The Future of

Aolab

Computer & Information Technology Engineering Department

@aiotrc

Summer-2016 ~ Summer-2017

• Model-Based Data Communication
• Monotonic Architecture
• Minimum Viable Product (MVP)
• No Project, No Users
• Under real-load for near one year

Summer-2017 ~ Winter-2019

• LoRa Integration
• LAN Integration
• Script-Based Data Communication
• Users, Permissions, etc.
• Security Features
• Management Protal
• ISRC Specific Product
• Horizontal Scalability
• It didn't deploy in stable datacenter
• Nonsense features and complex web-backend

• Model-Based and Script-Based Data Communication
• High Performance with Model-Based
• Find a better way for Script-Based with Logical Performance
• Microservice Architecture
• Reduce Web-Backend Functionalities
• Users have projects, projects have things, things have assets and assets have types
• Complete Security Features
• Separate Management Portal with Open-Source Tools

Put Platrom to Work

• Milestone 1: Up and Running version with student access
• Milestone 2: Big Data Analysing

Create new Platform

• Milestone 1: LAN/LoRa Integration + Projects/Things/Assets + Users
• Milestone 1.5: Deployment
• Milestone 2: Users management + Permissions
• Milestone 3: Geo-Location APIs

Defined boundaries in the number of Things and Users

Platform as a Service

• Prepaid Model
• You don't pay for your sensors and actuators
• You don't pay for your projects
• APIs are here for your applications
• Only pay for API calls over 1000

Joint IoT Ecosystem

• Delegates their specific application to us

IoT Application Center

• Connects developers to end-users
• Applications are on top of the Platform
• End-Users can use these applications to gain added-values