Digital Engineering
Platform Engineering
Our ‘Platform Engineering’ can help businesses ensure that their platforms are robust, reliable, and efficient.
We build reusable software components that can be used to support multiple applications and services within an organization.
Our services span across the length and breadth of our industry services that include Banking, Financial, Travel, Healthcare, Life Sciences, Manufacturing, Education, Insurance, and many more Combining “re-usable” tools.
“iTrosys” capabilities, agile delivery and automation, we help you achieve productivity and smoother operations. we help businesses improve their time-to-market, reduce costs, and gain a competitive advantage in their industry.
iTrosys helps you to remove the elements that causes slow growth and helps you to improve your business outcomes. iTrosys “Platform Engineering” hub works as client-centric to enable cost-effective operations and increase ROI. iTroSys focus on designing, developing, and maintaining platforms that are used to deliver applications, services, and solutions.
Services
Services in platform engineering include
Platform design and architecture
These services involve designing and architecting platforms that can support the delivery of applications and services. This include services such as platform assessment, platform selection, and platform configuration.
Platform development and integration
These services involve developing and integrating applications and services into existing platforms. This includes services such as platform customization, application development, and API integration.
Platform testing and quality assurance
These services involve testing platforms to ensure that they meet functional and non-functional requirements. This include services such as performance testing, security testing, and user acceptance testing.
Platform deployment and maintenance
These services involve deploying platforms and providing ongoing maintenance and support. This includes services such as platform installation, configuration management, and platform monitoring.
Platform optimization and performance tuning
These services involve optimizing platforms for performance and efficiency. This includes services such as capacity planning, load testing, and tuning platform configurations.
Benefits
Benefits of platform engineering include
Increased Efficiency
Platform engineering enables organizations to build software applications faster and more efficiently, by providing standardized tools and services that can be easily integrated into new applications.
Improved Quality
By building and maintaining a platform for software development, platform engineers can ensure that applications built on top of the platform adhere to standardized development practices and are built with reusable components, resulting in higher-quality software.
Reduced Costs
By standardizing tools and services, platform engineering can help reduce development and maintenance costs associated with building and maintaining multiple applications.
Better Scalability
Scale quickly and easily, allowing organizations to handle increased demand without having to add additional resources.
Faster Time-to-Market
Platform engineering can help organizations bring new products and services to market more quickly by leveraging existing infrastructure, tools, and services, and by reducing the amount of time required for development and testing.
Increased Innovation
By providing a foundation for innovation, platform engineering can enable organizations to experiment with new ideas and concepts more easily, and to rapidly develop and deploy new features and applications.
Improved Security
Platforms can be designed with security in mind, providing a more secure foundation for applications and services built on top of the platform.
Enhanced Collaboration
Platform engineering encourages collaboration and knowledge sharing among development teams, resulting in a more cohesive and efficient development process.
Overall, platform engineering can provide numerous benefits to organizations, including increased efficiency, improved quality, reduced costs, better scalability, faster time-to-market, increased innovation, improved security, and enhanced collaboration.
Platform engineering is a field of engineering that involves building and maintaining platforms, which are software systems that provide a foundation for other applications to run on. Platforms can be designed for a wide range of purposes, including operating systems, cloud computing, mobile devices, and e-commerce.
