.NET

.NET developers in Melbourne
for connected business applications.

We help organisations plan, develop, integrate, modernise and support .NET applications. From web applications and APIs to internal tools and connected business systems, we shape the technology around the users, processes, data and operating environment.

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In brief

We provide Microsoft .NET development services from Melbourne. We help organisations plan, develop, integrate, modernise and support .NET applications. From web applications and APIs to internal tools and connected business systems, we shape the technology around the users, processes, data and operating environment.

The technology

A modern Microsoft development platform for web applications and services.

.NET is an open source, cross platform development platform supported by Microsoft.

01

Web and API capabilities.

ASP.NET Core extends .NET with capabilities for web applications, APIs, interactive interfaces through Blazor and real time communication through SignalR, so one platform can serve a public website, a customer portal and the services behind them.

02

Microsoft technology fit.

.NET suits organisations that already use Microsoft identity, data and productivity systems, because authentication through Entra ID, SQL Server data access and Azure hosting fit naturally with the skills and governance already in place.

03

Modernise or build.

The platform can carry an established .NET Framework application forward to modern .NET in stages, or provide a structured foundation for a new business system, with the same tooling, testing and deployment practices across both.

What we do

.NET development aligned with the complete system.

A connected set of decisions, shaped around the work your .NET stack needs to do.

01

Application architecture and planning.

We define the application responsibilities, user roles, workflows, data and integration boundaries before development begins. The solution may use a well structured single application, separate services or a combination of patterns. Architecture follows the actual operational need rather than a default preference.

02

Web applications and portals.

We can develop customer portals, internal tools, workflow systems and tailored web applications using ASP.NET Core. The interface and backend are planned together so user journeys, business rules, access controls and administration requirements form one coherent system.

03

APIs and connected services.

We design and develop APIs that allow websites, applications and business platforms to exchange information. This includes data contracts, validation, authentication, authorisation, errors, documentation and the wider integration behaviour required for reliable operation.

04

Data and business logic.

.NET applications can work with relational and other data stores through appropriate data access approaches, including Entity Framework Core where suitable. We model the records, relationships, validation and business rules around the organisation while keeping responsibilities clear enough to support future change.

05

Identity and Microsoft ecosystem integration.

A .NET solution can integrate with appropriate identity services and Microsoft products where those platforms form part of the operating environment. We plan user access, roles, permissions, service identities and data exchange around the selected systems. Each connection remains subject to its own licensing, configuration and security requirements.

06

Testing, deployment and operational visibility.

We establish suitable automated tests, logging, diagnostics, configuration and deployment controls around the application. .NET applications can run on Windows, Linux and macOS and can be hosted across several environments. The deployment model is selected according to the solution and infrastructure requirements.

Buyer context

Why organisations choose .NET.

.NET has to suit the people, systems and operating conditions around it.

Application architecture and planningWeb applications and portalsAPIs and connected servicesData and business logicIdentity and Microsoft ecosystem integrationTesting, deployment and operational visibility

The right .NET approach depends on the organisation, the systems involved and the work it needs to support.

Strong foundations for connected Microsoft applications.

.NET can support web applications and services that need to work closely with Microsoft environments and other business systems. Clear application boundaries, maintainable code and appropriate integrations help that foundation remain useful as requirements change.

Takeover and improvement

Already running .NET?

We can assess applications built with .NET Framework, earlier .NET Core versions or the current .NET platform. We examine the application structure, dependencies, data access, integrations, identity, hosting, deployment process and known risks. From there, we can support defined fixes, compatible upgrades or a staged modernisation pathway.

Application architecture and planningWeb applications and portalsAPIs and connected servicesData and business logicIdentity and Microsoft ecosystem integrationTesting, deployment and operational visibility

Talk to us

Building on .NET? Talk it through with us.

Thirty minutes on the stack, the integrations and what it would take to build or improve.

Our approach

Six steps from understanding to improvement.

A complex legacy application with limited documentation, several integrations or significant operational risk may require a separately scoped formal Discovery engagement before major change is planned.

01

Understand the context.

Clarify the people, goals, existing systems and constraints shaping the work. We review any existing .NET application, its framework version, dependencies, integrations and the business rules it encodes, so modernisation risk is understood first.

02

Agree the technical direction.

Turn the requirements into a practical architecture, integration plan and delivery sequence. Solution structure, data access, authentication, API design, hosting and the modernisation path are agreed and documented so development follows one architecture.

03

Prototype important decisions.

Test the parts that affect the experience, content and operational workflow before they become expensive to change. A working prototype of the most complex workflow or migration step proves the approach with evidence before the pattern is applied across the system.

04

Build in manageable increments.

Develop the agreed work in reviewable stages, keeping decisions visible as the solution takes shape. Features and migration steps ship as reviewable increments with automated tests and code review, so each stage can be approved and released on its own.

05

Test the whole system.

Check the experience, integrations, accessibility, performance and release readiness together. Automated and manual testing cover roles and permissions, integrations, error handling, performance under load and security configuration before release.

06

Release and learn.

Prepare the handover, monitor the launch and prioritise the next improvements. Documentation, deployment pipelines and monitoring are handed to your team or kept with ours, and usage and performance data guide the next improvements.

Questions

.NET questions, answered.

.NET Core was the earlier name for the modern cross platform implementation of .NET. The current product name is .NET.

ASP.NET Core remains the current framework name for building web applications and services with .NET. Older .NET Framework applications are a separate consideration and may require a planned modernisation pathway.

No. The current .NET platform supports Windows, Linux and macOS.

The application can also be hosted in different cloud and server environments. Existing .NET Framework applications may have more specific Windows dependencies that need to be assessed.

.NET can support web applications, APIs, portals, workflow tools, internal systems, data services and real time features.

We select the relevant .NET capabilities according to the users, business rules, integrations and operating requirements rather than applying every available technology.

Yes. A .NET application can connect with Microsoft services and other platforms through supported APIs, identity protocols, queues, databases and file exchange.

The integration design should define data ownership, permissions, error handling and monitoring across all participating systems.

Start a conversation

Develop or modernise your .NET application with a clear pathway.

Talk to us about the users, systems and operational requirements your .NET application needs to support. We can help determine the most proportionate next step.

Book a meeting

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