Contents

Executive summary 

  
1.    IoT era is coming

   
2.    Operators add values to IoT   
2.1.    Multi-layer multi-vertical network-sliced service   
2.2.    Efficient data collecting and sharing   
2.3.    Professional service   
2.4.    Software platforms and analytics services 

  
3.    IoT service system of operators   
3.1.    Architecture requirement   
3.2.    Functional requirement   
3.3.    Building the open IoT service system

4.    Standardization to boom IoT   
4.1.    Why standardized solution is necessary   
4.2.    Standardized platform   
4.3.    Standardized data model   
4.4.    On the way to standardization

   
5.    oneM2M open IoT service layer   
5.1.    oneM2M service layer architecture   
5.2.    oneM2M identifiers   
5.3.    oneM2M resources   
5.4.    oneM2M primitives   
5.5.    Common service functions   
5.6.    Communication management and delivery handling   
5.7.    Service layer interworking with 3GPP network   
5.8.    Security   
5.8.1.    Challenges of IoT security   
5.8.2.    Overall approach of oneM2M on security   
5.8.3.    Security frameworks specified by oneM2M   
5.8.3.1.    Secure enrolment services   
5.8.3.2.    Operational security services   
5.8.3.2.1.    Overview   
5.8.3.2.2.    Security Association Establishment   
5.8.3.2.3.    End-to-End Security of Primitives   
5.8.3.2.4.    End-to-End Security of Data   
5.8.3.3.    Authorization   
5.8.3.3.1.    Authorization using Access Control Lists   
5.8.3.3.2.    Dynamic Authorization   
5.8.3.3.3.    Privacy Policy Management   
5.9.    Interworking  

 
6.    Communication service suite for IoT   
6.1.    Communication service suite architecture   
6.2.    Common functions of communication service suite   
6.3.    Resource model   
6.4.    LwM2M introduction   
6.5.    LwM2M security   
6.6.    LwM2M interworking with oneM2M

   
7.    Moving forward with a unified IoT service layer  

 
GTI IoT Service Layer Architecture White Paper v1.0