McQueen Autocorp Maximizes Performance by Migrating to AWSMcQueen Autocorp Maximizes Performance by Migrating to AWS
McQueen Autocorp Maximizes Performance by Migrating to AWSMcQueen Autocorp Maximizes Performance by Migrating to AWS
Automotive

Maximizing Scalability by Migrating On-Premise Infrastructure to AWS

Maruti Techlabs migrated the client's on-premise infrastructure to AWS, replacing rigid, capital-intensive systems with a secure, auto-scaling cloud foundation built for growth.

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Migration Strategies Deployed
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Tools & Services Integrated
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Discover, Migrate, Modernize Framework

At a Glance

Facing the limitations of a rigid, high-maintenance on-premise system, a US-based used car marketplace needed a more scalable foundation for growth. Maruti Techlabs led a phased migration to AWS, delivering a secure, cost-efficient cloud environment built to scale.

Industry

Automotive

Function

Infrastructure Modernization & Cloud Migration

Solution

Cloud Migration

Engagement

SWOT Analysis Through Phased Migration & Modernization 

The Client

With a nationwide network of licensed buyers, our client operates a US-based used car marketplace that delivers instant, data-backed vehicle offers to sellers. Its platform combines price-prediction algorithms with real-time bids to determine competitive offers.

The Challenges

Legacy Infrastructure That Couldn't Keep Pace

As the business scaled, the limitations of running everything on-premise became harder to work around. Maruti Techlabs' technical audit surfaced constraints across cost, agility, and operational overhead, limiting the platform's ability to scale efficiently.

01

Every Infrastructure Change Needed Advance Planning

Scaling or reconfiguring the environment required lengthy, well-in-advance planning and research, leaving the team unable to respond quickly to shifting business needs.

02

High Capital Outlay for Hardware and Software

Growth meant purchasing and provisioning physical infrastructure ahead of demand, tying up capital in hardware and licenses rather than the product itself.

03

A Dedicated Team Just to Keep the Lights On

Ongoing maintenance and software updates required a dedicated IT team, and environment customizations often introduced their own support issues down the line.

04

Traffic Surges Meant Lost Time and Rising Costs

Planning for spikes in website traffic and adding capacity took extra time and money, and lengthy deployment cycles made it hard to accommodate the business's natural growth.

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The Solution

A Phased Migration Built on Discover, Migrate, Modernize

Maruti Techlabs' DevOps consultants and technical architects ran an end-to-end analysis of the client's environment, then moved the platform from on-premise to AWS using a structured, risk-managed approach rather than a single high-stakes cutover.

The team ran a detailed SWOT analysis of the existing system, assessed the potential business outcomes, and outlined the upfront investment, timeline, and licensing needed before committing to a migration path.

The team ran a detailed SWOT analysis of the existing system, assessed the potential business outcomes, and outlined the upfront investment, timeline, and licensing needed before committing to a migration path.

The Journey

Managed Cloud Foundation

Business Outcomes

What the AWS Migration Unlocked for the Platform

Zero Downtime, Even at Peak Load

Early load testing and auto-scaling cloud infrastructure let the platform absorb peak traffic without issues, and it hasn't experienced a single outage since migrating to the cloud.

Lower Hardware and Maintenance Costs

Moving off physical infrastructure delivered significant savings across hardware, software, and ongoing maintenance.

Faster ROI Through Greater Transparency

A more agile, collaborative way of working gave the business clearer visibility into infrastructure changes and a faster path to ROI.

Secure Infrastructure, Delivered On-Demand

The team gets on-demand delivery of secure infrastructure, and the network and power-related issues that came with the on-premise setup have been eliminated.

Room to Grow Without Re-Architecting

Flexibility and scalability improved substantially, and the environment is easier to maintain, monitor, and secure than the system it replaced.

Conclusion

The migration improved uptime, cost efficiency, security, and operational agility, giving the client a platform built to handle growth rather than constrain it.

Tech Stack

Compute & Content Delivery
Storage, Database & Search
CI/CD & Build
Code Quality
Containerization & Orchestrations
Configuration Management
Monitoring & Incident Management
Amazon CloudFront
Amazon CloudFront
Amazon Route 53
Amazon Route 53

Ready to trade a rigid, on-premise setup for infrastructure that scales on demand?

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Frequently Asked Questions

We break the migration into phases and validate it with a proof-of-value pilot before full rollout. Each workload is assigned the right strategy, whether that's rehosting, refactoring, or retiring, and moved with security and regression testing at every stage, so the live platform keeps running throughout.

Each workload carried different risk, dependency, and business-value profiles, so the team matched a strategy: rehosting, refactoring, repurchasing, retiring, or retaining, to each one individually, backed by security and regression testing at every stage. This let the platform keep running throughout rather than forcing every component through the same cutover process.

Running a pilot let the team prove the approach worked and surface risks on a smaller slice of the environment before committing the full platform. That same validation-first mindset runs through our other automotive and infrastructure engagements as well. In this case, it's what made it possible to move a live marketplace in phases rather than in one high-stakes event.

By generating service components through code rather than manual setup, infrastructure changes became version-controlled and repeatable. That's part of what let the environment expand on demand without the lengthy, ad hoc reconfiguration the client's on-premise setup required.

Security and regression testing ran at each phase of the rollout, not only at the end, so issues could surface and get fixed before they ever touched the live, revenue-generating platform.

Moving off physical infrastructure delivered significant savings across hardware, software, and ongoing maintenance, while also giving the business clearer visibility into infrastructure changes and a faster path to ROI.