CASE STUDY
AI-Powered Trademark Classification System Using Amazon Bedrock
Sterne Kessler Goldstein & Fox (SKGF) partnered with Mactores Cognition Inc. to assess the feasibility of implementing an AI-powered trademark classification system using Amazon Bedrock. The goal was to drastically reduce classification time, improve accuracy, ensure strong legal compliance, and enable faster client service and operational efficiency.
About
The Customer

Sterne Kessler Goldstein & Fox PLLC (SKGF) is a leading U.S. intellectual property law firm specializing in trademarks, patents, and IP strategy. With a large volume of trademark applications and high standards for accuracy and compliance, SKGF required an intelligent automation strategy to streamline its classification workflow.
Customer Situation

At the same time, clients demanded faster service and predictable costs. SKGF needed a solution that could accelerate classifications while ensuring strong compliance, auditability, and attorney oversight. They wanted a system that could scale with their workload and maintain the firm’s high standards of confidentiality and legal accuracy.
Our Approach
Mactores conducted a focused seven-week GenAI assessment to understand SKGF’s trademark classification workflows, data landscape, and compliance requirements. Historical trademark records, document formats, and attorney review patterns were analyzed to identify where AI could safely augment legal judgment without introducing risk.
Based on these findings, Mactores designed a scalable, multi-agent architecture on AWS. The approach centered on hybrid retrieval over 76,000 USPTO records using Amazon OpenSearch with vector search and BM25, orchestrated through Amazon Bedrock with Claude 3.5 Sonnet, ensuring high accuracy, traceability, and compliance through built-in guardrails.
Business Outcomes
The assessment confirmed that SKGF could reduce classification time from 60–120 minutes to less than 10 minutes and achieve 85%+ accuracy, leading to estimated monthly savings of $60,000 at 100 applications per month, with a projected ROI of 5× to 7× in the first year.
Technical Outcomes
The solution was designed as a secure, serverless, and event-driven AWS architecture capable of processing trademark classifications at scale. AWS Textract extracted text from complex legal documents stored in Amazon S3, triggering automated workflows coordinated through AWS Step Functions and AWS Lambda.Hybrid retrieval was enabled using Amazon OpenSearch with vector search and BM25, supported by cross-encoder re-ranking for precision. Amazon Bedrock orchestrated Claude 3.5 Sonnet and Titan Text Embeddings, with Aurora Serverless v2 and DynamoDB handling structured data and low-latency caching. End-to-end encryption via AWS KMS and Bedrock Guardrails ensured security, compliance, and reliable AI behavior.
Getting
Started
SKGF initiated the engagement by signing the assessment SOW and launching the discovery phase with Mactores. During this phase, existing workflows were mapped, data sources were inventoried, and security and integration readiness were evaluated. This created a clear baseline and identified the most impactful areas for GenAI-driven automation.
Following the discovery, the implementation roadmap was finalized. Secure AWS infrastructure was designed, AI agents and retrieval pipelines were defined, and an attorney-facing workflow was planned. A pilot phase was outlined to validate accuracy, usability, and adoption before a full production rollout, ensuring the solution delivered measurable value from day one.


