Cloud-Native Digital Banking Platform

iBaaS

Technical Architecture Overview — Built for the elasticity of the cloud, engineered to disrupt traditional banking constraints.

Explore Architecture vs Traditional Systems
1000+
TPS Throughput
<1s
Response Latency
99.99%
Uptime SLA
3
Deployment Models

Architecture Philosophy

We don't fix legacy — we build modern. Our platform is engineered from the ground up to disrupt traditional banking constraints.

☁️

Cloud-Native

Built for the elasticity and resilience of the cloud from day one.

🔌

API-First

Seamless integration as a core design principle, not an afterthought.

🧩

Microservices

Decoupled, independently deployable services for agility and scale.

📦

Containerized

Uniform deployment via Docker and Kubernetes across all environments.

🛡️

Security-Built-In

Zero-trust architecture implemented from the very first line of code.

High-Level Architecture Stack

A robust, production-grade stack chosen for performance and reliability across every layer.

📱
Presentation Layer
Flutter (iOS & Android) · ReactJS (Web) — Omni-channel delivery from a single codebase
API Layer
RESTful APIs powered by Golang Microservices — unified, encrypted REST API gateway
🗄️
Data Layer
PostgreSQL (ACID transactions) · Read Replicas · Data Partitioning · Multi-AZ HA
🏗️
Infrastructure
Kubernetes orchestration · Docker containers · AWS / Tencent / Alibaba / On-Prem

Front-End Architecture

Delivering consistent, high-performance experiences across every channel and device.

📱

Omni-Channel Mobile

Flutter delivers high-performance native experiences for iOS and Android from a single, unified codebase — faster development, consistent UI.

🌐

Web Experience

ReactJS powers our responsive web banking portal, ensuring a seamless experience across all desktop and mobile browsers.

🔗

Shared Secure API Layer

All front-ends communicate via a unified, TLS-encrypted REST API gateway — one secure entry point for all channels.

API-First & Microservices

Our backend is composed of independent, stateless microservices engineered in Golang for massive horizontal scale.

  • High-Performance Golang Services
    Lightweight goroutines for efficient concurrent processing.
  • 🔄
    Operational Agility
    Independent deployability and localized scaling per service.
  • ♾️
    Stateless Design
    Enhances resilience and simplifies load balancing at scale.

Core Modules

Customer Management Accounts Loans Savings Payments Transfers Loan Origination Notifications Inbox CASA General Ledger AML & Compliance

External integrations: IDMeta, Nice Actimise, Paynamics, Instapay, PesoNet and more.

Database & Data Architecture

Designed for enterprise-grade reliability, ACID compliance, and massive horizontal scale.

🐘

PostgreSQL Core Engine

Chosen for robust ACID compliance — guaranteed consistency for every financial transaction, no exceptions.

📖

Read Replicas

Offloading read traffic to dedicated replicas maximizes platform throughput and isolates reporting workloads.

🔀

Data Partitioning

Horizontal data distribution across shards for performance optimization at peak transaction volumes.

🌐

Multi-AZ High Availability

Active-active multi-availability-zone deployment ensures zero-downtime operations and automatic failover.

Cloud-Native Infrastructure

Standardized, portable, and cloud-agnostic from the ground up.

📦

Containerization

Standardized Docker images ensure identical environments from local development through to production — no configuration drift.

☸️

Kubernetes Orchestration

K8s manages service discovery, auto-healing, and horizontal auto-scaling of all microservices automatically.

🌍

Cloud Independence

Deploy on AWS, Tencent Cloud, Alibaba Cloud, or your own private on-premises data center — your choice, same platform.

Security Architecture

A multi-layered, zero-trust security model protecting financial data at every touchpoint.

🚪
API Gateway
Unified entry point with real-time threat detection and DDoS mitigation
🔑
OAuth2 / JWT
Robust, standards-based authentication and authorization for all services
👤
RBAC
Granular Role-Based Access Control — least-privilege enforcement across the platform
🔒
TLS Encryption
Secure end-to-end data in transit — no plaintext communication between services
🛡️
AES-256 at Rest
Military-grade encryption for all sensitive data stored at rest, always

Scalability & Performance

Engineered for high throughput and rapid user acquisition without performance degradation — supporting millions of customers with sub-second latency.

1000+
Concurrent TPS
<1s
P99 Latency
Horizontal Scale
0
Single Point of Failure
🔀

Golang Concurrency

Leveraging lightweight goroutines for efficient multi-threaded processing — dramatically outperforms thread-per-request models.

⚖️

Intelligent Load Balancing

Traffic distributed intelligently across healthy service instances with automatic unhealthy node removal.

📈

Auto-Scaling

Elastic infrastructure that expands and contracts in real time based on actual demand — pay only for what you use.

🔗

Decoupled Compute & Storage

Independent scaling of compute and storage layers handles peak transaction volumes without degradation.

Deployment Architecture Models

Your cloud, your rules. The underlying architecture remains identical across all models — guaranteed feature parity and security.

☁️

SaaS

Multi-tenant cloud environment managed by INY Digital.

  • Rapid deployment
  • Lowest TCO
  • Managed updates
🏢

Dedicated

Single-tenant instance on public cloud infrastructure.

  • Full resource isolation
  • Custom security configs
  • Cloud flexibility
🖥️

On-Premises

Deployment within your own data center or private cloud.

  • Ultimate control
  • Compliance-first
  • Air-gapped option

Technical Advantages vs Traditional Systems

A side-by-side look at how INY iBaaS compares to conventional core banking systems.

Feature Traditional Systems INY iBaaS
Architecture Monolithic, Rigid Microservices, Agile
Deployment On-Prem, Manual Cloud-Native, K8s
Scalability Vertical, Capped Horizontal, Elastic
Updates Months, High Risk Weeks, Low Risk
Cost Model High CapEx Optimized OpEx
Integration Point-to-point, Brittle API-First, Open
Security Model Perimeter-Based Zero-Trust, Built-In