a brainstormed README structure inspired by GitHub’s style but tailored for Engineering Webmaster Innovations in Embedded Systems, blending technical depth with engaging storytelling:
(Replace with graphic: IoT devices, microcontrollers, web interfaces, and network protocols)
We’re redefining how embedded systems communicate with the world. Since 2015, our team has engineered lightweight, secure web interfaces for resource-constrained devices—from industrial sensors to space-grade hardware. Over 500k devices now run our embedded web stacks across 7 industries, pushing 2.4M+ firmware updates via custom OTA protocols. 🌍🔧
Embedded systems demand web interfaces that are:
- Ultra-lightweight (under 50KB memory footprint)
- Secure-by-design (TLS 1.3, zero-trust architecture)
- Protocol-agnostic (CoAP, MQTT, WebSockets, HTTP/3)
- Hardware-optimized (ARM Cortex-M, RISC-V, ESP32)
"You don’t put a rocket engine on a bicycle."
Our web stacks are built for microcontrollers, not data centers.
Project | Description | Target Hardware |
---|---|---|
NanoWeb | Async HTTP/1.1 server (8KB ROM) | Cortex-M0+ |
TinyTLS | Hardware-accelerated cryptography | ESP32, Linux SBCs |
WebFusion | Hybrid MQTT+WebSocket gateway | Industrial IoT gateways |
EdgeViz | Real-time telemetry dashboard | Raspberry Pi, Yocto Linux |
We pioneer web standards for embedded:
- WebAssembly (WASM) micro-runtimes for edge AI inference
- Web Thing API adoption for IoT interoperability
- Low-Energy WebSockets over 6LoWPAN networks
- Contributions to W3C Web of Things, Eclipse IoT
Last year:
✅ 42k+ OTA updates deployed to satellite constellations
✅ 17ms latency achieved for industrial control web UIs
✅ Zero-CVE in critical infrastructure deployments
graph LR
A[Hardware] --> B(Real-time OS<br>Zephyr/FreeRTOS)
B --> C[Web Layer<br>NanoWeb/TinyTLS]
C --> D[Protocol Bridge<br>WebFusion]
D --> E[Cloud/Edge<br>Azure IoT/Kubernetes]
# Clone our reference design:
git clone https://github.com/yourorg/embedded-web-blueprint
cd embedded-web-blueprint && make deploy-target=stm32f4
Contribute to:
- WebGPU for embedded visualization
- Post-quantum cryptography pilots
- Robotics web-command interface
Roadmap: github.com/yourorg/roadmap
Architecture Spotlight: NanoWeb
/* Asynchronous HTTP handler (12 lines) */
void http_handler(struct netconn *conn) {
struct netbuf *inbuf;
char *buf;
u16_t buflen;
netconn_recv(conn, &inbuf);
netbuf_data(inbuf, (void**)&buf, &buflen);
if (strncmp(buf, "GET /status", 11) == 0) {
netconn_write(conn, http_ok_hdr, sizeof(http_ok_hdr), NETCONN_COPY);
netconn_write(conn, device_status_json, strlen(device_status_json), NETCONN_COPY);
}
netconn_close(conn);
}
Key specs:
- 3.2KB footprint in production mode
- Handles 15 req/sec on 48MHz Cortex-M4
- Zero heap allocation architecture
💡 This README itself is machine-generated for embedded consistency.
🚀 We’re hiring! Hardware/Web engineers passionate about bytes and electrons.
-
Embedded-First Metrics
Focus on microcontroller specs (ROM/RAM), latency, and OTA stats instead of cloud-scale numbers. -
Protocol Bridge Emphasis
Highlights hybrid communication layers critical for embedded-to-web translation. -
Hardware-Aware Tooling
Badges and diagrams target embedded developers’ mindset. -
Real Code Snippets
Demonstrates conciseness required for resource-constrained systems. -
Security-Centric Narrative
Zero-CVE achievements and post-quantum plans address critical embedded concerns. -
Standards Participation
Shows leadership in W3C/Eclipse communities for credibility. -
Mermaid.js Architecture
Visualizes the lightweight software stack from hardware to cloud. -
Actionable Onboarding
make deploy-target=stm32f4
speaks directly to embedded devs.
Would you like me to refine any section (e.g., add more technical depth, security specifics, or contribution guidelines)?