Architecture & Design Principles

NexusConnect acts as a focused ingress gateway for containerized workloads and remote client agents. Rather than deploying heavy, multi-layered API management suites, it provides a direct, low-overhead connectivity pipeline centered around standard HTTP/2 multiplexing, automated TLS termination, and token-based access.

Design Principles

1. Single Responsibility Ingress

The gateway handles external protocol negotiation, SSL/TLS handshake termination, and client credential validation. Once validated, requests are cleanly dispatched to backend service containers over local internal networks, leaving backend code decoupled from SSL mechanics.

2. Lightweight Resource Footprint

Built to run continuously in resource-conscious server environments. Core components are stateless, relying on lightweight container memory footprints and epoll socket management rather than heavy runtime VMs.

3. Standard Protocol Adherence

All communication uses standard HTTP/1.1 and HTTP/2 framing. Clients can use standard HTTP client libraries (such as cURL, Python httpx, or Go net/http) without proprietary SDK requirements.

Technical Stack & Transport Spec

Component	Standard	Implementation Details
Ingress Gateway	TLS 1.3 • HTTP/2	Automated ACME DNS-01 certificate rotation via Cloudflare
Authentication	HTTP Bearer Token	Header-based client identification & path validation
Internal Bridge	Local Bridge Network	Isolated container subnet • Unix sockets & internal ports
Address Family	Dual-Stack (IPv4 / IPv6)	Native A and AAAA record resolution on public endpoints