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Nearshore cloud application development services

Nearshore cloud application development services

Senior LATAM engineers who build applications on managed cloud services instead of on servers you have to run, at 30-50% below US rates.

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Applebees
KPMG
Mastercard
Microsoft
NetJets
Toyota
  • 15+
    years delivering software
  • 100+
    senior engineers across LATAM
  • 6-8h
    daily overlap with US teams
  • 6+
    Fortune 500 & global brands trust us
Who we are

Applications that use the cloud, not just live on it

Plenty of software runs in the cloud and is built as if it were still on a rack.

FusionHit is a cloud application development company with senior engineers across Latin America who design for managed services and autoscaling from the first commit, working on your hours.

FusionHit engineers collaborating in the development area \
WHAT WE DELIVER

Cloud application development services we deliver

Applications designed around what the cloud does well, and around what it charges for.

Cloud-native application development

New applications built on managed services and event-driven patterns, so capacity follows demand instead of being provisioned for a peak that happens twice a year.

Serverless applications

Functions, queues and managed data stores assembled into systems with no servers to patch, which suits workloads that are bursty or long-tail by nature.

Multi-tenant SaaS platforms

Tenant isolation, usage metering and per-tenant cost visibility designed in from the start, because retrofitting them once you have customers is expensive.

Cloud integrations

Your application connected to the systems around it through managed integration services, with retries and dead-letter handling that keep data moving when a dependency fails.

Cloud application modernization

Applications already in the cloud re-architected to actually use it, replacing the pieces that still behave like on-premise software.

Cloud application support

Ongoing maintenance, patching and performance work for applications we built or inherited, under an agreed response time.

COST

What it will cost to run, decided while we build it

In the cloud the architecture is the invoice. Most of the bill gets locked in during design, months before anyone looks at it.

A cost model before the build

The architecture comes with a projected monthly run cost at your expected volumes, so the trade-off between engineering effort and infrastructure spend is a decision you make rather than one you inherit.

Cost visible per feature

Spend tagged by service and by feature, so you can see what each part of the product costs to run and decide what is worth keeping.

Reviewed as usage grows

Architecture that is efficient at a thousand users is often wasteful at a hundred thousand. We revisit the expensive paths as your volumes move.

Why FusionHit

Why US companies choose FusionHit for cloud application development

  • Senior engineering talent

    Vetted nearshore engineers with production experience across industries and modern stacks.

  • Real-time collaboration

    Nearshore teams aligned with US time zones for synchronous planning, reviews, and delivery.

  • Flexible engagement

    Scale engineering capacity up or down as your roadmap and priorities evolve.

  • Integrated partnership

    We work as an extension of your engineering and product teams, not as a detached external vendor.

FusionHit senior nearshore engineers working with a US client team
CASE STUDIES

Cloud applications running in production

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Your application can run like these.

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INDUSTRIES

Cloud applications for the demands of your sector

How the load arrives, and what the data is subject to, changes everything about the architecture.

Fintech

Transaction processing with the isolation and audit trail a regulator expects to find in the logs.

Healthcare

Applications on HIPAA-eligible services, with encryption and access controls configured rather than assumed.

SaaS

Multi-tenant platforms where onboarding a customer costs a database row instead of an environment.

Logistics

Event-driven systems that absorb bursts of telemetry without a queue backing up somewhere.

Retail

Architecture that scales into Black Friday and scales back the following Tuesday.

Manufacturing

Applications that ingest sensor data continuously and keep the cost per reading under control.

Explore all industries
TECHNOLOGY EXPERTISE

Cloud technologies we build with

The managed services on all three major clouds, and the frameworks that sit on top of them.

Cloud platforms

Serverless

Containers & orchestration

Managed data

Messaging & events

Infrastructure as code

HOW WE ENGAGE

Three ways to engage a cloud application team

Staff augmentation

Senior cloud engineers added to your existing team, under your direction, in days rather than months.

Dedicated development teams

A team working only on your application, sprint after sprint, while you set the roadmap.

Full project outsourcing

You hand over the scope and we deliver it under our management, covering architecture, build, QA and launch.

Need the pipeline that ships it?

DevOps services →
OUR PROCESS

How a cloud application engagement starts

01

Discovery call

What the application has to do, and the volumes it has to do it at (30 minutes).

02

Architecture and cost model

The design, the managed services it uses, and what it will cost to run.

03

Interviews

You meet and approve every engineer.

04

Sprint delivery

Working software every sprint, deployed to your cloud accounts.

FAQ

FAQs about our cloud application development services

01

How much does cloud application development cost?
Senior nearshore rates run 30-50% below equivalent US salaries and agency fees. There are two numbers to plan for, the build and the monthly cost of running it, and we give you both: a line-item estimate for the engineering and a projected infrastructure cost at your expected volumes.
02

What makes an application cloud-native rather than just hosted?
A hosted application runs on a rented server and behaves like it did on-premise. A cloud-native one uses managed services, scales itself with demand, and survives a machine disappearing without anyone noticing. The difference shows up in the invoice and in what happens at 3am.
03

Should we go serverless?
For bursty, event-driven, or unpredictable workloads, usually yes, and the operational savings are real. For steady high-volume traffic it can cost more than containers. We size both options against your actual usage pattern instead of picking on principle.
04

Can you build on our existing cloud account and tooling?
Yes, that is the default. We work inside your accounts, follow your naming and tagging conventions, and use the infrastructure tooling your team already runs so nothing we build becomes an island.
05

How do you avoid locking us into one cloud provider?
By keeping the business logic portable and being deliberate about where we use provider-specific services. Some managed services are worth the coupling because the alternative is running it yourself. We flag each of those trade-offs when we make it rather than after.
06

Can you modernize an application that is already in the cloud?
Yes, and it is a common starting point. Plenty of applications were lifted into the cloud and never redesigned for it, which is why the bill went up. We re-architect the expensive parts in stages, keeping the application in service throughout.
07

How do you handle security and compliance?
Least-privilege identity, encryption in transit and at rest, secrets in a managed store, and network boundaries defined as code. For regulated products we build on the provider services that carry the certifications your framework requires, whether that is HIPAA, PCI DSS or SOC 2.
08

Who owns the code and the cloud accounts?
You do. The application lives in your repositories and your cloud accounts from day one, and the contract assigns all intellectual property to you.
09

How fast can cloud engineers start?
We present matched profiles within days, you interview and approve them, and most engineers onboard in under 2 weeks. A US cloud hire typically takes 3 to 6 months.
10

How much time zone overlap will we have?
Our engineers work across Latin America on US Central and Eastern time, which gives 6-8 hours of daily overlap. Architecture decisions tend to block everything downstream, so having both sides online to settle them the same day is worth more here than the hours suggest.

Ready to build it properly for the cloud?

Tell us what the application has to do and at what volume, and we will show you the team and the architecture.

Trusted by leading teams

  • Mastercard
  • NetJets
  • KPMG
  • Applebees

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