an integrated secure Model with Blockchain & SDN &Fog Computing for IoT app
Budget: $30 – $250 USD
a security architecture which integrates blockchain technology, fog computing and defined software networks for the Internet of Things Applications
These architectures are divided into the following:
• Edge: composed of devices responsible for ensuring access control, secure data communication, and the application of security rules for managing local area networks.
• Fog: composed of SDN controllers responsible for detecting threats, defining the appropriate mitigation policies, and sending them to the devices at the edge layer. In addition, they periodically report the records of events that have occurred to the cloud layer.
• Cloud: contains a holistic view of all managed IoT domains and is, therefore, able to identify attack patterns from different domains. In this way, mitigation policies at the global level can be established.
* IoT devices & IoT gateway
• * Security layer (Endpoint Detection and response (EDR),Firewall , IPS , Honeybot, Access list
We need an experimental evaluation using an open source IoT platform with combining Hyperledger blockchain, Edge Computing, Fog computing software-defined networking technologies and Endpoint Detection and response (EDR) ,
The propose of this proposed security architecture project:
to test the effectiveness’ of suggested model with measure the number of DDOS ( Distributed Danial of serveries drops& active attacks & CPU usage & performance – Network performance before and after Appling the model
Note : I have a list of open source software tools to implement the Model .
These architectures are divided into the following:
• Edge: composed of devices responsible for ensuring access control, secure data communication, and the application of security rules for managing local area networks.
• Fog: composed of SDN controllers responsible for detecting threats, defining the appropriate mitigation policies, and sending them to the devices at the edge layer. In addition, they periodically report the records of events that have occurred to the cloud layer.
• Cloud: contains a holistic view of all managed IoT domains and is, therefore, able to identify attack patterns from different domains. In this way, mitigation policies at the global level can be established.
* IoT devices & IoT gateway
• * Security layer (Endpoint Detection and response (EDR),Firewall , IPS , Honeybot, Access list
We need an experimental evaluation using an open source IoT platform with combining Hyperledger blockchain, Edge Computing, Fog computing software-defined networking technologies and Endpoint Detection and response (EDR) ,
The propose of this proposed security architecture project:
to test the effectiveness’ of suggested model with measure the number of DDOS ( Distributed Danial of serveries drops& active attacks & CPU usage & performance – Network performance before and after Appling the model
Note : I have a list of open source software tools to implement the Model .