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Solution Development Optimization Agent

Automates test case creation, risk-based prioritization, and test execution aligned to requirements for rapid, accurate QA.

Manual quality assurance processes in solution development are often resource-intensive and susceptible to delays. Teams face challenges with laborious test creation, inefficient prioritization, and time-consuming execution cycles driven by manual effort and lack of alignment with evolving requirements. As a result, defects can go undetected or be identified late, increasing rework and impacting process productivity.

The Solution Development Optimization Agent addresses these inefficiencies by automating the end-to-end QA workflow within the solution configuration process. Drawing directly from internal data sources such as requirements models, design artifacts, configuration repositories, historical defect data, test scripts, and test results, the agent first automatically generates test cases fully mapped to the latest requirements and designs. Through AI-driven analysis of historical and contextual data, it then assigns risk scores and smartly prioritizes which test cases to execute for optimal defect detection. The prioritized tests are autonomously executed on the configured solution, with comprehensive test results collected and logged for continual improvement—all without manual intervention.

This agent dramatically increases process and employee productivity by eliminating repetitive QA tasks, minimizing cycle times, and ensuring test coverage precisely reflects evolving solution criteria. By systematically prioritizing high-risk areas and enabling unattended validation, organizations achieve significant cost savings and reduce rework. The agent transforms the workflow from reactive and labor-intensive to proactive and efficient, allowing teams to focus on addressing only the most complex quality challenges.

Accuracy
TBD

Speed
TBD

Input Data Set

Sample of data set required for Solution Development Optimization Agent:

Product Requirements Document: Automated Lead Scoring

Feature: Automated Lead Scoring Product: ConnectSphere CRM Document Version: 1.0 Date: 2023-10-26


1. Overview

This document outlines the requirements for a new Automated Lead Scoring feature within the ConnectSphere CRM platform. The feature will analyze lead interactions and assign a numerical score to help sales teams prioritize their efforts on the most promising prospects.

2. User Stories

  • US-101 (Sales Rep): As a Sales Representative, I want to see a numerical score next to each lead in my dashboard so that I can quickly identify high-value leads.
  • US-102 (Sales Manager): As a Sales Manager, I want the lead scoring system to be configurable based on different interaction types (e.g., email opens, page views) so that we can tailor the scoring model to our sales strategy.
  • US-103 (System Admin): As a System Administrator, I need the scoring calculation to be performant and not degrade overall application responsiveness.

3. Functional Requirements

ID Requirement Description Linked User Story
FR-201 The system shall calculate a LEAD_SCORE for each new lead based on pre-defined criteria. US-101
FR-202 The LEAD_SCORE shall be an integer value between 1 and 100. US-101
FR-203 The LEAD_SCORE shall be displayed next to the lead's name in the main 'Lead View' list. US-101
FR-204 The system shall provide an admin interface to assign point values to the following interactions: Email Open (1-10 pts), Link Click (1-20 pts), Website Page View (1-5 pts), and Form Submission (1-50 pts). US-102
FR-205 The LEAD_SCORE must update in near real-time (within 30 seconds) of a new interaction being logged. US-101, US-102

4. Non-Functional Requirements

ID Requirement Description Linked User Story
NFR-301 The lead score calculation for a single interaction event must complete within 500ms. US-103
NFR-302 The feature must handle up to 1,000 lead interaction events per minute without performance degradation. US-103

5. Acceptance Criteria

  • AC-101.1: A lead with a calculated score of 75 is correctly displayed as "75" in the dashboard list view.
  • AC-101.2: A lead with no interactions has a default score of 1.
  • AC-204.1: An administrator can successfully change the point value for an 'Email Open' from 5 to 10, and subsequent calculations reflect this change.
  • AC-301.1: API response time for the scoring service endpoint must not exceed 500ms under average load.

Deliverable Example

Sample output delivered by the Solution Development Optimization Agent:

QA Test Plan & Prioritization Report

Feature: Automated Lead Scoring Source Document: PRD_ConnectSphere_Automated_Lead_Scoring Analysis Date: 2023-10-26


1. Summary

This report outlines the automatically generated test cases and risk-based execution plan for the 'Automated Lead Scoring' feature. A total of 12 test cases have been generated based on the provided requirements, covering functional, UI, and performance aspects. The test plan is prioritized to focus on high-risk areas, such as the core scoring logic and data handling, to ensure maximum defect detection efficiency.

2. Generated Test Cases

The following test cases have been generated from the requirements document:

Test Case ID Description Linked Requirement Test Type
TC-FUNC-001 Verify that a new lead with no interactions is assigned a default score of 1. FR-202, AC-101.2 Functional
TC-FUNC-002 Verify that submitting a lead with interactions (1 Email Open, 1 Form Submit) calculates the correct score based on default point values. FR-201 Functional
TC-FUNC-003 Verify that scores are correctly recalculated within 30 seconds after a new interaction is logged for an existing lead. FR-205 Functional
TC-FUNC-004 Verify that the calculated LEAD_SCORE cannot exceed 100, even if interaction points sum to a higher value. FR-202 Edge Case
TC-FUNC-005 Verify that the calculated LEAD_SCORE cannot be less than 1. FR-202 Edge Case
TC-FUNC-006 Verify an admin user can successfully update point values in the configuration interface. FR-204, AC-204.1 Functional
TC-FUNC-007 Verify that after changing point values, new score calculations use the updated values. FR-204, AC-204.1 Functional
TC-UI-001 Confirm the LEAD_SCORE integer is displayed correctly next to the lead name in the 'Lead View' list. FR-203, AC-101.1 UI/Visual
TC-UI-002 Confirm the score display is properly aligned and readable on different screen resolutions (1080p, 1440p). FR-203 UI/Visual
TC-PERF-001 Measure API response time for the scoring service endpoint under an average load of 100 events/minute. NFR-301, AC-301.1 Performance
TC-PERF-002 Load test the scoring service with a sustained 1,000 events/minute for 15 minutes to check for performance degradation. NFR-302 Performance
TC-PERF-003 Verify score calculation latency remains below 500ms during the peak load test. NFR-301, NFR-302 Performance

3. Risk-Based Test Execution Plan

Tests are prioritized based on a risk analysis considering impact (business function criticality) and likelihood (component complexity, history of defects).

Execution Order Test Case ID Priority Risk Score Rationale
1 TC-FUNC-002 Critical 95 Core functionality validation. Failure here renders the feature unusable.
2 TC-FUNC-004 Critical 92 Validates critical boundary condition of the scoring logic. High impact if broken.
3 TC-FUNC-007 High 88 Ensures the system is configurable as required; key value proposition for admins.
4 TC-FUNC-003 High 85 Validates the near real-time update requirement, which is critical for user trust.
5 TC-PERF-003 High 80 Confirms system performance under load; failure could impact the entire CRM.
6 TC-FUNC-001 Medium 70 Validates default state handling. Moderate impact.
7 TC-FUNC-006 Medium 68 Confirms admin UI interactions work as expected.
8 TC-UI-001 Medium 65 Core visual confirmation that the feature is accessible to the end-user.
9 TC-PERF-001 Medium 60 Baseline performance check under normal conditions.
10 TC-FUNC-005 Low 50 Lower impact edge case compared to the upper boundary.
11 TC-PERF-002 Low 45 Stress testing is important but secondary to core function and average load performance.
12 TC-UI-002 Low 40 Responsive design validation; lower priority than basic visibility.

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