SaaS & Technology
Multi-cloud platform engineering, distributed workflow orchestration, and developer tooling for high-scale technology providers.
Multi-cloud platform engineering with distributed workflow orchestration
Common Industry Challenges
- Manual cloud provisioning and lack of distributed transaction rollbacks across AWS, Azure, and GCP
- Architectural drift between visual cloud designs and actual Infrastructure as Code (Terraform)
- Fragmented multi-cloud billing creating unmonitored cloud waste across enterprise teams
- Complex user lifecycle management and access control across decentralized microservices
How OnlyNext Solves Them
- Architected mPaaS using Go and Temporal.io workflows implementing the Saga pattern with automated compensating rollbacks
- Engineered an interactive 60fps cloud architecture studio combining React Konva canvas rendering with Monaco Editor
- Built conversational multi-LLM cloud cost intelligence dashboards delivering real-time billing visualizations
- Integrated Ory Kratos authentication with custom Go middleware for secure session and role-based access control
Core engineering focus areas
- Temporal.io distributed workflow orchestration & Saga pattern
- Go microservices & event-driven cloud platforms
- Interactive 60fps design studios with React Konva & Monaco Editor
- Multi-cloud provisioning across AWS, Azure, and GCP
- Ory Kratos zero-trust authentication, RBAC, and secure sessions
- Multi-LLM cost analytics and cloud advisory dashboards
mPaaS: Multi-Cloud Infrastructure Platform as a Service & Orchestration Engine
Client: Bootlabs — Mahindra & Mahindra • Sector: SaaS & Technology
The Challenge
Provisioning and governing complex multi-cloud infrastructure across AWS, Azure, and GCP involved fragmented scripts, manual approval delays, and high risk of inconsistent configurations. Engineers lacked a unified platform for infrastructure visual design, real-time cost governance, and distributed transactional consistency.
Engineering Solution & Architecture
Architected and engineered mPaaS: an enterprise-grade cloud platform backend using Go, event-driven microservices, and Temporal.io workflow orchestration implementing the Saga design pattern with automated compensating rollbacks. Built an interactive infrastructure design studio with React Konva, Monaco Editor, and a Next.js frontend, complemented by an AI-driven multi-LLM cloud cost analytics and advisory engine.
Go microservices backend orchestrated by Temporal.io (20+ fault-tolerant activities for cloud provisioning, configuration management, and lifecycle events), Saga pattern for distributed transactions and compensating rollbacks, React Konva for 60fps drag-and-drop architecture visualization, Monaco Editor for real-time Terraform/IaC editing, Ory Kratos for zero-trust authentication & RBAC, and Next.js App Router for the cloud portal.
Key Outcomes & Results
- Automated complex multi-cloud infrastructure provisioning workflows with zero-loss compensating rollbacks
- Interactive 60fps infrastructure design studio with React Konva and Monaco Editor adopted across cloud engineering teams
- Reduced cloud provisioning lead times from multiple days to automated, policy-governed execution in minutes
- Delivered real-time cross-cloud cost analytics across AWS, Azure, and GCP with AI-driven optimization recommendations
Verified Business Impact
“The mPaaS platform transformed our multi-cloud operations. Using Temporal workflows with the Saga pattern and an intuitive visual architecture studio gave our engineering teams unprecedented speed and reliability.”
Technologies Employed
- Go
- Next.js
- React.js
- TypeScript
- Temporal.io (Saga Pattern)
- Terraform
- React Konva
- Monaco Editor
- Ory Kratos
- MongoDB
- AWS / Azure / GCP SDKs
Services engineered for SaaS & Technology
Explore the specific engineering disciplines we deploy to build high-performance products in this space.
Let's Build What's Next.
Tell us about the problem you're solving. We'll help you find the fastest responsible path from idea to a product built to scale.