At Prioxis, we identify performance bottlenecks, track how your application handles peak loads, and improve API response times.
Offer a seamless user experience with result-driven performance engineering.
Our Performance Engineering Services
Performance Testing Services
Strategic Capacity Planning
Dynamic Baseline and Benchmark Testing
Shift-Left Performance Integration
User-Centric Performance Optimization
Shift-Left Performance Testing Benefits
Performance Testing in CI/CD Pipeline
Numbers That Verify Excellence
Years of Experience
Projects Delivered
Certified Developers
Development Hours Worked
On-Time, Within Budget Deliveries
Why Choose Prioxis for Performance Optimization Services
Faster Time-to-Market
We reduce testing cycle times by implementing test automation and reusable test repositories, enabling a faster time to market.
Zero Defect Leakage
Our deployment of unit testing automation aims to reduce defects during the software development lifecycle and ensure zero defect leakage.
DevOps Implementation
We combine performance engineering with DevOps. This ensures consistent production performance, delivering stable software applications.
Reduced QA Costs
We integrate automated performance testing with efficient IT systems. This reduces QA costs, allows quick test case execution, and lowers operational expenses.
Our Success Stories
Why Do Your Business Need Performance Engineering?
When moving from on-premises to the cloud or vice versa, meet SLAs and user experience standards. Our performance engineering services ensure cloud resources can handle expected workloads.
- Architecture/Design Changes
Ensure that architecture and design changes do not negatively impact the system's performance, scalability, or reliability.
- Database Migration
Migrating to a new database version can improve security, compliance, cost efficiency, performance, and scalability. However, it can also cause performance degradation. Performance engineering is essential to maintaining system integrity.
- Software Slowness
System migrations, updates, or production changes can lead to software slowness. This can affect brand reputation and cause user frustration. Performance engineering helps mitigate these issues by ensuring the system can handle the load.
- Application Performance
Benchmarking your application's performance can identify strengths and weaknesses. Effective performance testing services give you a competitive edge by delivering faster and more responsive applications.
- Application Crash
Application development involves complex programming. There is a chance of crashes due to improper memory management or network problems. Performance engineering identifies and eliminates these issues to prevent application crashes.
Our track record is solid, backed by a wide range of certifications and institutional honors.
Explore Our Achievements
Microsoft Gold Partner
Microsoft Power BI Partner
Clutch Certificate for Top Mobile App Developers
Nasscom Certified Company
Top Rated on GlassdoorBenefits of Our Performance Optimization Services
Superior User Experience
Performance testing assesses your software's speed, stability, and accuracy. By monitoring and optimizing users' journeys, you enhance user interaction and experience.
Minimized Downtime
Identifies bottlenecks, scalability issues, and potential failures with performance engineering. It enables timely improvements and reduces delays in response time.
Informed Decision-Making
Detects performance issues and inefficiencies and facilitates faster data processing. It allows your business to better control its trajectory and improve the quality of decision-making.
Increased ROI
Ensures that your software can manage traffic loads. This prevents potential revenue loss from system failures or slowdowns and boosts customer retention.
Cost Efficiency
Addresses performance issues early in the software development lifecycle to avoid the excessive costs of fixing critical problems post-launch.
Let's Make It Happen
Want to tune your IT systems to handle a surge in traffic without affecting performance or impacting end users?
Our Performance Optimization Services Approach
Define Objectives and Scope
We start by analyzing your performance optimization needs and objectives, aligning them with your software goals and target audience.
Identify Key Performance Metrics
Next, we determine the critical performance metrics to assess your software's efficiency and responsiveness. This includes response time, throughput, error rate, CPU usage, network latency, peak load handling, and concurrent user capacity.
Develop Optimization Plan
We create a comprehensive optimization plan, prioritizing key areas for improvement. This involves setting up the test environment and developing strategic guidelines, templates, and checklists.
Select Optimization Tools
We select the most suitable performance optimization and monitoring tools tailored to your project's needs.
Prepare Optimization Environment
To achieve performance optimization goals, we build the necessary infrastructure. This includes software and network configurations.
Execute Optimization Tests
We perform optimization tests to identify performance bottlenecks, track server and resource usage, and track issues.
Analyze Results
We analyze the collected data to identify areas for improvement. Then, we make necessary changes and retest the system to ensure performance enhancements.
Report and Recommendations
We document and share our findings, providing detailed recommendations to enhance the software’s performance.
Blogs and Resources
FAQ
01What does a performance engineer do?
A performance engineer ensures that software applications function optimally under various loads and conditions through testing, monitoring, and optimization.
02What is the difference between performance engineering and SRE?
Performance engineering focuses on optimizing application performance. Site reliability engineering emphasizes system reliability and uptime, often automating operational tasks.
03What does performance engineering focus on?
Performance engineering focuses on end-to-end optimization, proactive testing, and team collaboration. It ensures high performance throughout the software lifecycle.
04What is the difference between performance engineering and testing?
Performance engineering includes continuous monitoring and optimization from the start of development. Performance testing measures application performance after functional testing.
05How do you measure performance engineering?
We check response time, throughput, resource usage, and scalability to identify bottlenecks and areas for improvement.