Technology Stack

Deep expertise across the full digital system.

From modern interfaces and enterprise APIs to cloud infrastructure, intelligent automation and dependable data platforms.

architecture.yml
platform:
experience: [Blazor, React, Mobile]
services: [.NET, APIs, AI]
data: [SQL, NoSQL, Analytics]
cloud: [Azure, AWS, Containers]
quality: continuous
security: by-design
Architecture ready to evolve
Technology with purpose

The best stack is the one your organization can trust

We choose technology against business lifespan, team capability, security, scale and operational reality.

Expertise gives us options. Engineering judgment helps us select the smallest coherent set that solves the problem well.

Proven foundationsOpen architectureCloud operabilityResponsible innovation
Capability atlas

A connected technology ecosystem

Specialized expertise across every layer of a production-grade digital product.

Experience layer

Frontend

Accessible, responsive and high-performance digital experiences.

BlazorReactNext.jsTypeScriptBootstrap 5HTML/CSS
Application layer

Backend

Secure services, business workflows and enterprise integrations.

.NET 9ASP.NET CoreREST APIsGraphQLSignalRMicroservices
Mobile layer

Mobile

Native-quality experiences across customer and workforce use cases.

FlutterAndroidiOS.NET MAUIPWAPush services
Intelligence layer

AI & Automation

Grounded assistants, intelligent workflows and applied machine learning.

OpenAIAzure AISemantic KernelRAGML.NETPower Automate
Data layer

Data Platforms

Transactional integrity, analytics and governed information access.

SQL ServerPostgreSQLMongoDBRedisCosmos DBPower BI
Cloud layer

Cloud Platforms

Resilient, observable and cost-aware production environments.

Microsoft AzureAWSApp ServiceFunctionsKubernetesServerless
Delivery layer

DevOps

Automated pathways from trusted code to reliable production releases.

Azure DevOpsGitHub ActionsDockerTerraformCI/CDMonitoring
Trust layer

Quality & Security

Continuous evidence for functional, performance and security confidence.

xUnitPlaywrightOWASPSonarQubeLoad testingObservability
Why it matters

Technology choices become operating constraints - or strategic leverage.

Architecture affects how quickly you can change, how confidently you can release and how economically you can scale.

Change velocity

Modular architecture keeps new requirements affordable.

Operational confidence

Observability and automation make production behavior understandable.

Security posture

Identity, access and data controls belong in architecture from day one.

Talent continuity

Mainstream, documented platforms keep capability transferable.

How we select technology

Six filters before a tool earns its place

A technology decision framework—not a preference list.

FitProblem and users
LongevitySupport horizon
SecurityRisk profile
OperabilityRun in reality
EconomicsWhole-life cost
CapabilityTeam readiness
Engineering benefits

A stack designed for more than launch

Adaptable systems

Bounded modules make change safer and more focused.

Evolve confidently

Reliable delivery

Automation creates repeatable, reviewable release pathways.

Release consistently

Clear operations

Telemetry turns production behavior into actionable evidence.

Operate visibly

Sustainable ownership

Documentation and mainstream tools keep knowledge portable.

Own the future
Technology by industry

Shared engineering depth, sector-aware architecture

We calibrate reliability, data, integration and compliance patterns to each domain.

AI & innovation lab

Applied intelligence, engineered responsibly

We turn AI capability into secure workflows, useful assistants and measurable automation.

  • Retrieval-augmented knowledge experiences
  • Intelligent document and workflow automation
  • Governed enterprise AI integrations
  • Evaluation, monitoring and human oversight
Applied AI
OpenAIAzure AISemantic searchAutomation
Architecture outcome

One modular platform replaced five disconnected operational tools.

A .NET and Azure foundation unified identity, workflows and reporting while keeping domain modules independently evolvable.

0systems consolidated0less manual hand-off0availability target
Technology FAQs

Architecture questions, answered clearly

How we evaluate, modernize and operate technology.

Is .NET your primary backend platform?

Yes. .NET and ASP.NET Core are core strengths, while we select adjacent platforms when the product context makes them a better fit.

Can you modernize a legacy .NET application?

Yes. We use staged assessment, modularization, cloud enablement and incremental replacement patterns to reduce modernization risk.

Do you work with both Azure and AWS?

Yes. Microsoft Azure is a deep specialization, and we also design and operate solutions on AWS based on client context.

What frontend frameworks do you support?

Our primary web experience capabilities include Blazor, React, Next.js, TypeScript, Bootstrap and modern accessible HTML/CSS.

How do you approach AI security and accuracy?

We use grounded data access, explicit permissions, evaluation sets, monitoring, content safeguards and human oversight appropriate to the use case.

Can you integrate with our existing ERP or CRM?

Yes. We build secure API, event and data integrations with enterprise platforms and legacy systems.

Do you provide DevOps and cloud operations?

Yes. We implement CI/CD, infrastructure automation, monitoring, cost controls and operational runbooks.

How do you avoid vendor lock-in?

We favor open standards, portable architectures and clear abstraction boundaries while using managed services where their value justifies the trade-off.

Build on stronger foundations

Turn technology complexity into a coherent platform advantage.

Share your current architecture or next product idea. We’ll help identify the right technical path.