Mission-critical enterprise systems.
We architect and build enterprise-grade software systems including ERP integrations, workflow automation, data pipelines, and internal tooling designed for scale, security, and compliance.
// Domain-Driven Design – Aggregate Root
export class Order extends AggregateRoot {
private items: OrderItem[] = [];
private status: OrderStatus = OrderStatus.DRAFT;
addItem(product: ProductId, qty: number): void {
this.guardMaxItems();
const item = OrderItem.create(product, qty);
this.items.push(item);
this.apply(new OrderItemAdded(this.id, item));
}
submit(): void {
this.guardNotEmpty();
this.status = OrderStatus.SUBMITTED;
this.apply(new OrderSubmitted(this.id));
}
}Enterprise Application Architecture
We apply Domain-Driven Design to decompose complex enterprise domains into bounded contexts, implemented as independently deployable microservices with clear ownership boundaries and event-driven communication.
Tools & Frameworks We Engineer With
Architecture
- NestJS: Modular Node.js framework for scalable server-side applications with DI and decorators
- Spring Boot: Java-based enterprise framework for production-ready microservices with auto-configuration
- .NET: Cross-platform framework for building high-performance enterprise applications
- gRPC: High-performance RPC framework for efficient inter-service communication
Data
- PostgreSQL: Advanced relational database with ACID compliance and enterprise extensions
- Kafka: Distributed event streaming platform for real-time data pipelines
- Elasticsearch: Distributed search and analytics engine for log aggregation and full-text search
- Data Warehousing: Centralised analytical storage with ETL pipelines for business intelligence
Security
- OAuth2: Industry-standard authorization framework for secure delegated access
- SAML: Enterprise SSO protocol for federated identity management
- Vault: Secrets management and encryption-as-a-service for sensitive data
- mTLS: Mutual TLS authentication for zero-trust service-to-service communication
Infrastructure
- Kubernetes: Container orchestration for automated deployment, scaling, and management
- Terraform: Infrastructure-as-code for reproducible and auditable cloud provisioning
- AWS: Cloud platform with enterprise services including GovCloud and compliance certifications
- Azure: Enterprise cloud with Active Directory integration and hybrid capabilities
Who We Work With
Banking & Finance
Core banking systems, payment processing, and regulatory reporting platforms with PCI-DSS compliance
Government
Citizen-facing portals, inter-agency data exchange, and secure document management systems
Insurance
Policy administration, claims processing, and actuarial platforms with automated underwriting
Manufacturing
MES integration, supply chain orchestration, and predictive maintenance platforms
Telecom
BSS/OSS platforms, network inventory management, and real-time billing engines
Energy
SCADA integration, grid management, and regulatory compliance reporting systems
Our Delivery Lifecycle
We operate under a structured, predictable lifecycle. Click any step to inspect deliverables.
Discovery & Architecture
We analyse your existing systems, map business processes, and design the target architecture with clear migration paths and risk mitigation strategies.
ADR-001: Adopt event-driven microservices with CQRS for order domain, enabling independent scaling and eventual consistency across bounded contexts.Frequently Asked
Enterprise projects demand rigorous governance, compliance, and integration with existing systems. We apply Domain-Driven Design to manage complexity, implement comprehensive audit trails, and use architecture decision records (ADRs) to ensure traceability. Every decision considers backward compatibility, data sovereignty, and organisational change management.
We have delivered systems compliant with SOC2 Type II, GDPR, HIPAA, PCI-DSS, ISO 27001, and FedRAMP. Our security-first approach bakes compliance into the architecture from day one rather than retrofitting controls, reducing audit cycles and remediation costs significantly.
We use the strangler fig pattern to incrementally migrate functionality from legacy systems without big-bang cutovers. New services run in parallel with legacy components, validated through reconciliation testing. This approach eliminates downtime risk and allows rollback at any stage.
Yes. We structure delivery around autonomous squads aligned to bounded contexts, each with full-stack capability. We can scale from a single architecture team to multiple delivery squads within weeks, maintaining consistency through shared platform tooling, coding standards, and architecture governance.
Ready to modernise your enterprise systems?
Get an enterprise architecture assessment with migration strategy and compliance roadmap within one week.