BitAzure
Enterprise Software

Enterprise platforms designed for scale, integration and audit.

BitAzure builds SaaS products, ERP and CRM systems, financial platforms and automation for organisations that need multi-tenant architecture, single sign-on, role-based access, audit logging and clean integration with the legacy systems already running the business.

  • SaaS, ERP, CRM and financial systems
  • Microservices, APIs and event-driven integration
  • SSO, RBAC, audit logging and multi-tenancy
  • Data platforms, reporting and enterprise dashboards
Definition

What is enterprise software development?

Enterprise software development is the design and delivery of applications that run core business processes for organisations: customer, finance, operations and workflow systems that must integrate with existing platforms, enforce access control, preserve an audit trail and keep working as users, data and regulations grow. It includes product engineering, systems integration, data platforms and the cloud infrastructure underneath.

BitAzure delivers enterprise software as custom SaaS platforms, ERP and CRM systems, financial back offices, business automation and data products. Engagements typically start with an integration and domain model, then deliver microservices behind an API gateway, an event bus for asynchronous processes, a data platform for reporting and the identity, tenancy and audit controls that enterprise buyers expect.

Our background in financial and blockchain systems shapes how we build: ledgers are double-entry, actions are attributable, permissions are explicit and integrations are resilient to the failures of the systems on the other side.

What we build

Enterprise software capabilities

Each group can be delivered as part of a full platform build or as a focused engagement within an existing enterprise landscape.

Business Platforms

  • SaaS products with subscription and usage billing
  • ERP modules: inventory, procurement, finance and HR
  • CRM systems with pipelines, accounts and activity tracking
  • Financial systems: ledgers, reconciliation and settlements
  • Portals for customers, partners and suppliers

Automation & Workflow

  • Business automation for approvals, onboarding and case management
  • Workflow engines with SLAs, escalations and audit history
  • Document generation, e-signature and notification flows
  • Rules engines for pricing, eligibility and routing
  • Scheduled and event-triggered jobs with observability

Architecture & APIs

  • Microservices with clear domain boundaries
  • REST and GraphQL APIs with a backend-for-frontend layer
  • Event-driven integration over Kafka or cloud messaging
  • Cloud platforms on AWS, Azure or Google Cloud
  • Multi-tenancy with tenant isolation at data and compute layers

Identity, Access & Compliance

  • SSO with SAML and OpenID Connect
  • RBAC and attribute-based permissions with delegation
  • Audit logging of every read and write that matters
  • Data retention, export and deletion workflows
  • Controls designed to support SOC 2 and ISO 27001 audit preparation

Data Platforms & Reporting

  • Data platforms with warehouse, lake and streaming layers
  • Enterprise dashboards with row-level security
  • Reporting engines for scheduled and ad-hoc reports
  • Data quality checks, lineage and cataloguing
  • Embedded analytics for customer-facing products

Legacy Integration & Modernisation

  • Integration with legacy systems via APIs, files and message queues
  • Adapters for ERP, CRM, core banking and payment providers
  • Strangler-pattern migration away from monoliths
  • Data migration with validation and reconciliation
  • Coexistence strategies during phased cutover
Architecture

Reference enterprise platform architecture

Clients reach domain services through a gateway and backend-for-frontend, services publish events to a bus that feeds the data platform and integrations, and observability covers every hop.

Reference architecture: client to domain services to data platform
CLIENTSGATEWAYDOMAIN SERVICESDATA & INTEGRATIONSauthzeventseventsoutboundinboundreportstelemetryWeb ClientsReact · admin & portalsMobile ClientsReact NativeAPI Gateway / BFFAuth · routing · aggregationObservabilityMetrics · logs · tracesIdentity ServiceSSO · RBAC · tenantsBilling & LedgerSubscriptions · invoicesWorkflow & ReportingCases · approvals · reportsEvent BusKafkaData PlatformWarehouse · lakeIntegrationsERP · CRM · banks

Hover or focus a component to see its role in the architecture.

  • Web Clients (React · admin & portals): Internal consoles, customer portals and partner interfaces built on a shared design system.
  • Mobile Clients (React Native): Field and approval apps sharing TypeScript logic with the web clients.
  • API Gateway / BFF (Auth · routing · aggregation): Validates SSO tokens, resolves tenant context, enforces RBAC and aggregates service calls per client.
  • Observability (Metrics · logs · traces): Centralised telemetry with tenant-aware dashboards and alerting across every service.
  • Identity Service (SSO · RBAC · tenants): Federation with SAML and OpenID Connect providers, role and permission management, tenant directory.
  • Billing & Ledger (Subscriptions · invoices): Double-entry ledger, subscription lifecycle, invoicing and reconciliation with payment providers.
  • Workflow & Reporting (Cases · approvals · reports): Configurable workflows with SLAs and escalations, plus scheduled and ad-hoc reporting.
  • Event Bus (Kafka): Durable domain events consumed by the data platform, integrations and asynchronous processes.
  • Data Platform (Warehouse · lake): Governed models for dashboards, regulatory reports and embedded analytics with row-level security.
  • Integrations (ERP · CRM · banks): Adapters with retries, idempotency and reconciliation for legacy and third-party systems.

Experience

  • Web and mobile clients
  • Portals and admin
  • Embedded analytics

Gateway & identity

  • API gateway and BFF
  • SSO and RBAC
  • Tenant context

Domain services

  • Billing and ledger
  • Workflow and cases
  • Reporting

Data & integration

  • Event bus
  • Warehouse and lake
  • ERP, CRM and bank adapters
Use cases

Enterprise systems we build

01

Vertical SaaS products

Multi-tenant platforms for a specific industry with billing, onboarding and admin built in.

02

Financial back offices

Ledgers, reconciliation, settlement and reporting for payment, lending and treasury operations.

03

ERP replacement or extension

Custom modules where packaged ERP does not fit, integrated with the modules that stay.

04

CRM and customer operations

Pipelines, case management and customer 360 views built on your data model.

05

Operational automation

Approval chains, onboarding and compliance workflows replacing spreadsheets and email.

06

Data and reporting platforms

Warehouses, dashboards and regulatory reports fed by every system in the estate.

Benefits

Why organisations build enterprise software with BitAzure

Domain modelling first

Entities, ownership and lifecycle are agreed before code, so services map to how the business actually works.

Integration resilience

Retries, idempotency and reconciliation protect the platform from failures in legacy and third-party systems.

Enterprise controls built in

SSO, RBAC, audit logs and tenant isolation are part of the foundation, not a later hardening phase.

Financial-grade data handling

Double-entry ledgers, immutable audit trails and reconciliation practices from our fintech work apply to every system.

Scalable by design

Stateless services, event-driven processing and a data platform that grows with users and tenants.

Clear ownership and handover

Source, infrastructure code, runbooks and documentation delivered so internal teams can operate the platform.

Technologies

Technologies we use for enterprise software

T

TypeScript

Frontend

Strict typing across the entire stack, client to contracts tooling.

NJ

Node.js

Backend

Event-driven APIs, gateways and real-time WebSocket services.

J/

Java / Kotlin

Backend

JVM services for enterprise integration and banking-grade systems.

G

Go

Backend

Concurrent network services, relayers and infrastructure daemons.

R

React

Frontend

Component-driven UIs for dashboards, exchanges and wallets.

P

PostgreSQL

Database

Transactional ledgers, ledgers-of-record and analytical workloads.

K

Kafka

Database

Durable event streaming between engines and services.

R

Redis

Database

Caching, sessions, rate limiting, pub/sub and order-book snapshots.

C

ClickHouse

Database

Columnar analytics for trade history and market data.

K

Kubernetes

Infrastructure

Autoscaling, rolling deployments and workload isolation.

A

AWS

Infrastructure

EKS, RDS, KMS, CloudHSM and multi-region deployments.

A

Azure

Infrastructure

AKS, Key Vault and enterprise identity integration.

Development process

How we deliver enterprise platforms

Every engagement follows a documented, milestone-driven path from discovery to continuous development.

See the full 10-step process
  1. 01

    Discovery and domain modelling

    Processes, systems, data ownership and compliance obligations are mapped into a domain model and integration inventory.

  2. 02

    Architecture and tenancy design

    Service boundaries, tenancy model, identity, event schemas and data platform design are documented and reviewed.

  3. 03

    Foundation build

    Gateway, identity, audit logging, CI/CD and observability are delivered first so every feature inherits them.

  4. 04

    Domain services and interfaces

    Services, workflows, dashboards and portals are delivered in prioritised increments with automated tests.

  5. 05

    Integration and migration

    Adapters to legacy and third-party systems, data migration with reconciliation and phased cutover planning.

  6. 06

    Operations and evolution

    Production support, performance tuning and a roadmap for new modules, tenants and integrations.

Security

Security practices in enterprise software

Identity and access

SSO federation, MFA enforcement, RBAC with least privilege and periodic access reviews.

Tenant isolation

Row-level or schema-level isolation with tenant context enforced in every query and event.

Audit logging

Immutable, searchable logs of user and system actions with retention aligned to policy.

Data protection

Encryption at rest and in transit, secrets management and field-level encryption for sensitive data.

Secure SDLC

Code review, dependency scanning, static analysis and penetration-test coordination before major releases.

Audit preparation

Controls, evidence collection and documentation designed to support SOC 2 or ISO 27001 readiness programmes.

We coordinate independent third-party audits on request and never claim an audit, certification or compliance status unless it has actually been obtained.

Implementation considerations

What to decide before an enterprise build

01

Build versus configure

Packaged ERP or CRM may cover most needs; custom software is justified where differentiation, integration or scale demands it.

02

Tenancy model

Shared schema, schema-per-tenant and database-per-tenant differ in isolation, cost and operational complexity.

03

Integration ownership

Legacy systems change on their own schedule. Define contracts, monitoring and ownership for every integration.

04

Data governance

Decide the system of record for each entity early; conflicting sources cause the most expensive bugs.

05

Change management

Enterprise rollouts depend on training, migration windows and coexistence with old systems as much as on code.

06

Compliance scope

Frameworks such as SOC 2 or ISO 27001 shape logging, access and vendor requirements; plan for them during architecture rather than before an audit.

FAQ

Enterprise Software questions

Both. We build custom modules where packaged software does not fit and integrate with existing ERP, CRM and core systems through APIs, files or message queues. The choice is made per capability during discovery.

Start a conversation

Modernising or building an enterprise platform?

Tell us about your processes, systems and constraints. We will respond with a domain model outline, architecture options and a delivery roadmap.