Technology

Next-Gen Performance Testing

The Performance Testing Services We Offer

Load Testing

Delivering load tests modelled on your real traffic patterns, from sale days to booking peaks, so you know response times and error rates at the volumes you expect.

.NETC#ASP.NET CorePHPLaravelJavaScriptTypeScriptReactAngularVueNode.jsPython

Stress Testing

We push your system past expected load and hit it with sudden spikes to find where it breaks, how it fails, and how quickly it recovers.

iOSAndroidSwiftKotlinFlutterReact Native.NET MAUIREST APIsPush Notifications

Soak Testing

Get endurance runs of several hours under steady load, exposing memory leaks, exhausted connection pools and the gradual slowdowns that short test runs usually miss.

Microsoft AzureAWSDockerSQL ServerMySQLPostgreSQLMongoDBRedisRESTWebSockets

Capacity Planning

We test how your system scales as users grow, check auto-scaling rules on AWS or Azure, and size servers to your peak, so you stop paying for idle capacity.

SAP Business OneERPCRMHRMSDocument ManagementBilling SystemsBI DashboardsPayment Integrations

API And Database Testing

Offering targeted tests on APIs, microservices, databases and LLM-powered features, pinpointing slow queries, heavy endpoints and model latency that hold the rest of your system back.

Manual QAAutomation TestingAPI TestingPerformance TestingSEOPaid MediaSocial MediaEmail MarketingData AnalyticsPython

Continuous Performance Testing

We add performance budgets to your CI/CD pipeline and use AI to flag regressions between builds, so slow code is caught before release, with engineers confirming each finding.

.NETC#ASP.NET CorePHPLaravelJavaScriptTypeScriptReactAngularVueNode.jsPython

Our Performance Testing Process

How we find and fix bottlenecks before your customers find them.

01

Model

We turn your analytics and server logs into a workload model you sign off on, with AI speeding up the analysis.

02

Set Targets

We agree on response-time, throughput, and error-rate targets, such as p95 under two seconds, tied to business goal

03

Test

We run load, stress, spike, and soak tests in a production-like environment, monitoring servers, databases, and APIs live.

04

Tune

Delivering root-cause findings from profiling and APM data, then working with your developers to fix code, queries, and infrastructure.

05

Retest and Report

Receive a retest after every fix, a clear report against your targets, and reusable scripts for future releases.

Know Your Limits Before Your Busiest Day Finds Them

Current state

Tested With Ten Users. Broken By Ten Thousand.

  • Load checked by a handful of testers
  • Slowdowns discovered on launch or sale day
  • Bottlenecks guessed at, not measured
  • Servers over-provisioned just in case
AssessPrioritiseTransform
Future state

Tested At Peak Load. Tuned Before Launch

  • Load models built from your real traffic
  • Response times tracked at p95 and p99
  • Bottlenecks traced to code, database or cloud
  • AI-assisted analysis across thousands of metrics

Unsure Which Technology Fits Your Project?

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FAQs

Testing how fast, stable, and scalable your software stays under real-world load. It includes load, stress, spike, and endurance testing, measuring response times, throughput, error rates, and resource use, plus Core Web Vitals for websites.

Our performance engineers work alongside our developers and cloud teams, so bottlenecks get traced and fixed, not just reported. We bring 20+ years of experience, CMMI Level 5 processes, and teams in India, the USA, and Canada.

Load testing checks how your system performs at the traffic you expect, such as a normal peak. Stress testing goes beyond it to find the breaking point and see how the system fails and recovers.

Common open-source tools include JMeter, Gatling, k6 and Locust, with LoadRunner and NeoLoad on the commercial side. Results are read alongside monitoring tools such as Grafana, Datadog or New Relic to find the root cause.

AI can turn production logs into realistic load models, spot anomalies across thousands of metrics and point to the likely cause of a slowdown. It speeds up analysis, but engineers should confirm every finding before anything changes.

Yes. We start with your architecture, traffic data and any existing tests, then test the journeys and services that matter most, working with your developers and the monitoring tools they already use.