI/ML Engineer
Building ShifaMind at the intersection of clinical AI and explainability. Focused on creating systems where every diagnostic prediction is transparent, verifiable, and grounded in medical knowledge, because clinicians shouldn’t have to trust a black box.
🎓 M.S. Machine Learning 🏥 MIMIC-IV · BioClinicalModernBERT · UMLS