AI Patentability Assessment
Know your chances before you file. AI-powered novelty and non-obviousness analysis that identifies risks and strengthens patent applications.
Common Challenges
Uncertain novelty before filing
Without comprehensive prior art analysis, you risk filing applications that will face costly rejections.
Non-obviousness is hard to predict
Determining whether an invention meets the non-obviousness bar requires analyzing combinations of prior art references.
Expensive office actions
Each office action response adds thousands of dollars in prosecution costs that better pre-filing analysis could prevent.
Slow manual assessment
Traditional patentability opinions take weeks to prepare, delaying filing decisions and strategic planning.
Key Features
AI Novelty Analysis
Automatically compare your invention against millions of patents and publications to assess novelty with high confidence.
Non-Obviousness Scoring
AI evaluates whether claim combinations across prior art references create obviousness risks.
Claim Strength Scoring
Get an AI-generated score for each claim based on prior art overlap, breadth, and prosecution risk.
Prior Art Gap Analysis
Identify exactly where your invention differs from the closest prior art to strengthen your application.
Drafting Recommendations
AI suggests claim language adjustments to improve patentability based on prior art analysis.
Assessment Reports
Generate detailed patentability reports with citations, risk analysis, and strategic recommendations.
How It Works
Describe Your Invention
Upload a draft application, paste claims, or describe the invention in plain language.
AI Analyzes Patentability
ArcPrime AI searches prior art, analyzes novelty, and scores non-obviousness against your claims.
Review Risk Assessment
Explore claim-by-claim analysis with prior art mappings, risk scores, and gap identification.
Strengthen & File
Use AI recommendations to refine claims before filing, reducing office action risk and prosecution costs.
70%
Fewer office actions
< 1 hour
Assessment time
10M+
References checked
85%
Prediction accuracy