Performance Testing
Effective performance testing is key to the success of any application. At Jignect, our experienced teams provide comprehensive performance testing services, including load testing, stress testing, and more. As India’s top performance testing company, we offer end-to-end solutions to enhance performance and reduce costs, ensuring your business continues to grow. Our QA testers ensure applications are validated and verified, making us a top choice in India, the US, and across the world. With Jignect’s application performance testing services, we handle everything from capacity planning to production monitoring, guaranteeing bug-free and fault-free applications. Our QA engineers evaluate solutions for any potential performance issues or risks, using the latest tools to identify and address bottlenecks. Contact us now for the best software testing and QA services without compromising quality and support.
In today’s digital age, end users expect their applications to be fast, easy-to-use, and above all, work in all conditions. With growing competition in the digital space and crowding of app markets, it is imperative for application developers to know the limits of their applications and plan a strategy for their application services in case those limits are reached. As a leading performance testing company, we understand these challenges and provide top-notch software performance testing services to meet the highest standards. By integrating QA performance testing into your development lifecycle, we help ensure that your applications perform optimally, delivering a seamless user experience.
Performance Testing Services We Provide
Load Testing
Stress Testing
Endurance Testing
Spike Testing
Volume Testing
Scalability Testing
What can we Test?
Web
Mobile
Desktop
Distributed System
IoT
Microservices
Cloud Infra - AWS, Azure & many
Web Server
SaaS - SAP, Salesforce & many
Major Tools We Use for Performance Testing
These are the tools our team uses for functional test planning and testing the most frequently. If you prefer other solutions, just let us know.
K6 – A Modern Tool
JMeter
Gatling
LoadNinja
LoadRunner
Neoload
LoadUI Pro
LoadView
AppLoader
SmartMeter.io
Silk Performer
NeoLoad
WebLOAD
Documentation Provided By Us
Performance Test Environment Setup Guide Report
This report provides instructions for creating the performance testing environment, detailing software, hardware, and network setups.
Performance Test Plan
This document outlines the overall performance testing strategy, objectives, scope, approach, and required resources. It also includes details about performance metrics to be measured and performance acceptance criteria.
Performance Testing Scenarios and Cases
Detailed descriptions of scenarios and specific test cases evaluating system components or functionalities, covering workload, user interactions, expected system behavior, test data, performance metrics, and acceptance criteria.
Performance Test Results Report
This report offers comprehensive documentation of performance test results, including metrics like response time, throughput, CPU usage, memory utilization, and error rates. Visual aids like graphs, charts, or tables are used to visualize performance trends and identify bottlenecks.
Performance Test Summary Report
This summary report highlights key findings, observations, and recommendations based on the performance test results. This should include an analysis of performance issues, suggestions for optimization, and any identified risks or limitations.
Performance Improvement Plan Report
This report provides recommendations for improving the performance of the system based on the performance test findings. This may include suggestions for code optimization, infrastructure enhancements, or configuration changes.
Our Step-by-Step Approach to Performance Testing Services
Requirement Gathering & Analysis
We begin by comprehensively understanding the client's expectations and concluding the project requirements.
Stage 1
Identify the Test Environment and Tools
We identify the production and testing environments along with the testing tools available. Detailed documentation of hardware, software, and infrastructure specifications in both environments ensures coherence. While some performance testing may occur in the production environment, strict safeguards are in place to prevent disruptions to production operations.
Stage 2
Define the Performance Acceptance Criteria
We determine constraints, goals, and thresholds that demonstrate test success. While major criteria are derived from project specifications, testers have the authority to establish additional tests and benchmarks.
Stage 3
Plan & Design Performance Tests
Based on Non-Functional Requirements, we create a test strategy and develop test scripts according to the approved Performance Test Plan.
Stage 4
Configure the Test Environment & Distribute the Load
We arrange the testing environment before execution, managing tools and resources, and distributing load according to usage patterns or specified durations and stability requirements.
Stage 5
Implement & Execute the Performance Tests
We create, execute, validate, and monitor performance tests based on the test design.
Stage 6
Analyze Results
We analyze the test results to determine if it meets with the given response time or not.
Stage 7
Identify & Resolve Bottlenecks
Upon identifying bottlenecks, we perform tuning adjustments to resolve them.
Stage 8
Re-run Tests
After resolving bottlenecks, we re-run test scripts to validate results against required goals.
Stage 9
Reporting and Recommendation
We prepare and publish comprehensive test reports and provide recommendations based on the findings.
Stage 10
Requirement Gathering & Analysis
We begin by comprehensively understanding the client's expectations and concluding the project requirements.
Stage 1
Identify the Test Environment and Tools
We identify the production and testing environments along with the testing tools available. Detailed documentation of hardware, software, and infrastructure specifications in both environments ensures coherence. While some performance testing may occur in the production environment, strict safeguards are in place to prevent disruptions to production operations.
Stage 2
Define the Performance Acceptance Criteria
We determine constraints, goals, and thresholds that demonstrate test success. While major criteria are derived from project specifications, testers have the authority to establish additional tests and benchmarks.
Stage 3
Plan & Design Performance Tests
Based on Non-Functional Requirements, we create a test strategy and develop test scripts according to the approved Performance Test Plan.
Stage 4
Configure the Test Environment & Distribute the Load
We arrange the testing environment before execution, managing tools and resources, and distributing load according to usage patterns or specified durations and stability requirements.
Stage 5
Implement & Execute the Performance Tests
We create, execute, validate, and monitor performance tests based on the test design.
Stage 6
Analyze Results
We analyze the test results to determine if it meets with the given response time or not.
Stage 7
Identify & Resolve Bottlenecks
Upon identifying bottlenecks, we perform tuning adjustments to resolve them.
Stage 8
Re-run Tests
After resolving bottlenecks, we re-run test scripts to validate results against required goals.
Stage 9
Reporting and Recommendation
We prepare and publish comprehensive test reports and provide recommendations based on the findings.
Stage 10
Benefits of Performance Testing Services
By utilizing JigNect Technologies’performance testing services, you can expect to gain numerous advantages. Through our expertise in the domain, we help you unlock the following benefits for your business:
Improved Quality
Through thorough testing of the application or system, functional testing helps pinpoint and resolve any defects, guaranteeing that the application or system fulfills its functional specifications. This improves the software’s overall quality.
Increased User Satisfaction
Functional testing increases user satisfaction and reduces the risk of user frustration or confusion by ensuring that a software product functions accurately as expected. This can lead to increased customer loyalty and positive feedback.
Enhanced Reliability
By thoroughly testing the application or system, functional testing helps increase its reliability and reduce the risk of failure. This helps ensure that the application or system performs as expected and meets the needs of its users.
Increased Confidence
By thoroughly testing the application or system, functional testing provides confidence in its ability to meet its functional requirements and perform as expected. This helps ensure that the application or system is ready for deployment and use by its users
Early Defect Detection
Functional testing reduces the expenses associated with bug fixes and minimizes the likelihood of encountering problems during the later stages of development by detecting defects early on in the process. This helps guarantee that the application or system will be delivered on time and within budget.
