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Large Language ModelsAI Business & IndustryAmazon AI BlogPublished: Jul 24, 2026, 04:01 JST

Jefferies builds AI trade assistant to give traders instant data insights

Jefferies builds AI trade assistant to give traders instant data insights

3 Key Points

  1. What happened

    Jefferies, a global investment banking firm, deployed an AI-powered trade assistant on AWS that lets equity traders query millions of rows of trading data using natural language, without coding or IT delays. The system uses Anthropic Claude, Amazon Bedrock, and an open standard called Model Context Protocol (MCP) to connect traders to trade data repositories, FIX message files, and in-memory databases, then generates SQL queries and visualizations in response.

  2. Why it matters

    Traders previously relied on subject matter experts and IT teams to build custom dashboards—a process that took days or weeks. The assistant puts real-time data analysis directly in traders' hands, freeing them to focus on client relationships and strategic decisions instead of manual data work. It also reduces IT burden by eliminating repetitive dashboard creation and democratizes data access across the trading desk.

  3. What to watch

    The team learned three key lessons: they avoided LLM hallucinations by having the model generate SQL while dedicated visualization engines render charts; they used in-memory databases to deliver split-second query response times critical for real-time trading; and they adopted observability and feedback loops to adapt to unexpected user behavior patterns.

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Context & Analysis

Jefferies faced a longstanding operational bottleneck: traders needed real-time insights from vast amounts of data to make split-second decisions, but the process of obtaining those insights was slow. Building custom dashboards required traders to either code (which most could not do) or wait in IT queues for weeks. This gap between available data and actionable decisions created competitive friction.

The firm's solution centers on agentic AI—an AI system that can reason, plan, and act by orchestrating multiple tools and data sources. By combining Strands Agents (an open-source SDK for building AI agents), Anthropic Claude (the reasoning model), Amazon Bedrock (the managed LLM service), and Model Context Protocol (an open standard for connecting to diverse data sources), Jefferies built a system that understands trader intent expressed in plain English and autonomously generates the SQL, executes queries, and renders visualizations. The architecture deliberately separates concerns: Claude handles language understanding and query logic, while separate visualization engines render charts—a design choice that mitigates hallucination risk while preserving accuracy.

The business impact flows from this architectural shift. Traders no longer sit in IT queues; they get answers instantly. That time savings compounds: trading desks can reallocate capacity from dashboard requests and data wrangling to client relationships and strategic decisions. IT teams stop repeating the same dashboard-building work and focus on higher-value initiatives. And by letting any trader ask natural language questions of the data, the system has democratized data access, fostering a culture where decisions rest on real-time analytics rather than intuition or stale reports.

FAQ
How do traders access the AI assistant?
Traders log into Jefferies' on-premises Business Intelligence system called Global Flow Monitor (GFM) using their credentials, where they find an embedded UI widget to interact with the Trade Assistant Agent.
What happens when a trader asks a question?
The system retrieves relevant database schemas and query patterns from Amazon Bedrock Knowledge Bases, then uses Claude Sonnet to interpret the trader's intent and generate a SQL query. The Query Agent selects the appropriate data source (in-memory grid or historical store) and executes the query, with the LLM choosing the visualization format to display the results.
How does the system protect sensitive data?
The solution uses Amazon Bedrock Guardrails for content moderation and PII filtering, row-level data entitlements to prevent accidental access to customer-sensitive data, and conversation logging for audit trails to meet compliance requirements.
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