Enterprise mobility solution for Construction Industry | Quality Engineering Services

Test Automation Framework

Technology Stack

Problem Statement

null

Reliable Execution: Testing ensures a construction mobility solution performs without glitches, reducing project disruptions and enhancing reliability.

null

Seamless Integration: Thorough Software testing prevents system clashes, enabling smooth integration of diverse technologies crucial for project coordination.

null

Risk Mitigation: Testing safeguards against data breaches and compliance issues, mitigating legal and financial risks in construction operations.

null

Safeguard Operations: Automated testing identifies vulnerabilities and bottlenecks, minimizing the risk of system failures during critical construction operations.

null

Quality Assurance: Performance testing verifies system responsiveness under different conditions, ensuring high-quality software that meets user expectations.

Solution Overview

null

OptiSol has worked with leading construction tech company in building a mobility solution and included testing in their development cycle to improve quality of the solution.

null

Implemented a regression suite to be run on every built release, ensuring that new features did not affect the existing functionality of the application.

null

Reported any bugs found during the automation test phase in Azure DevOps, making it easier for developers to identify and fix issues.

null

Developed new automated scripts for testing new features, enabling the client to quickly identify any issues that might arise.

null

Utilized an on-prem device pool for testing, allowing OptiSol to simulate real-world scenarios and catch any bugs that might have been missed during development.

Business Impact

null

Our quality engineering services follow an agile testing strategy that delivers high-quality software in the quickest possible production duration.

null

We have worked with a leading IT infrastructure provider in developing a mobile application where testing is part of the development cycle, resulting in up to 25% reduction in post-release defects.

null

Integrating software testing as part of the development improves agility, productivity, and ROI, resulting in up to 30% reduction in development costs.

null

We have improved the overall performance and efficiency of the application using a testing strategy in every stage of development, resulting in up to 20% improvement in application performance.

null

Performance testing helps to identify and resolve performance bottlenecks in mobile application. We were able to reduce the response time by 50%, resulting in a 30% increase in user engagement and a 20% decrease in user bounce rates.

Testing Approaches Implemented

Performance Testing

  1. Performance testing is a software testing technique that assesses the performance of an application by subjecting it to various workload scenarios.
  2. The aim of performance testing is to uncover any performance-related problems, such as slow response times, bottlenecks, or resource utilization issues, and optimize the application’s performance accordingly.
  3. This type of testing usually involves simulating multiple workload scenarios and measuring the application’s response time, throughput, and resource utilization in each case.

Security Testing

  1. Security testing is a crucial process in software development that involves identifying and mitigating potential security risks in software applications or systems.
  2.  Typically, security testing is conducted after the software has been developed and is ready for testing, as part of the software development lifecycle.
  3. This iterative process entails analyzing the software for potential security risks, creating test cases and scenarios to simulate different types of attacks, and verifying that the software can withstand such attacks.

Automated Regression Testing

  1. Automated regression testing is a technique used in software testing that automates the re-execution of previously executed test cases.
  2. The purpose of this technique is to ensure that existing functionalities of a software application still work as expected after changes or updates have been made.
  3. The primary objective of automated regression testing is to detect any regression issues that may arise from these changes or updates and ensure that the software application’s existing functionalities have not been impacted.

Testimonials of Our Happy Clients

Related Success Stories

Related Insights

Security Testing using OWASP ZAP for Digital Applications

Software security testing is the process of assessing and testing a system to discover security risks and vulnerabilities of the system and its data…

Top 5 advantages of Functional Test Automation

Functional Test Automation has become a necessity in today’s fast-paced software development world. It helps teams to improve the quality and efficiency…

Top 5 Best Practices for Automation Testing Reporting

Automation testing reporting is a process of generating detailed reports on the results of automated software testing. In automated testing,…

Key Features

null

Run regression suite on every build release

null

Report bugs which are found in automation test in Azure DevOps

null

Test on various mobile device version

null

Re-usability of Test Suite

null

Increases the Test Coverage

Our Award-Winning Team

A team of young, dynamic and curious minds recognized with global awards for making a significant impact on making human lives better

Listed in D&B’s list of leading 1000 SMEs (Across verticals) in India under the Service Category

null

250+

Smart
Development
Engineers

null

90+

Digital
Projects for
reputed Clients

null

14yrs

in Digital
Engineering

Awarded as Winner among 1000 contestants at TechSHack Hackathon

Trusted and Proven Engagement Model

  • The solution discovery phase is all about knowing your target audience, writing down requirements, and creating a full scope for the project.
  • This helps clarify the goals, and limitations, and deliver quality products & services.
  • A nondisclosure agreement (NDA) is signed to not disclose any sensitive information revealed over the course of doing business together.
  • Our NDA-driven process is established to keep clients’ data and IP safe and secure.
  • Our engagement model defines the project size, project development plan, duration, concept, POC etc.
  • Based on these scenarios, clients may agree to a particular engagement model (Fixed Bid, T&M, Dedicated Team).
  • The SOW document shall list details on project requirements, project management tools, tech stacks, deliverables, milestones, timelines, team size, hourly/monthly rate cards, billable hours and invoice details.
  • On signing the SOW, an official project kick-off meeting shall be initiated.
  • Our implementation approach, ecosystem, tools, solutions modelling, sprint plan, etc. shall be discussed during this meeting.
Connect With Us!