Internal Developer Platforms (IDPs) that empower developers with self-service access to environments, tools, and infrastructure, reducing dependencies on operators
What is Platform Engineering?
Platform engineering focuses on building the foundational technology frameworks, including internal developer platforms, CI/CD systems, and automation pipelines, that enable software teams to deliver at scale.
Sigma’s Platform Engineering Solutions: An Overview
Sigma’s platform engineering expertise delivers the backbone for modern digital ecosystems. We design, develop, and manage cloud-native platforms that streamline development, automate operations, and support multi-device scalability across enterprise environments.
Optimize and Accelerate with Sigma’s DevOps Capabilities
Our DevOps capabilities enable continuous integration, deployment, and observability, unifying development and operations through automation, continuous delivery, and infrastructure management to accelerate releases and enhance reliability.
Key Features:
- CI/CD pipeline solutions to automate, build, test, and deploy processes for faster time-to-market.
- IaC implementation to manage cloud infrastructure with Terraform and Ansible for repeatability.
- Continuous monitoring & observability through Prometheus, Grafana, ELK and other open-source tools to gain real-time visibility.
- Release automation to ensure consistent, zero-downtime deployments across environments.
Tech Stack: Jenkins, Docker, Kubernetes, GitLab CI/CD, Terraform, Ansible, Helm
Unlock agility and resilience with Sigma’s cloud platform engineering expertise
Sigma’s cloud platform engineering services enable enterprises to design, build, and optimize cloud-native platforms on AWS, Azure, and GCP, leveraging containerization, microservices, and DevOps orchestration for unmatched scalability.
Key Features:
- AWS cloud security framework for building scalable, secure workloads using ECS, EKS, and Lambda with automated governance.
- Azure platform enablement for deploying resilient applications using AKS, Azure Functions, and Application Insights.
- GCP cloud functions for event-driven, serverless applications using Cloud Functions and GKE for seamless scaling.
- Multi-cloud management solutions using Terraform for standardized deployments and automated infrastructure provisioning.
Build, Release, and Operate Faster with Sigma’s DevOps Automation
Sigma’s DevOps Automation brings intelligence to delivery pipelines, automating builds, tests, releases, and infrastructure provisioning to eliminate manual bottlenecks, ensure repeatability, and accelerate software delivery with precision and control.
Key Features:
- Automated environment provisioning to dynamically spin up and tear down dev/test environments with predefined templates for faster iterations.
- Workflow orchestration & dependency management to coordinate build, test, and deploy tasks across microservices and environments using Jenkins, Argo Workflows, or GitHub Actions.
- Automated security & compliance checks that integrate policy-as-code and vulnerability scanning into delivery pipelines.
- Release governance & audit automation for automated approvals, rollback triggers, and version tracking to ensure deployment traceability and reliability.
Tech Stack: Jenkins | GitLab CI/CD | Docker | Kubernetes | Terraform | Ansible | Prometheus | Grafana | ELK Stack | Helm
Design Once, Deliver Everywhere with Sigma’s Multi-Device Enablement Capabilities
Sigma’s platform engineering expertise ensures consistent performance across web, mobile, and IoT ecosystems by enabling seamless interoperability across touchpoints, empowering enterprises to deliver unified user experiences with consistent functionality, responsiveness, and reliability.
Key Features:
- Responsive frameworks using React and Flutter for building adaptive interfaces that scale seamlessly across screens and resolutions.
- API synchronization with GraphQL and REST for maintaining consistent data states across web, mobile, and IoT applications.
- Cloud storage integration with Firebase and AWS S3 for enabling offline access, real-time synchronization, and secure data persistence.
- Device management solutions with MDM and Intune for securing, monitoring, and controlling enterprise device access.
Build Resilient, High-Performance Systems with Sigma’s Scalable Backends
With robust platform engineering expertise, Sigma designs distributed backends optimized for high-volume workloads and seamless scalability. By leveraging cloud elasticity, distributed messaging, and intelligent caching, we ensure that enterprise systems handle millions of requests with zero downtime and sustained reliability at every scale.
Key Features
- Distributed system design using Kafka and Redis for real-time data processing and consistent performance across nodes.
- Load balancing through NGINX and AWS Elastic Load Balancer for optimal resource utilization and uninterrupted service.
- Auto-scaling with Kubernetes and EC2 Auto Scaling to dynamically adapt infrastructure based on traffic and workload demand.
- Monitoring and observability with Datadog and CloudWatch to detect anomalies and maintain peak performance in real time.
Engineer Scalable, Secure, and Intelligent Backends with Sigma’s Backend Engineering Expertise
Sigma designs and optimizes high-performing backend systems that evolve with business scale. We combine our engineering-first approach and deep expertise in Java, .NET, Node.js, and Python with modern frameworks like Spring Boot, Grails, and Ruby on Rails. From distributed scalable architecture to ML-driven automation, we build intelligent, secure, and extensible foundations that power enterprise growth and not off-the-shelf platforms.
Key Features
- Microservices architecture using Spring Boot, Node.js, and ASP.NET Core for modular, independently deployable backend components that accelerate development cycles.
- Data engineering and optimization using Hadoop, Oracle, MongoDB, MySQL, and SQL Server to support real-time analytics and high-volume transaction workloads.
- API management and integration through REST, GraphQL, and .NET Web API to ensure seamless connectivity across enterprise ecosystems.
- Event-driven systems powered by and RabbitMQ for real-time communication, fault tolerance, and scalability.
- Machine learning enablement with Python, TensorFlow, and Scikit-learn to embed predictive intelligence within enterprise systems.
- Cross-platform deployment using Mono and Grails for consistent, interoperable backends across hybrid cloud environments.
Tech Stack: Grails, Java, MySQL, .NET, Hadoop, MongoDB, Oracle, SQL Server, Node.js, Mono, Ruby on Rails, ASP.NET, MVC (Model-View-Controller), Web API, Machine Learning
Design Pixel-Perfect, Performance-Driven Digital Experiences with Sigma’s Front-End Engineering Capabilities
We engineer high-performance frontends that deliver engaging, accessible, and device-agnostic user experiences. Leveraging modern frameworks such as React.js, Angular, Vue.js, Polymer, and Next.js with TypeScript, Sigma builds modular, maintainable, and high-performing interfaces that seamlessly integrate with backend systems and APIs, ensuring a superior digital experience.
Key Features
- Component-driven development using React.js, Angular, and Vue.js for dynamic, reusable, and maintainable UI architectures.
- Server-side rendering and SEO optimization with Next.js and Polymer to improve load performance and visibility.
- Strongly typed development with Next.js and TypeScript for better reliability, refactoring, and enterprise-grade scalability.
- Interactive design using HTML5 and CSS3 for visually rich, standards-compliant, and responsive web interfaces.
- State management using Redux and Vuex to ensure predictable data flow across complex, data-intensive frontends.
- Performance optimization with Webpack and Tailwind CSS to streamline asset delivery and accelerate page load times.
Tech Stack: React.js | Angular | Vue.js | Next.js | TypeScript | Polymer | HTML5 | CSS3 | Redux | Vuex | Tailwind CSS | Webpack
Platform Engineering for Cloud-Connected, Scalable Mobile Applications
Sigma combines mobility engineering and platform engineering to build secure, cloud-connected mobile ecosystems that scale effortlessly across devices. Using Swift, Kotlin, React Native, and Flutter, we architect mobile platforms powered by Docker, Kubernetes, and AWS, enabling continuous delivery, real-time data synchronization, and full-stack observability for enterprise mobility.
Key Features:
- Platform-centric containerization to integrate mobile backends with Docker and Kubernetes to ensure consistent, scalable deployments and optimized performance.
- Cross-platform development with Flutter & React Native for faster, reusable builds within a unified engineering platform to shorten release cycles.
- Cloud-enabled data & analytics to connect mobile layers with AWS Amplify, Firebase, and GraphQL APIs to deliver real-time insights and continuous sync.
- Integrated monitoring & security framework by using Sysdig and Kibana for observability while embedding OAuth 2.0 and encryption for enterprise-grade protection.
Tech Stack: Swift | Kotlin | React Native | Flutter | Docker | Kubernetes | AWS Amplify | Firebase | Sysdig | Kibana | REST APIs | GraphQL | OAuth 2.0
Platform Engineering for High-Performance, Scalable Backends
Sigma Infosolutions applies platform engineering principles to architect scalable backend systems designed for growth, agility, and reliability. By leveraging cloud elasticity, distributed messaging, and caching frameworks, we engineer backend infrastructures capable of handling millions of concurrent transactions with zero downtime—empowering enterprises to scale confidently and continuously.
Key Features:
- Distributed System Design with Kafka & Redis to achieve real-time processing and data consistency across nodes.
- Load Balancing via NGINX & AWS ELB to optimize resource distribution and prevent performance bottlenecks.
- Auto-Scaling using Kubernetes & EC2 Autoscale to adjust infrastructure dynamically based on demand.
- Monitoring with Datadog & CloudWatch to gain full-stack observability and automated anomaly detection.
Tech Stack: Kafka | Redis | NGINX | AWS Elastic Load Balancer | Kubernetes | EC2 Autoscaling | Datadog | AWS CloudWatch
Platforms We Build
Purpose-Built Engineering Platforms for Modern Software Delivery
Sigam’s Platform Engineering Expertise—Turning Platform Engineering Into Business Velocity
Faster GTM with CI/CD Frameworks: DevOps-driven automation pipelines eliminate manual dependencies, enabling rapid feature delivery and reducing time-to-market by up to 60%.
Effortless Developer Flow via IDP Solutions: Self-service access to infrastructure empowers developers to deploy independently, boosting productivity and reducing engineering turnaround time.
Smart Scaling through Cloud-Native Design: Automated scaling on cloud-native platforms optimizes resource utilization and reduces operational costs while maintaining peak performance.
Sigma’s Platform Engineering Expertise Powering Real-World Transformation
Sigma’s platform engineering services unify DevOps, automation, and scalability, turning complex systems into agile, high-performing ecosystems.
Our Platform Engineering Process
Engineer the Future with Sigma’s Platform Engineering Expertise
From cloud-native security platforms to scalable software architecture, Sigma Infosolutions enables enterprises to modernize, automate, and scale with confidence. Whether adopting the AWS Cloud Adoption Framework, leveraging Azure or GCP Cloud Functions, or implementing DevOps automation and endpoint management, we engineer platforms built for agility, security, and sustainable growth.
Success Stories
Learn how AWS cloud modernization helped a U.S. lender achieve scalability, speed, and security across its lending and servicing operations.
Read more
Discover how a smarter LMS helped a U.S. lender boost scalability, streamline renewals, and improve transparency across loan servicing.
Read more
See how a leading U.S. banking association boosted efficiency, security, and member engagement through innovative tech solutions.
Read moreFrequently Asked Questions
How does Sigma’s enterprise platform engineering help banks modernize core systems?
Sigma delivers enterprise platform engineering for banks that modernizes legacy infrastructure through cloud-native security platforms, DevOps automation, and microservices-based architectures. Our solutions enable faster transactions, improved data security, and easier integration with digital payment and compliance systems.
What makes Sigma’s platform engineering scalable for credit unions?
Our scalable platform engineering for credit unions leverages AWS Cloud Adoption Framework and Azure Cloud Platform to design secure, cost-efficient, and compliant platforms. Sigma’s multi-cloud enablement ensures reliable uptime and easy scaling for growing member bases and expanding service portfolios.
How can platform engineering accelerate digital transformation in pharma and life sciences?
Sigma’s platform engineering for pharma and life sciences delivers GCP Cloud Functions and cloud-native procurement platforms for regulated environments. We integrate infrastructure automation and endpoint management to support data integrity, audit readiness, and high-availability research workflows.
Why are microservices platforms ideal for large retail chains?
For retail enterprises, Sigma builds microservices platforms that support omnichannel commerce and logistics automation. With scalable cloud systems and DevOps orchestration, retailers gain real-time inventory visibility, seamless integrations, and reduced deployment time across distributed systems.
How does Sigma approach platform modernization for manufacturing enterprises?
Sigma’s platform modernization for manufacturing enterprises focuses on scalable software architecture, infrastructure automation, and cloud-native platforms that connect ERP, IoT, and analytics systems. This approach enhances operational visibility, production agility, and predictive maintenance.
What advantages does platform engineering bring to high-scale SaaS applications?
Sigma provides platform engineering for high-scale SaaS applications by combining DevOps automation, AWS cloud security, and Kubernetes-based scalability. Our engineers design scalable architecture that supports continuous delivery, multi-tenant efficiency, and real-time monitoring across cloud environments.
How does Sigma ensure compliance and security in platform engineering projects?
We integrate cloud-native security platforms and AWS cloud security best practices into every solution. With built-in governance, access control, and automated policy enforcement, Sigma ensures every platform engineering initiative meets enterprise-grade compliance and data protection standards.
Can Sigma integrate existing systems during a platform modernization initiative?
Yes. Sigma’s platform engineering expertise enables seamless integration of legacy systems with Azure Cloud Platform, GCP Cloud Functions, and modern DevOps toolchains. Our modular approach supports gradual migration while ensuring business continuity.
How does Sigma optimize cost and performance through infrastructure automation?
Using Terraform, Kubernetes, and AWS CloudFormation, Sigma automates provisioning, scaling, and monitoring of infrastructure. This infrastructure automation reduces cloud costs, improves resource utilization, and eliminates human error in platform management.
Why choose Sigma Infosolutions for enterprise-scale platform engineering?
With proven expertise across financial services, healthcare, retail, manufacturing, and SaaS, Sigma combines cloud-native innovation with deep industry experience. Our DevOps automation and scalable architecture frameworks empower enterprises to deliver faster, operate smarter, and scale globally.