fixed-income-portfolio

Analyze fixed income portfolios into unified risk metrics with stress testing.

1|Updated Mar 5, 2026
One-click install
npx skills add https://github.com/smrik/ai-fund --skill fixed-income-portfolio-smrik
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: fixed-income-portfolio
Source: https://github.com/smrik/ai-fund/tree/main/skills/partner-built/lseg/skills/fixed-income-portfolio
Command: npx skills add https://github.com/smrik/ai-fund --skill fixed-income-portfolio-smrik

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This skill addresses the complexity of aggregating disparate bond-level data into a coherent portfolio-level risk and performance view, reducing the manual effort required for institutional-grade fixed income reporting.

Core Features & Use Cases

  • Portfolio Aggregation: Computes market-value weighted metrics like yield, duration, and DV01 across multiple bond holdings.
  • Scenario Stress Testing: Simulates portfolio P&L impact under various interest rate shocks and curve shifts.
  • Cashflow Projection: Generates quarterly cashflow waterfalls to identify reinvestment risk and liquidity concentration.
  • Use Case: A portfolio manager needs to assess the impact of a 100bp rate hike on a corporate bond portfolio; this skill automates the pricing, scenario analysis, and summary reporting required for the review.

Quick Start

Use the fixed-income-portfolio skill to analyze the current holdings in my bond portfolio and generate a risk summary including scenario stress tests.

Frequently Asked Questions about fixed-income-portfolio

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I analyze fixed income portfolio risk and aggregate bond pricing data?

Fixed income portfolio analysis integrates bond pricing, reference data, and cashflow projections into unified risk metrics. It computes market-value weighted yield, duration, and DV01 across multiple bond holdings to provide a coherent portfolio-level performance view.

How do I stress test a corporate bond portfolio against interest rate shocks?

Stress testing a corporate bond portfolio involves simulating the P&L impact under various interest rate shocks and yield curve shifts. The automated process evaluates scenario pricing and generates a summary report detailing the portfolio's sensitivity to a 100bp rate hike or similar events.

Do I need MCP-compliant data tools to calculate bond yield curve sensitivity?

Yes, calculating yield curve sensitivity and performing quantitative financial calculations requires access to MCP-compliant bond pricing and yield curve data tools. These external dependencies supply the necessary market data inputs for accurate duration analysis and stress testing.

How do I generate quarterly cashflow projections to identify reinvestment risk?

Generating quarterly cashflow projections creates cashflow waterfalls that identify reinvestment risk and liquidity concentration. This process aggregates bond-level cashflows to map out the timeline and magnitude of future income distributions across the portfolio.

What is the best way to aggregate disparate bond-level data into portfolio-level metrics?

The best way to aggregate disparate bond-level data is through an automated workflow that computes market-value weighted metrics like yield and duration. This reduces manual effort and addresses the complexity of institutional-grade fixed income reporting by unifying reference data and pricing.

When should I not use automated fixed income portfolio analysis for risk reporting?

Automated fixed income portfolio analysis should not be used when MCP-compliant bond pricing and yield curve data tools are unavailable. Without these required data inputs, the system cannot perform the necessary quantitative financial calculations for accurate risk metrics.