Native mobile apps should deliver a best-in-class experience to users of a particular mobile platform.
Run in mobile browsers, web apps cater to a wider user audience regardless of a mobile platform. Our testing engineers test mobile web apps for a vast variety of browsers for smartphones and tablets
A cross-platform mobile app needs t perform smoothly on both iOS and Android. Our testers validate the quality of such mobile apps running on multiple OS versions
Web testing services validate the solutions’ smooth functioning, proper rendering in target environments, security, stability and robust data sharing with integrated systems. Our team provides full-cycle testing: from test strategy and plan design to development of test cases and execution to ensure optimal test coverage.
All-around testing strategy and plan
Design of efficient and reusable test plan
Regular test execution reports on a build/daily/weekly basis or any required schedule
Comprehensive testing summary report with quality analysis, tests’ results statistics, and defects’ categorization.
This testing type normally includes build verification,
components’ integration, and system testing, and takes the majority of the pre- release testing time. But with SaaS based solutions, it is even more comprehensive, as it would validate not only the solution’s default functions but also numerous configuration and customization opportunities and their most predictable use cases.
Before a multi-tenant SaaS solution is released, a test team should validate that it supports the required number of concurrent users. Besides, they should verify that software response time, memory, and CPU utilization match with the solution’s requirements. Testers also check the solution’s proper functioning under expected stress, and continuous load. Additionally, test cases validating the proper functioning and tuning of your auto-scaling tool should be taken into consideration during performance testing activities.
The SaaS model presupposes the solution to be totally functional in different web browsers preferred by your tenants. So, cross-browser compatibility testing is required.
API testing is key for before- and after-release SaaS testing. It checks whether your solution is smoothly integrated with the rest of a tenant’s enterprise software or other third-party applications.
To contribute to your SaaS solution’s higher signup and customer retention rates, its usability should never be neglected.
SaaS security testing should include a number of different testing activities. First, role-based access control validation, and then SaaS security testing should check whether software is resistant to DoS and XSS attacks, SQL injections, and whether its data and cookies encryption and decryption function properly.
Such common issues as connection loss, server or software crash, problems with software migrations, a non-optimal software update or a customization for a tenant can make your tenants turn to a software backup copy to roll back to the previous version and restore data.
Regression testing comprises test cases validating functional, performance, usability, compatibility, and security features that may be influenced by software changes.
ERP
CRM
Supply Chain Management
Financial Management
Asset and Inventory Management
Human Capital Management
Marketing and Sales Automation
Integrated Enterprise Management Systems
Content Management
Document Management
Project Management
Functional Testing
Integration Testing
Performance Testing
Security Testing
Data warehouse Testing
Non-relational Database testing
Big Data Quality Assurance
ETL Testing
BI Testing
DWH Performance Testing
DWH Security Testing
Functional Testing
Integration Testing
Performance Testing
Security Testing
This is a holistic process that evaluates the work of various
functional parts of the blockchain (e.g. smart contracts).
Application Programming Interface tests address the interaction
between applications in the blockchain ecosystem. It ensures that API requests and
replies are formatted and handled properly.
It identifies performance bottlenecks, suggests the methods
of fine-tuning the system and verifies if the application is ready for launching.
All heterogeneous nodes on the network needs to be tested independently to ensure smooth cooperation.
(validate communication paths and interactions between components within each microservice).
(verify a microservice behavior with the help of API mocking tools)
(check the real communication between microservices)
Includes load, stress, endurance, and scalability testing at: Microservice level (when a microservice is deployed) and Application level (when all the microservices are deployed)
To avoid application breakdowns upon introducing new services or API evolution, a test engineer within each microservices team should verify how their microservice interacts with its dependencies.