Quick Answer
Shoppeal Tech's AI contract review system reduces first-pass contract review from 4 hours to 22 minutes for standard commercial contracts a 10.9x improvement. The system extracts 47 standard clause types, flags 18 risk categories, and compares against playbook positions. Accuracy on clause extraction: 94.2% F1 score validated on 200 contract test set. Critical requirement: the AI handles extraction and flagging lawyers make all legal judgments. Systems that blur this boundary create professional liability risk.
10.9x
Review Time Reduction
47 types
Clause Types Extracted
94.2% F1
Extraction Accuracy
18 types
Risk Categories Flagged
What AI Contract Review Actually Does (and Doesn't Do)
What AI contract review does:
- Extracts defined clause types (limitation of liability, indemnification, IP ownership, termination, governing law, data protection obligations)
- Flags clauses that deviate from your standard playbook positions
- Summarises key commercial terms (payment, term, renewal, SLA)
- Identifies missing standard clauses
- Cross-references defined terms for consistency
What AI contract review does not do (and should not claim to do):
- Provide legal advice
- Make binding interpretations of ambiguous clauses
- Substitute for lawyer review of unusual or high-stakes provisions
- Replace judgement calls on risk/reward trade-offs
The value is in the first-pass extraction a lawyer who previously spent 4 hours reading to identify issues now spends 25 minutes reviewing AI-identified issues and applying judgement.
The Technical Architecture of Production Contract AI
Ingestion: PDF, DOCX, and scanned contract ingestion with OCR for legacy documents. Pre-processing: page detection, section detection, header/footer removal.
Clause segmentation: Trained clause boundary detector that segments contracts into discrete clauses critical for accurate extraction. Standard sentence splitting fails on legal text with complex nested conditions.
Clause classification: Fine-tuned legal BERT model classifies each clause segment into one of 47 clause types. Confidence threshold: clauses below 0.8 confidence are flagged for manual review.
Playbook comparison: Each extracted clause compared against your firm's preferred positions via semantic similarity. Deviation score drives risk flagging.
Output: Structured JSON with clause extracts, risk ratings, and plain-English summaries. Rendered as a review UI with clause-level highlighting in the original document.
Implementation: What 10 Weeks Looks Like
Weeks 1-2: Playbook mapping. Define the 47 clause types, your standard positions, and the 18 risk flags. This is the most important step garbage playbook = garbage AI output.
Weeks 3-5: Model fine-tuning on your contract corpus. Minimum 500 contracts required for good fine-tuning. Fewer than 200 contracts: use a general legal LLM (Anthropic Claude, which has good legal text performance).
Weeks 6-7: Playbook comparison engine. Build the deviation detector against your standard positions.
Weeks 8-9: Review UI. Lawyer-facing interface with document highlighting, clause navigation, and risk summary.
Week 10: Validation and rollout. Parallel review validation: AI review + lawyer review on 50 test contracts. Calculate accuracy metrics. Set confidence thresholds. Staged rollout.
Frequently Asked Questions
What accuracy is acceptable for AI contract review?
Can we use GPT-4 off the shelf for contract review?
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