Platforms Modernization

Product Engineering

Platform Modernization

At iGreenTree, our platform modernization services are designed to ensure that your digital transformation is not just about keeping up with technology trends but about leading and setting benchmarks in your industry. We help you harness the power of modern technology to create more dynamic, efficient, and competitive business operations. Our services are designed to upgrade and re-engineer your existing systems, enhancing digital experiences, enabling new capabilities, and ensuring that your technology stack keeps pace with ongoing innovations.

Enhancing User Experience

We focus on transforming user interfaces and workflows to create more engaging and efficient digital experiences. This includes integrating modern UX/UI design principles and technologies to make systems more intuitive and user-friendly.

Enabling New Capabilities

Our services extend to adding new functionalities that meet emerging market demands, such as integrating advanced analytics, artificial intelligence, and machine learning capabilities to provide deeper insights and improve decision-making processes.

Technology Innovation

We ensure your platforms are built on the latest technologies, from databases to frontend frameworks, to enhance performance, security, and scalability.

Migration

We specialize in optimizing performance, leveraging AI, and fostering innovation for a seamless future in the Energy, Utilities, and Telecom sectors.

Lift-and-Shift

We move existing applications to new hosting environments with minimal changes, ensuring quick cloud adoption without disrupting existing operations. We implemented a lift-and-shift strategy for a client needing to quickly migrate their on-premises infrastructure to the cloud to handle increased traffic and scalability demands, moving their entire infrastructure to AWS with minimal downtime, thus enabling them to scale resources dynamically during high-traffic events.

Re-platforming

This involves making moderate changes to the application’s architecture to better leverage cloud capabilities, such as scalability and resilience, without a complete overhaul. We helped a client re-platform their outdated CRM system to a cloud-based solution that better supported their data analytics and customer segmentation processes, enhancing campaign effectiveness and user accessibility.

Refactoring

For businesses looking to fully exploit cloud-native features, we refactor applications to be more modular, scalable, and efficient by adopting microservices and serverless architectures. For a client seeking increased data security and operational agility, we refactored their data processing applications into microservices, adopting a serverless architecture on Azure to enhance security and reduce operational costs.

Modernization

Our modernization process is thorough and designed to ensure that all technological transitions are smooth and beneficial:

Discovery

We begin by assessing your current systems to identify areas for improvement, potential risks, and the most beneficial modernization strategies tailored to your specific needs. It involves detailed analysis of your system topography, bottlenecks, and areas of integration with modern solutions.

Refactoring

By breaking down monolithic applications into microservices, we improve scalability and maintainability, making your applications ready for future demands.

Reverse Engineering & Reengineering

If legacy systems are poorly documented or difficult to maintain, we reverse engineer the software to understand its workings fully and suggest improvements. We reimagine and redesign workflows and architecture to modernize applications, improve performance, and align with business goals. It involves decoding complex business logic, business process or workflow automation and integration with more complex solutions like AI-driven fraud detection mechanisms.

Porting

Porting applications to modern architectures is a critical step in platform modernization, enabling greater flexibility and efficiency:

We use containerization technologies like Kubernetes to port existing applications to cloud-native frameworks. This enhances scalability, facilitates easier management, and reduces the complexity of deploying applications across different environments.

We help transition from traditional monolithic architectures to microservices to enhance your ability to innovate, accelerate the deployment cycles of your software, to streamline content delivery and enhance personalization features across platforms.

Implementing zero-touch deployments through SRE (Site Reliability Engineering) practices, we automate product engineering operations, significantly reducing the manual effort and time required for deployments.

Emerging Technology Integration

At iGreenTree, we are at the forefront of integrating emerging technologies into product development to drive innovation and create competitive advantages for our clients. By leveraging the latest advancements in IoT, AI/ML, blockchain, and AR/VR, we empower businesses to transform their operations, enhance user experiences, and open new revenue streams.

IoT networks streamline operations and gather valuable data for predictive analytics. AI and ML transform this data into actionable insights, automating processes, and personalizing customer interactions. Blockchain technology ensures security and transparency. AR and VR offer immersive experiences that revolutionize training, marketing, and customer engagement.

At iGreenTree, we not only focus on implementing these technologies but also ensure they are integrated smoothly and strategically to align with your business objectives and enhance your overall competitiveness. Let us help you harness the power of emerging technologies to propel your business forward in today’s digital era.

For instance, we help integrate IoT sensors to monitor energy usage, environmental conditions, and security systems in real time. This IoT integration allows for automated adjustments in lighting and heating based on occupancy and environmental data, significantly reducing energy costs, and enhancing building security. The data collected is also used for predictive maintenance, alerting facilities managers to potential issues before they become critical.

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