Powering Efficiency with
Platform Engineering Services
Improving platform experiences to scale quickly
Platform engineering helps development teams continuously develop, build, and maintain applications for enhanced business value and increased efficiency.
It provides a reliable and standardized platform that enables faster development cycles, smoother collaboration, and improved software quality.
Our Offerings
Our skilled professionals leverage their expertise in AI-driven technologies to develop, implement, and customize applications across various domains like Healthcare, Retail, Manufacturing, Supply Chain, and BFSI. Our services include:
Ensure the stability, scalability, and reliability of the entire platform. Skyrocket developer productivity with our core platform engineering services:
Platform Development
Create and build software ecosystems or infrastructure thatenable other developers or users to deploy and run applications or services. Maintain arobust and scalable foundation for software development and deployment using cloudservices and open-source technologies.
Platform Testing
Evaluate software products and ensure the platform supports a diverserange of applications across multiple cloud providers. Enable seamless development, deployment, and testing of web and mobile applications while leveraging the advantages ofmultiple cloud environments.
Enterprise Digitization
Transform existing business processes and operations into digital solutions by leveraging platform engineering principles. Enhance business efficiency, agility and innovation by developing unified platforms.
Enterprise Integrations
Seamless integration of third-party tools and legacy libraries with acombination of LCDP and custom solutions. Enable efficient data flow, streamlinebusiness processes and improve collaboration across the enterprise by creating a unifieddigital ecosystem.
Production Ideation to MVP
Fast MVPs to evaluate the product strategy, users’ feedbackand a suitable roadmap can be achieved with LCDPs. Facilitate collaboration betweenteams by following an iterative and customer-centric approach.
Nitor Infotech’s platform enablement services strive to help organizations seamlessly transitionand drive profitable growth.
Platform Deployment
Define the goals, objectives and target audience of platform deployment. Ensure a reliable and smooth user experience both with on-cloud and open source.
Platform Migration
Create and optimize a platform that facilitates smooth and efficient application deployment, modernization of existing applications, and migration of applications to new environments.
Platform Modernization
Platform-centric approaches can help you innovate and meet theever-changing customer needs. Develop robust Generative AI models and solutions byemploying our AI technologies such as open AI, vector database, and Azure OpenAI.
Our Approach to Platform Engineering
With our platform engineering services, you can identify and address issues proactively and optimize the platform for better performance.
Here are the stages we follow during our platform app development, implementation, and customization processes.
Our Approach to Platform Engineering
Project Discovery & Assessment
We focus on gathering and understanding all the necessary information to evaluate the technological aspects of a project.
Agile Project Planning
We focus on collaboration and help deliver incremental value to the customer through continuous improvement and frequent delivery of working increments.
Agile Project Delivery
We rapidly adapt to evolving needs, provide ongoing value, and maintain constant feedback and enhancement across the project's lifecycle.
Performance and Security Testing
We identify and address performance and security-relatedissues to ensure seamless user experience and safeguard the software from unauthorized access.
Go-Live Readiness Assessment
We ensure that all necessary components and resources are adequately prepared for the go-live event. This minimizes potential issues and ensures a smooth transition from development to production.
Production Support
After the product is deployed, we conduct production support to address issues or incidents promptly providing timely solutions to minimize downtime and disruptions.
Technical Support Training
We focus on enhancing the support team's expertise in handling customer inquiries, troubleshooting problems, and providing satisfactory solutions.
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1
Project Discovery & Assessment
We focus on gathering and understanding all the necessary information to evaluate the technological aspects of a project.
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2
Agile Project Planning
We focus on collaboration and help deliver incremental value to the customer through continuous improvement and frequent delivery of working increments.
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3
Agile Project Delivery
We rapidly adapt to evolving needs, provide ongoing value, and maintain constant feedback and enhancement across the project's lifecycle.
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4
Performance and Security Testing
We identify and address performance and security-relatedissues to ensure seamless user experience and safeguard the software from unauthorized access.
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5
Go-Live Readiness Assessment
We ensure that all necessary components and resources are adequately prepared for the go-live event. This minimizes potential issues and ensures a smooth transition from development to production.
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6
Production Support
After the product is deployed, we conduct production support to address issues or incidents promptly providing timely solutions to minimize downtime and disruptions.
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7
Technical Support Training
We focus on enhancing the support team's expertise in handling customer inquiries, troubleshooting problems, and providing satisfactory solutions.
Insights
Patient care app with GenAI
A healthcare company builds an AI-powered app for accurate and error-free patient care.
Data analytics platform
An airline crew accommodation provider saves $24K per annum by building an analytics platform.
Data analytics platform
An airline crew accommodation provider saves $24K per annum by building an analytics platform.
Platform engineering
Our tech bulletin delves into various aspects of platform engineering.
Build and deliver software effectively with our Gen-AI powered services on cloud & Open source!
Related Industries
Questions on your mind
What is Platform Engineering?
Platform engineering provides stable, scalable, and standardized support to help developers and teams to design, build, deploy, maintain, and manage applications efficiently.
It involves creating and managing underlying infrastructure for applications to run on viz. servers, cloud, storage services. It helps engineers automate deployment and scaling of applications. It supports them in the creation of abstractions and APIs so they can solely focus on features and functionality instead of the nitty-gritty of infrastructure.
Platform engineering allows users to develop and maintain tools meant for operational tasks. It accelerates software development and helps organizations focus on digital transformation.
Why do you need Platform Engineering?
The sole aim of platform engineering is to provide its users with ample support for development and management of software applications across the entire organization. Here is why every organization needs platform engineering:
- Standardized tools, processes, and infrastructure mean less focus on managing apps and more on building unique features and functionality. This brings increased efficiency and productivity.
- Pre-configured resources, self-service abilities, and automation allow developers to iterate and release software regularly. This means platform engineering provides them with the capacity to rapidly develop and deploy.
- Centralized security controls help monitor and mitigate security risks at the earliest. Thus, security and compliance needs are taken care of without a hitch.
- Development and deployment being quick the time taken for new features to reach the market gets reduced drastically and each app can recover from failure at the same pace. This shows improved scalability and resilience with platform engineering.
How does Platform Engineering work?
Platform engineers are deeply involved in building and maintaining applications in the entire software development lifecycle (SDLC). They can work closely with stakeholders to understand requirements and design architecture of each platform. Platform engineers can provision infrastructure and set up servers. They can leverage automation to reduce the need to intervene in operational tasks. They implement monitoring and observability solutions to track the health of the application.
By ensuring that their expertise in infrastructure, automation, security, and operations is put togood use, platform engineers create a conducive environment for applications to develop anddeploy at great speed.