Turn complexity into clarity with expert guidance. Our experts help you define the right microservices strategy by aligning technology with your business goals. Our microservices advisory services include architecture assessments, domain-driven design (DDD), technology stack evaluation, cloud-readiness analysis, and ROI modeling, so you can adopt microservices with confidence and avoid costly missteps.
Build a foundation that scales with your business. Our microservices developers design scalable, fault-tolerant, and API-first architectures tailored to enterprise workloads. Using service decomposition, event sourcing, service mesh (Istio/Linkerd), asynchronous messaging, and cloud-native architecture design patterns, we create resilient ecosystems that deliver seamless scalability, security, and high availability.
Accelerate delivery with modular, secure microservices. Our developers create independent, production-ready services using Java (Spring Boot), Node.js, .NET Core, Python, and Go. With containerization (Docker & Kubernetes), API gateway setup, micro frontends, and DevSecOps pipelines, we ensure each service is secure, reusable, and deployment-ready, cutting time-to-market significantly.
Ensure seamless communication across systems and services. We enable smooth interoperability by implementing API-first integration, message brokers (Kafka, RabbitMQ), service discovery tools, and ESB (Enterprise Service Bus) solutions. Our integration frameworks guarantee real-time data flow, low latency, and high performance across distributed systems.
Protect your microservices ecosystem with robust security and compliance measures. We implement authentication, authorization, role-based access control, and regulatory standards to safeguard your data. By embedding security into every layer, we ensure your applications are resilient, trustworthy, and ready for enterprise-scale operations.
Modernize without disrupting your business. We specialize in migrating legacy monoliths into agile microservices with minimal downtime and zero data loss. Our migration process includes code refactoring, database decomposition, API restructuring, container-based deployments, and phased rollouts, ensuring a smooth, secure, and cost-effective transition.
Deliver resilient applications that don’t break under pressure. Our QA experts run unit, contract, API, and end-to-end performance tests to ensure microservices' reliability. Using chaos engineering, automated regression suites, load testing, and CI/CD-driven pipelines, we guarantee fault tolerance, security, and seamless releases.
Gain complete visibility into your distributed systems. We set up centralized logging, distributed tracing, and metrics collection using tools like Prometheus, Grafana, ELK Stack, and OpenTelemetry, enabling proactive issue detection, performance optimization, and operational efficiency. Stay ahead of potential issues and make data-driven decisions to keep your applications running flawlessly.
Ensure your microservices run smoothly with proactive operational support and ongoing optimization. Our team provides incident management, patching, version upgrades, capacity planning, and performance enhancements, all backed by SLA-driven commitments to guarantee uptime, reliability, and business continuity.
At Ksolves, we design and build scalable, resilient, and cloud-native microservices architectures that help
enterprises modernize legacy systems, accelerate deployments, and achieve operational efficiency.
We evaluate business goals, processes, and current systems to create a tailored microservices roadmap that aligns strategy with measurable outcomes.
We define a flexible and scalable structure that allows independent services to evolve without impacting overall system performance or business continuity.
Our microservices development team follows an agile, incremental approach, building and delivering small, functional components that can be tested, validated, and improved continuously.
We plan migrations and integrations carefully to minimize disruption, ensuring services work together smoothly and business operations remain uninterrupted.
We perform unit, integration, contract, and performance testing plus chaos engineering, ensuring resilient, high-performing microservices delivered through automated CI/CD pipelines.
Post deployment, we provide ongoing guidance and refinement to ensure the microservices ecosystem remains aligned with evolving business goals.
Django
Node.js
Spring Boot
Ruby on Rails
Vert.x
Angular
Flask
Micronaut
Akka
Python
Java
JavaScript
PHP
GraphQL
MySQL
Oracle
Microsoft SQL Server
PostgreSQL
MongoDB
Apache Cassandra
Apache HBase
Amazon DynamoDB
Kubernetes
Docker
Red Hat OpenShift
Amazon ECS
Amazon EKS
Azure AKS
AWS
Microsoft Azure
Google Cloud Platform
Red Hat
Jenkins
GitLab CI/CD
Circle CI
Travis CI
Argo CD
Apache Kafka
Consul
Istio
When it becomes challenging to update, maintain, and scale your monolithic application due to its complexity, it is the right time to shift to the Microservices architecture. Here are some signs indicating you must consider Microservices architecture:
Absolutely! Microservices are suitable for businesses of all sizes with growing workloads and evolving requirements. It provides the flexibility to scale applications as per the workload requirements, ensuring resource optimization and avoiding unnecessary overhead. Its modular nature breaks down an application into independent, manageable services, leading to faster time to market.
The timeline for building a microservices architecture varies depending on several factors:
However, at Ksolves, we analyze your requirements and provide an accurate timeline within no time.
Absolutely. We design API-first services and modular interfaces to seamlessly integrate with legacy systems, third-party APIs, and cloud platforms.
We implement event-driven architecture, eventual consistency, and smart transaction management to ensure data remains reliable across services.
Through continuous testing, monitoring, and SLA-driven maintenance, we proactively detect issues, optimize performance, and ensure long-term reliability.
