Is a single team really enough?

For most business applications, yes — and it removes the handoffs that cause delay. Specialist input, such as independent security testing, is brought in deliberately rather than assumed away.

How does a full-stack development engagement start?

With a short discovery conversation and a written view of scope, risk and the decisions to be made. That view is useful to you whether or not the work continues.

How is a full-stack development engagement priced?

Scope and, where relevant, rules of engagement are agreed in writing before any work begins, and the engagement is a fixed fee for that scope or phased with a cost envelope per phase — so you know the cost and the boundaries up front. Larger pieces of work are broken into phases with findings delivered early rather than a single invoice at the end.

Development · Build

Full-Stack Development

Q: What happens after launch?

Either we hand over with documentation and a short support period, or we continue under an agreed maintenance arrangement. Both are decided before launch, not after.

We take end-to-end responsibility for an application — interface, services, data and deployment — which suits teams that need one accountable party rather than several. The architecture across interface, services, data and hosting is decided as one connected set of choices, not negotiated between separate vendors. We ship thin working slices through the whole stack so value and risk are visible early rather than at the end. What happens after launch — handover or ongoing support — is agreed before we start, so ownership is never left unresolved.

In short

Full-stack development delivers a working application end to end: interface, backend, data, deployment and support. Its value is a single accountable team, so there is no seam between suppliers for problems to fall into.

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What we do

The work inside full-stack development.

End-to-end solution design

We decide the architecture across interface, services, data and hosting as one set of connected choices. Treating these layers together avoids the mismatches that appear when separate teams optimise their own piece in isolation. The design holds together because one party is responsible for how the parts meet.

Incremental delivery

We ship thin working slices through the whole stack so value and risk are visible early. A narrow feature built all the way through proves the architecture far sooner than a layer built in isolation. It also lets priorities move as you see the real thing working rather than a plan on paper.

Deployment and environments

We set up build, environments and release so deploying is routine rather than an event. When releasing is cheap and reversible, fixes and improvements reach users without ceremony. This removes the pressure that turns each deployment into a risk in its own right.

Support and knowledge transfer

We run the application through early life and transfer it deliberately to your team or ours long term. The handover is planned rather than assumed, with the documentation and access your people need to take it on. Whichever team owns it afterwards, that decision is made openly and in good time.

What you receive

Deliverables, in writing.

Documented output your teams keep and can act on without us in the room.

End-to-end architecture and hosting design
Working application released in increments
Automated build and deployment pipeline
Support arrangement and knowledge transfer documentation

When this work helps

You may be facing this.

You need one team accountable for the whole application
Coordination between separate frontend, backend and infrastructure suppliers is the bottleneck
An idea needs to reach production quickly without becoming unmaintainable

How an engagement runs

Discover, assess, design, deliver.

01
Discover
Understand the outcome, users, constraints, and the decisions that must be made before code direction is set. We spend this time with the people who own the result and the people who will build it, so scope reflects both.
02
Assess
Examine the current architecture, delivery practice, integration surface, and engineering risk. We establish where the genuine difficulty lies, rather than accepting the risk the team already happens to worry about most.
03
Design
Define the technical approach, delivery plan, quality gates, and ownership model in writing. Committing it to writing means the reasoning behind each decision survives staff change and supplier handover.
04
Deliver
Work with your teams through build and release, adjusting the plan as evidence emerges rather than defending the original estimate. We keep the quality gates and progress evidence in place so leadership can watch the build land.

Where we work

Delhi, India — and wherever the work is.

Fidova provides software development consulting from Delhi, India, and works with product and engineering teams internationally — across India, Asia-Pacific, the Middle East, Europe, the UK, and North America — remotely, with on-site time where the work needs it.

Engagements run in English, are scheduled around your time zone, and can be delivered remotely end to end, with on-site time planned where a phase genuinely benefits from being in the room.

Related services

Often needed alongside this.

Cloud-Native Application Development

Cloud-native application development builds software designed for managed cloud services, elasticity, and cost and failure characteristics you can predict. Built well, the cloud's elasticity works for you; built carelessly, its billing model does the opposite.

Microservices Development

Microservices development splits an application into independently deployable services — and is only worth doing where the boundaries are real. The distributed complexity it adds is a genuine cost that has to be repaid by independent deployment, scaling or team autonomy.

Legacy System Modernization

Legacy system modernization moves an ageing but business-critical system to a supportable state without stopping the business that depends on it. The constraint is that the old system usually cannot be switched off while its replacement is built.

All development services

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