Architecture Overview

Deep dive into the Noorle Platform architecture and how components work together to deliver enterprise-grade AI agent infrastructure.

System Architecture

The Noorle Platform is built on a multi-layered architecture designed for security, scalability, and extensibility:

Core Components

MCP Gateway

The intelligent routing layer that manages all agent interactions:

Gateway Responsibilities

• Request Processing: Parse and validate MCP requests
• Authentication: Verify agent identity and permissions
• Authorization: Check access rights for requested resources
• Rate Limiting: Enforce usage quotas and prevent abuse
• Load Balancing: Distribute requests across available resources
• Response Formatting: Ensure consistent response structure

Gateway Features

• Multi-Region Deployment: Global presence for low latency
• Auto-Scaling: Dynamic scaling based on load
• Circuit Breakers: Automatic failure detection and recovery
• Request Caching: Intelligent caching for repeated requests
• Protocol Translation: Bridge between MCP and legacy protocols

WebAssembly Runtime

The secure execution environment for plugins:

Runtime Architecture

Security Boundaries

• Memory Isolation: Each plugin has its own memory space
• CPU Limits: Prevent runaway computations
• Network Control: Whitelist-based network access
• Filesystem Virtualization: Isolated virtual filesystems
• Time Limits: Maximum execution time enforcement

Built-in Capabilities

Native platform services optimized for AI workloads:

Service Architecture

Each capability is implemented as a highly optimized service:

• Web Services: Headless browser fleet for web operations
• Compute Engine: Distributed compute cluster for code execution
• Storage Layer: Object storage with intelligent caching
• Search Infrastructure: Dedicated search indexing and retrieval

Performance Optimizations

• Connection Pooling: Reuse connections for efficiency
• Result Caching: Cache frequently accessed data
• Parallel Processing: Distribute work across workers
• Lazy Loading: Load resources only when needed

Security Architecture

Defense in Depth

Multiple layers of security protection:

Network Security

• TLS 1.3: All communications encrypted
• DDoS Protection: CloudFlare integration
• IP Allowlisting: Restrict access by IP
• Private Networks: VPC isolation for sensitive workloads

Application Security

• Input Validation: Strict parameter validation
• Output Sanitization: Prevent injection attacks
• CORS Policies: Control cross-origin access
• CSP Headers: Content security policies

Data Security

• Encryption at Rest: AES-256 encryption
• Encryption in Transit: TLS for all connections
• Key Management: Hardware security modules (HSM)
• Data Residency: Regional data storage options

Scalability Design

Horizontal Scaling

Components designed for horizontal scaling:

• Stateless Services: No session affinity required
• Database Sharding: Distribute data across nodes
• Queue-Based Processing: Decouple components with queues
• Edge Caching: CDN integration for static content

Performance Metrics

Target performance characteristics:

• Latency: < 100ms p95 for gateway requests
• Throughput: 10,000+ requests/second per gateway
• Availability: 99.99% uptime SLA
• Scalability: Auto-scale to millions of requests

Next Steps

• Use Cases - See the architecture in action
• Capabilities - Understand platform capabilities
• Getting Started - Begin building