Skip to content
View akadevbarki76-collab's full-sized avatar
🎯
Focusing
🎯
Focusing

Block or report akadevbarki76-collab

Block user

Prevent this user from interacting with your repositories and sending you notifications. Learn more about blocking users.

You must be logged in to block users.

Please don't include any personal information such as legal names or email addresses. Maximum 100 characters, markdown supported. This note will be visible to only you.
Report abuse

Contact GitHub support about this user’s behavior. Learn more about reporting abuse.

Report abuse
.github/profile/README.md

a brainstormed README structure inspired by GitHub’s style but tailored for Engineering Webmaster Innovations in Embedded Systems, blending technical depth with engaging storytelling:


🚀 Engineering Webmaster Innovations for Embedded Systems

Embedded Systems Hero
(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. 🌍🔧


💡 Why Embedded Web Masters?

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.


🧩 Our Core Innovations

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

🌐 Connected Ecosystem

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


🛠️ Toolchain & Stack

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]
Loading

Built with:


🤝 Join the Movement

# Clone our reference design:
git clone https://github.com/yourorg/embedded-web-blueprint
cd embedded-web-blueprint && make deploy-target=stm32f4

Contribute to:


📡 What’s Next?

  • WebGPU for embedded visualization
  • Post-quantum cryptography pilots
  • Robotics web-command interface

Roadmap: github.com/yourorg/roadmap


🔍 Deep Dive

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.


Key Innovations Showcased:

  1. Embedded-First Metrics
    Focus on microcontroller specs (ROM/RAM), latency, and OTA stats instead of cloud-scale numbers.

  2. Protocol Bridge Emphasis
    Highlights hybrid communication layers critical for embedded-to-web translation.

  3. Hardware-Aware Tooling
    Badges and diagrams target embedded developers’ mindset.

  4. Real Code Snippets
    Demonstrates conciseness required for resource-constrained systems.

  5. Security-Centric Narrative
    Zero-CVE achievements and post-quantum plans address critical embedded concerns.

  6. Standards Participation
    Shows leadership in W3C/Eclipse communities for credibility.

  7. Mermaid.js Architecture
    Visualizes the lightweight software stack from hardware to cloud.

  8. 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)?

Pinned Loading

  1. cli cli Public

    Forked from cli/cli

    GitHub’s official command line tool

    Go 1

  2. scaling-parakeet scaling-parakeet Public template

    Python 1

  3. Jobify Jobify Public

    Forked from akaday/Jobify

    * Serving Flask app 'app' * Debug mode: on

    Python 1

  4. supreme-dollop supreme-dollop Public

    Forked from AKA-NETWORK/supreme-dollop

    gradl

    Groovy 4

  5. all-contributors all-contributors Public

    Forked from all-contributors/all-contributors

    ✨ Recognize all contributors, not just the ones who push code ✨

    HTML 5

  6. curly-chainsaw curly-chainsaw Public

    Python 4