React ERP With Microservice Architecture

@rahuliitm69

Hi there, I am expert in architecting and delivering large-scale ERP, SaaS, and microservices-based platforms. I can provide a clean-slate ERP architecture structured in two main layers: a reusable frontend component system published as a private NPM package and a set of independently deployable backend microservices using PostgreSQL as the primary datastore. On the frontend, I will build a TypeScript-based React component library containing atomic inputs, dropdowns, multiline text fields, read-only display controls, and composite ERP blocks such as item, tax/expense/discount, account segment, and batch/serial number modules. On the backend, I will design RESTful microservices using Node.js with a structured modular architecture. Each ERP module such as accounting, inventory, and order management will be isolated in its own repository with independent CI/CD pipelines. You will get a production-ready ERP foundation with a reusable frontend system, independently scalable backend services, complete documentation, tested deployment pipelines, and a scalable infrastructure blueprint ready for long-term growth. You will also receive full setup instructions, repository structure, environment configuration guides, and live walkthrough sessions to ensure your internal team can extend the platform confidently. Looking forward to discussing scope confirmation and beginning architecture planning immediately. Thanks, Rahul

@Microlent

Hello! I can architect and deliver your ERP platform end to end, starting with a reusable React component library and extending through scalable, production-ready microservices with a Postgres-backed data layer. Here’s how I’d approach it: • Build a fully themeable React + TypeScript component library shipped as an NPM package, including atomic inputs and composite ERP blocks • Drive all form behavior through JSON schema for validation, conditional rendering, and dynamic population • Implement scalable state management using Redux Toolkit for predictable performance under high concurrency • Integrate SSO using OpenID Connect for secure, modern authentication • Design modular REST-based microservices for each ERP domain • Use PostgreSQL with proper indexing, partitioning, and scaling strategy for high-volume workloads • Containerize each service with Docker and orchestrate with Kubernetes or Docker Compose for independent scaling • Implement clean API documentation with Swagger Suggested milestone flow: • Component library foundation • Core services and auth • Scaling and orchestration setup • Production hardening I specialize in building modular SaaS and ERP-style platforms designed to scale beyond hundreds of concurrent users. Once we align on module priorities, I can map a week-by-week timeline and fixed milestone plan. Best regards, Jasmin

@OutsourceMan

Hi, This is a serious ERP foundation build — I’d structure it for long-term scale from day one. Architecture Overview Frontend *React + TypeScript *Redux Toolkit (predictable, scalable for 500+ concurrent users) *JSON-schema driven forms (AJV + dynamic renderer layer) *Component library published as private NPM package *Storybook + Jest + RTL for testing Library Structure: *Core controls (Input, Select, TextArea, DisplayField) *Composite blocks (Item, Tax/Discount, Account Segment, Batch/Serial) *Theme system via design tokens (CSS variables) *Fully tree-shakeable build SSO: OpenID Connect (OIDC) with Keycloak/Auth0 (JWT, refresh tokens, RBAC-ready). Backend Node.js (NestJS) microservices REST (Swagger) PostgreSQL (preferred over Mongo for ERP relational integrity) Proper indexing, partitioning, and read replicas Dockerized services Kubernetes-ready deployment Each service: Separate repo CI/CD pipeline API documentation Centralized logging + monitoring Milestones & Timeline 1️⃣ Architecture & Design – 2 weeks 2️⃣ Component Library v1 – 4 weeks 3️⃣ Core Microservices – 6–8 weeks 4️⃣ Dev/Staging/Prod Setup – 2 weeks Total: ~14–16 weeks Ready to begin architecture workshops immediately.

@designysoft

Hello, Hope you are doing well. We are ready to work and can deliver your ERP from the ground up with a reusable React (TypeScript) component library and scalable microservices backend. I’ll package themeable controls/blocks as an NPM library with Storybook and schema-driven forms (Redux). Backend will use containerized Node.js microservices with PostgreSQL, indexed, partition-ready, SSO via OpenID Connect, and REST, GraphQL APIs. CI/CD, Docker deployment, and full docs included. Plan & Timeline:- 14 to15 weeks - Architecture & design - Component library + schema engine - Core microservices & auth - Integration, scale tests (500+ users), deploy Happy to high-concurrency SaaS work and finalize cost and milestones after scope review. Best Regards,

@vishal1145

Your biggest risk here isn't building the components - it's that JSON-driven form schema becoming a maintenance nightmare when you hit edge cases like conditional validation chains or nested field dependencies. I've seen three ERP builds fail because the schema engine couldn't handle "if discount > 10% then require manager approval AND lock price field." We need to architect that abstraction layer correctly from day one or you'll be rewriting forms in six months. Before I map out the architecture, I need clarity on two things. First, what's your actual concurrent user target - 500 sounds like a planning number, but are we designing for 500 active sessions or 500 simultaneous database writes? That changes my Postgres connection pooling and whether we need read replicas. Second, you mentioned MongoDB in the description but prefer Postgres in the note - which is it? Postgres gives you ACID guarantees for financial data, but if you're set on Mongo I'll need to implement two-phase commits for transactions spanning multiple services. Here's the architectural approach: - REACT + TYPESCRIPT COMPONENT LIBRARY: Build atomic components with Radix UI primitives, ship as scoped NPM package with Rollup bundler. Include Storybook with interaction tests and Chromatic visual regression to catch UI breaks before deployment. - JSON SCHEMA ENGINE: Implement a rule parser using JSON Schema + AJV validator that compiles validation logic into pure functions. Cache compiled schemas in Redis to avoid re-parsing on every form render - this cuts validation overhead by 80%. - REDUX TOOLKIT + RTK QUERY: Handle state management with normalized cache and optimistic updates. For 500+ users you need aggressive cache invalidation strategies, not just polling endpoints every 30 seconds. - SSO INTEGRATION: Use OpenID Connect with Auth0 or Keycloak. Implement refresh token rotation and store JWTs in httpOnly cookies to prevent XSS attacks - I've seen too many ERPs leak tokens through localStorage. - MICROSERVICES ON POSTGRES: Design services around bounded contexts (Inventory, Accounting, Orders) with separate schemas per service. Use Debezium for change data capture so services can react to events without tight coupling. - DOCKER + KUBERNETES: Each service gets its own Dockerfile with multi-stage builds to keep images under 100MB. Use Helm charts for deployment with horizontal pod autoscaling based on CPU and custom metrics like queue depth. - CI/CD PIPELINE: GitHub Actions with automated testing, container scanning, and blue-green deployments to staging. Production deploys require manual approval after smoke tests pass. I've built two ERP systems that scaled past 1,000 concurrent users - one for a manufacturing client processing 50K transactions daily, another for a healthcare network handling HIPAA-compliant patient records. Both are still running in production three years later without architectural rewrites. Timeline estimate: Component library with 12 core components (4 weeks), three initial microservices with full CRUD (5 weeks), K8s deployment infrastructure (2 weeks), integration testing and handover (1 week). Total 12 weeks to production-ready v1. I don't quote projects blind - let's schedule a 20-minute technical call to walk through your module priorities and nail down the Postgres vs Mongo question. I'll send over a detailed SOW with milestone-based payments after that conversation.

@onkarkulkarni8

As the head of MAK Online Solutions Private Limited (MAKOS), I assure you we have the expertise and experience to flawlessly execute your project. We focus on delivering top-tier solutions across a wide range of tech domains, including yours. With over a decade of experience, our 43-strong team of dedicated professionals has developed 500+ simultaneous user applications, setting us up perfectly for this project. The core of the project lies in creating an efficient React component library and designing RESTful microservices. My experienced team has profound expertise in developing reusable and themeable React components fortified by Redux or Recoil state management. The implementation of SSO authentication using SAML or OpenID Connect is also something we can help you with. Regarding the backend, we specialize in building microservices that perfectly articulate with MongoDB and ensure well-tailored Docker containerization and orchestration for scalability. We understand the nuances of managing large volumes of data and guarantee appropriate indexing and sharding guidance. As for deliverables; you can expect a comprehensive component library with storybook doc units as well as unit tests, RESTful (or GraphQL) microservices with Swagger / GraphQL docs, deployment scripts (Docker-Compose or Kubernetes) and detailed setup instructions covered in our proposal at a competitive price.

@vipinjain1213

Hello, Building an ERP from scratch requires getting the foundation right, especially the component library and service boundaries. I would approach this as a structured architecture build, not just feature development. Frontend: • Reusable React component library in TypeScript, published as a private NPM package • Storybook documentation and unit tests • JSON-schema driven form engine for dynamic validation and screen generation • Redux Toolkit for scalable state management • SSO via OpenID Connect using a provider like Keycloak or Auth0 Backend: • Node.js microservices with clear domain separation • PostgreSQL for strong relational integrity and reporting • Indexed schemas designed for high concurrency • Dockerised services ready for Kubernetes scaling • Swagger-based API documentation per service High-level timeline would be around 8 to 10 weeks, starting with architecture and CI/CD setup, then component library, followed by core services and staged deployment. Before finalising cost and milestones, which ERP modules are included in phase one? Lets connect over chat so we could discuss the details.

@malkesh3m

⭐ Hello there, My availability is immediate. I read your project post on React/Node Developer for React ERP With Microservice Architecture. We have extensive knowledge in MERN Stack (MongoDB/MySQL, Express JS, React, and NodeJS), as well as RESTful API integration. We are an experienced team of full-stack developers with skill sets in - React, JavaScript, jQuery, TypeScript, NextJS, React Native - NodeJS, ExpressJS - MongoDB, MySQL, PostgreSQL, SQLServer, SQLite - Redux, Thunk, GIT - JavaScript, HTML, CSS, Tailwind CSS - AWS, Azure, Digital Ocean, GoDaddy, Web Server Hosting Please send a message So we can quickly discuss your project and proceed further. I am looking forward to hearing from you. Thanks

@santoshkumars17

With 5 years of experience as a Full Stack Web and Mobile App Developer, I have the right skill set to build your ERP platform efficiently. I specialize in both frontend and backend development, with strong experience in React (TypeScript) and state management tools like Redux. For the frontend, I will create a reusable and scalable component library with a focus on clean architecture, themeability, and long-term flexibility. I can also implement JSON schema-driven forms to make the system more dynamic and easy to extend in the future. On the backend, I have solid experience in building RESTful APIs and can also work with GraphQL if required. I follow best practices such as Docker-based containerization and can provide deployment setups using Docker Compose or Kubernetes. I have handled high-performance systems before, ensuring optimized MongoDB usage with proper indexing for smooth performance under load. My approach includes structured milestones: starting with the component system, followed by API development, deployment setup, and final documentation. I ensure clean, maintainable code and timely delivery. I’m available to start immediately and will maintain clear communication throughout the project.

@TechizeBuilder

Hi, I came across your project "React ERP With Microservice Architecture" and I'm confident I can help you with it. About Me: I'm a agency owner with over 8+ years of experience in JavaScript, Node.js, React.js, PostgreSQL, GraphQL, REST API, RESTful. , and I understand exactly what’s needed to deliver high-quality results on time. Why Choose Me? - ✅ Expertise in required Technologies and 1 year post deployment free support - ✅ On-time delivery and excellent communication - ✅ 100% satisfaction guarantee Let’s discuss your project in more detail. I’m available to start immediately and would love to hear more about your goals. Looking forward to working with you! Best regards, Deepak

@kishanbwts

Starting with a reusable React component library makes sense, structuring each input and block as themeable, lightweight NPM packages. I would choose Recoil for state management here—it’s performant and simpler to scale for 500+ users, especially with dynamic form behavior driven by JSON schema. For Single Sign-On, OpenID Connect is a solid, modern choice balancing security and ease of integration. On the backend, I’d design RESTful microservices containerized with Docker, orchestrated via Kubernetes for independent scaling. MongoDB indexing and sharding will be planned upfront for high-volume reads/writes. Each service will have its own repo with CI/CD pipelines and Swagger docs for clarity. Deployment scripts will cover dev to production environments. I’d break the project into these milestones: component library + storybook (4 weeks), backend microservices base + docs (5 weeks), orchestration + deployment automation (3 weeks), and final handover + docs (2 weeks), totaling about 14 weeks. I can share examples where I helped scale web apps past 500 concurrent users with similar tech. A question: Would you require hot-reloading or real-time updates for any forms? Also, any preference on GraphQL vs REST on the API side beyond your initial note? I’m ready to start mapping out the first library components as soon as we agree on scope and timeline.

@Weborchid

Hello, I’m a hands-on Senior Full-Stack Architect with experience designing and delivering ERP-grade platforms from a clean slate, covering reusable frontend systems, scalable backend services, and production-ready DevOps pipelines. I’m comfortable owning the solution end to end—from the first shared component to independently scalable microservices in production. Your focus on reusability, schema-driven UI, clean APIs, and long-term scalability is exactly how I approach ERP systems.

@sumipundir01

Hi, I have completed many projects as MERN Stack. I can do this job very well according to your need. I will start immediately . We can discuss the Timeline and Milestones in the chat window Thanks

@akshaybhagwat76

Hi, Full-stack ERP platform architect building reusable React (TypeScript) component libraries (NPM-packaged inputs/blocks), JSON schema-driven forms, Redux state management (500+ concurrent users), SSO auth (OpenID Connect), containerized .NET Core/PostgreSQL microservices (Docker/Kubernetes), with Storybook docs, Swagger APIs, CI/CD pipelines, and complete dev/staging/prod deployment infrastructure from clean slate to production. Architecture: React 18 + .NET 8 APIs + PostgreSQL + Redis caching Kindly let me know your suitable time for further discussion. In meantime, review client feedback below. Looking forward to working together... Thanks, Akshay

@nuanceinfotech

Hi, With 10+ years as a full-stack developer, I believe I have the expertise and technical acumen to deliver an ERP platform that aligns with your vision and meets your specific needs. I am well-versed in JavaScript and React.js which are at the core of your project; I've also worked extensively on similar projects using modern web technologies including but not limited to Redux, TypeScript, GraphQL and Docker, reinforcing my grasp on the advanced skills required by this project. Drawing on my previous experience with large scale applications necessitating high performance for concurrent users, my approach would carefully evaluate both Redux and Recoil before proposing the most performative choice. Redux has been widely used for apps with significant state complexity like this. However, Recoil has gained attention too as an efficient new atomic state management library by Facebook. I’d be happy to share some past projects integrating 500+ simultaneous users upon request. My professionalism, problem-solving capability, and reputation for timely delivery make me an ideal choice to execute your project successfully. Let's discuss your milestones and estimated timeline; I'm prepared to provide the detailed structure you're looking for along with comprehensive documentation and rigorous unit testing throughout for each delivery. Don’t hesitate to reach out—I’m here to address all your concerns and queries! Thanks Sourabh

@caroldata

Hi, Thank you for the detailed scope — this is a serious build, and I appreciate the clean-slate approach. Since you mentioned PostgreSQL preferred, I would recommend using PostgreSQL instead of MongoDB for ERP-grade transactional integrity (ACID compliance, indexing strength, relational consistency). It fits ERP workloads better long term. I’ve architected and delivered multi-tenant SaaS platforms in finance and inventory domains, supporting 500–2,000 concurrent users with horizontal scaling, container orchestration, and optimized relational databases. I can share architectural diagrams and code samples upon request. If this aligns with your expectations, I’m ready to begin with a detailed technical specification workshop to finalize scope and confirm timelines. Looking forward to your response. Best regards, Shivpal S

@SmartCodeDev

Hello, I can design and deliver your ERP platform , from a reusable React component library to microservices. Project structure & tools: • Frontend: React + TypeScript component library packaged as a private NPM module, documented with Storybook and tested with Jest. Redux Toolkit for predictable state at scale, and JSON-schema–driven forms for dynamic screen generation. SSO implemented via OpenID Connect (Auth0) for secure, standards-based authentication. • Backend: Microservices built with Node.js (NestJS) using PostgreSQL. Each service containerized with Docker and orchestrated via Kubernetes for independent scaling. Swagger docs and CI/CD pipelines included. • Infrastructure: Docker, GitHub Actions, and staging/production environments with monitoring and logging. Timeline: • Weeks 1–2: Architecture design, CI/CD setup, SSO foundation • Weeks 3–6: React component library + Storybook + NPM packaging • Weeks 7–9: Core microservices (auth, users, core ERP modules, API gateway) • Weeks 10-11: Integration, performance optimization, staging deployment • Weeks 12: Production deployment, testing, and handover • Estimated total: hourly rate 1500INR/h • Payment schedule: I think we can discuss the budget and payment schedule. I’ve built scalable React + Node.js platforms with reusable component systems and microservices. I can start immediately and deliver a clean, extensible ERP foundation ready for long-term growth.

@abdf2010

Hey, I liked your project, React ERP With Microservice Architecture and believe I can help you with the project. With my background in JavaScript, Node.js, PostgreSQL, I'm confident I can meet your requirements. Would be glad to go over specifics if you're interested.

@BhaskararaoG

Hi, I can architect your ERP platform end-to-end, starting with a reusable React (TypeScript) component library published as an NPM package with Storybook and tests, using JSON-schema-driven forms and Redux Toolkit for scalable state management. On the backend, I’d build containerized microservices (Node/NestJS) with PostgreSQL, proper indexing, Swagger docs, and CI/CD pipelines, deployed via Docker/Kubernetes for independent scaling. The project would be delivered in phased milestones covering architecture, core services, integration, and production rollout, with a scalable design ready for 500+ concurrent users.