Developer Materials

1. Onboarding & Environment Setup user guides

1.1. Project Overview

• ESTIMED white paper 🔗
• Use Cases and Reference Architectures 🔗

1.2. MEC Platform

MEC Platform Operations Guide

ETSI MEC Sandbox

• ETSI MEC Sandbox user interface guide 🔗
  • Procedures for deploying the environment and interacting with the sandbox user interface
• ETSI MEC Sandbox Deployment 🔗
  • Ansible scripts for deployment of the Sandbox
• MEC Application Development & Lifecycle Guide 🔗
  • Step-by-step guidelines for developing a MEC application and testing it against the sandbox

1.3. oneM2M Platform

oneM2M Platform Operations Guide

oneM2M Implementations & Frameworks

• Guidelines for setting up oneM2M-specific development tools
  • ACME CSE 🔗
    • Python-based implementation of a oneM2M Common Services Entity
  • TinyIoT 🔗
    • Lightweight C-based implementation for constrained IoT devices
  • Mobius Source Code 🔗
    • Open-source oneM2M CSE with robust features and active community support

oneM2M Developer Recipes, Code & Tutorials

• oneM2M Recipes 🔗
• oneM2M Video Tutorials & Walkthroughs 🔗

Interactive Learning

• oneM2M Interactive Jupyter Lab Hands-on interactive tutorials accessible via: GitHub / MyBinder

2. Developer Tutorials

2.1. MEC Developer Learning Path

• MEC Developer Learning Path 🔗

MEC Wiki Help

• MEC Wiki Help 🔗 Centralized documentation and Step-by-step guidelines for developing a MEC application

MEC Tech Series

• MEC Tech Series 🔗 Technical video tutorials for developer onboarding

Practical Example Library

• Practical Example Library (MEC Videos) 🔗 Collection of practical MEC implementation videos

Ongoing PoCs

• Ongoing PoCs 🔗 Documentation and status of current Proof of Concept projects

2.2. oneM2M Developer Learning Path

Knowledge Bases and Developer Resources

• Links to the oneM2M Wiki 🔗

• Official Developer Resources 🔗

• oneM2M Community Projects @hackster 🔗

3. Reference PoCs & Code Skeletons

3.1. MEC Domain Application Skeletons & Demos Series

• Incremental application demos from DEMO 1 to DEMO 3 🔗
  • DEMO 1: provides the basic features required to illustrate the minimal requirements to start the development of a MEC application.
  • DEMO 2: extension of DEMO 1. It provides the basics to support subscription/notification mechanism.
  • DEMO 3: extension of DEMO 2. It provides a more elaborated use of subscription/notification mechanism.

3.2. oneM2M Domain Skeleton Recipes

• oneM2M-code-skeletons 🔗 Base templates for oneM2M application development
• oneM2M Recipes 🔗

3.3. ESTIMED Application Skeleton & Integrated Demo Series

• ESTIMED App Skeleton 🔗 Dedicated skeleton code for developing integrated oneM2M and MEC applications in the ESTIMED framework (DEMO 4 to DEMO 8)
  • DEMO 4: provides the basic uses of IoT APIs and Sensors Sharing Service APIs.
  • DEMO 5: provides the basic features required to illustrate mobility services.
  • DEMO 6: provides the SNS4SNS 2026 demo on oneM2M service handover assisted by MEC (Handover and IPE).