The Architecture of WebRTC-MCU Based on the Distributed Processing

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1 The Architecture of WebRTC-MCU Based on the Distributed Processing - For the Korean Market Gooroomee Co., Ltd Rang-hyuck Lucas Lee

The Introduction of Gooroomee Technology Provide

anytime, anywhere using WebRTC and HTML5 Gooroomee

research and development committee of ETRI (Korea

2 The Introduction of Gooroomee Technology Provide high quality video Conference and video lectures anytime, anywhere using WebRTC and HTML5 Gooroomee is A member of the W3C and a partner of the WebRTC research and development committee of ETRI (Korea Electronics and Telecommunications Research Institute) 2

3 Why, MCU? Gooroomee chose MESH & MCU SFU SVR MCU MESH SFU MCU 3

4 Why, MCU? Select P2P or MCU server depending on the number of participants < < P2P MESH MCU 4

companies and public service organizations have Basic specification of existing

5 Why? MCU? Needs for the Korean Market Multilateral needs for over 10 participants that companies and public service organizations have Basic specification of existing video conferencing and video education system in Korea Mobile support, Network cost problem.. User Interface Needs: Require interface similar to the environment of PCs 5

6 The Architecture of Gooroomee-MCU Client PC (Windows, Mac OS, Linux) Smart Phone (Android Device) Tablet PC (Android Device) ios Device HTML5 / WebRTC H.264, VP8 / G.7xx, OPUS (Mixed) H.264, VP8, VP9 / G.7xx, OPUS HLS RTSP RTMP Server GRM-LoadBalancer AS GRM-SMS GRM-CSS Media Server GRM-ICE (Turn, Stun) GRM-Mix GRM-SMCU GRM-RCD GRM-SSS Gooroomee Server Architecture 6

7 System Description Nu m. Name of Server Module Name Description 1 AS Gooroomee Load Balancer Server (GRM-BL) Servers for web load balancing and redundancy 2 Service Management Service (GRM-SWS, AS Server) Account Management Device Management Meeting Room Management Authentication Management. Interworking Management 3 Contents Share Service (GRM-SCS) Document Share (MS-Office) Image(PNG, JPEG,..) White board 4 Media Server ICE Service (GRM-ICE, Gooroomee ICE service) STUN TURN 5 MCU (GRM-SMCU, Gooroomee Smart MCU) Audio/Video Mixing WebRTC to SIP SIP Interworking(Hardware conference codec) Streaming Service Recording 7

8 Why? MCU? The Singular MCU We Supported most of the media-related services on the MCU - It was an effective choice for a quick launch. MCU Server Signal Manager Audio Mixer Signal Manager Room Mixer Video Mixer Peer Connection Manager Peer Connection Factory Peer Connection Network Wrapper Web Socket Wrapper TLS Wrapper Extra Service Manager SIP H/W CODEC Streaming Recording Log Manager Health Check Manager 8

9 Demands raised after launching the service 6 months later

10 Requirements Enterprise Customer Need to open too many ports Security Issues - conflict with network managers due to excessive port count If it is blocked unexpectedly 01 Number of ports for SIP interworking - Signal port - Audio RTP/RTCP Ports - Video RTP/RTCP Ports 02 Number of ports for WebRTC service - WebRTC signal ports - Media Ports Number of Session Number of SIP Port Number of WebRTC Service Port <Table. Number of ports with increase session> 10

11 Requirements Enterprise Customer Anxiety about the leakage of their confidential information during conferences 지점 1 Branch-A 지점 2 Branch-B Server Gooroomee Cloud 지점 3 Branch-C 11

12 Requirements Education Institute Customer Concern about saving their contents in the server of Gooroomee 학생 1 Students-A 학생 2 Students-B Gooroomee Cloud Service Education Institute 학생 3 Students-C 12

Requirements Gooroomee Resources Management

20 0 The Singular MCU server 1 2 3 4 5 6 7 8

동시참여자수 Participants 네트워크 Bandwidth(Mbps) 대역폭

90% 80% 70% 60% 50% 40% 30% 20% 10% 0% CPU :

13 Requirements Gooroomee Resources Management - Excessive CPU usage The Singular MCU server Number of Encoder Number of Decoder 동시참여자수 Participants 네트워크 Bandwidth(Mbps) 대역폭 (Mpbs) 인코더수디코더수 CPU 사용률 Usage(%) (%) 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% CPU : Intel(R) Core(TM) i7-4700mq 2.40GHz 2.40GHz 13

14 Summary Problems Raised Up Network Managers Leakage of biz Concerns about Excessive (Firewall) confidential information saving contents in the different servers CPU utilization (Gooroomee) 14

15 Begin To Improve it

16 The New MCU Architecture Before the Improvement : The Singular MCU Server MCU Server Signal Manager Audio Mixer Signal Manager Room Mixer Video Mixer Peer Connection Manager Peer Connection Factory Peer Connection Network Wrapper Web Socket Wrapper TLS Wrapper Extra Service Manager SIP H/W CODEC Streaming Recording Log Manager Health Check Manager 16

The New MCU Architecture Separated into the Mixer and the Peer Connection Management Server

Manager Mixer Audio Mixer Video Mixer Sub Network Manager Network Controller Recording Server

Wrapper TLS Wrapper Network Logging Manager Wrapper Health Check Manager Peer Connection

17 The New MCU Architecture Separated into the Mixer and the Peer Connection Management Server MCU Server Peer Connection Server Signal Manager Signal Manager Room Peer Connection Server Manager Mixer Audio Mixer Video Mixer Sub Network Manager Network Controller Recording Server Manager Peer Connection Server Manager Streaming Server Manager Network Wrapper Web Socket Wrapper TLS Wrapper Network Logging Manager Wrapper Health Check Manager Peer Connection Factory Peer Connection Factory Recording Server Sub Server Manager Streaming Server Sub Server Manager 17

The New MCU Architecture: Solved the Problems for the enterprise Solved the opening of excessive ports Port N Port N+1 Port N+2 Port M-2 Media Mixing Server Firewall Peer Connection Server Port M-1

18 The New MCU Architecture: Solved the Problems for the enterprise Solved the opening of excessive ports Port N Port N+1 Port N+2 Port M-2 Media Mixing Server Firewall Peer Connection Server Port M-1 Port M The media mixing server is located inside the firewall - Open only one firewall port to communicate with the Peer Connection Server The Peer Connection Server is located outside the fire wall - Use network ports ranging from N to M to communicate with peers 18

Leakage No more worries about the leakage of video

19 The New MCU Architecture: Solved the Problem for the Enterprise Prevented the Possibilities of Information Leakage No more worries about the leakage of video conference Peer Connection Enterprise s own MCU Firewall GMZ 구루미 19

20 The New MCU Architecture: Solved the Problems for the Education Institute Solved the Anxiety of Education Institute Customers Concern about contents leakage created in real time during online lectures 학생 1 Students-A 학생 2 Students-B 학생 3 Students-C Gooroomee Service Gooroomee Recording Server Education Institute 20

enterprises are located everywhere Being organically operated overall Sub MCU

21 The New MCU Architecture : Gooroomee Cloud Service Structure The Main Service is Provided by Gooroomee in the AWS The MCU or recording server for enterprises are located everywhere Being organically operated overall Sub MCU Enterprise Recording Server MCU Bridge Customer Gooroomee MCU Server Education Institute 21

The New MCU Architecture Costumer1 Costumer1 PC Smart Phone Tablet PC Distributed Server for customers Architecture of Gooroomee Service Web Server Media Server Web LB

22 The New MCU Architecture Costumer1 Costumer1 PC Smart Phone Tablet PC Distributed Server for customers Architecture of Gooroomee Service Web Server Media Server Web LB Server Web Application Server DBMS Contents Share Server MCU LB Server Peer Connection Server Mixing Server STUN Streaming Server Recording Server TRUN Interworking Server 22

The New MCU Architecture : Raised the Efficiency of Using Server Resources Server Resource : Distributing CPU Usage Separate Audio/Video Mixer and Peer-Connection servers from MCU to distribute

23 The New MCU Architecture : Raised the Efficiency of Using Server Resources Server Resource : Distributing CPU Usage Separate Audio/Video Mixer and Peer-Connection servers from MCU to distribute server resources efficiently 100 Participants CPU(%) Bandwidth(Mbps) Single MCU DMCU Mixer DMCU Peer-Connection Server Result of MCU Separation Single MCU DMCU-Mixer DMCU-PeerConnection Server CPU BandWidth(Mbps) 23

24 The New MCU Architecture : Raised the Efficiency of Using Server Resources Result of distributing MCU : Mixing Server CPU unitization and network bandwidth variation of Mixer according to the number of participants DMCU-Mixer Server % 23% 18 20% 21% 20 18% 12 15% 12% % 7% 5% % 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% 동시참여자수 Participants 네트워크 Bandwidth(Mbps) 대역폭 (Mbps) 인코더 Number 수of Number 디코더수of CPU CPU 사용률 Usage(%) Encoder Decoder CPU : ntel(r) Core(TM) i7-4700mq 2.40GHz 2.40GHz 24

25 The New MCU Architecture : Raised the Efficiency of Using Server Resources Result of distributing MCU : Peer-Connection Server CPU unitization and network bandwidth variation of peer-connection according to the number of participants DMCU-PeerConnection Server % 28% % 21% 30 18% % 10% 10 8% 32% 3% 동시참여자수 Participants 네트워크 Bandwidth(Mbps) 대역폭 (Mbps) Number 인코더수of 디코더수 Number of CPU 사용률 Usage(%) Encoder Decoder 100% 90% 80% 70% 60% 50% 40% 30% 20% 10% 0% CPU : ntel(r) Core(TM) i7-4700mq 2.40GHz 2.40GHz 25

26 Summary Server architecture considerations for our customers. The Core function is supported by the Gooroomee Service Platform in the AWS A server with a specific function that meets the needs of the customer is installed in the client company and linked to the main server Solved. To open excessive ports To prevent the possibilities of the leakage of information for companies while linking to the main server. To save original contents at the servers of the education institutes To raise the efficiency of server resources for Gooroomee itself 26

27 The Implications of HTML5 and WebRTC for the Korean Market The Browser Market Share in the Republic of Korea : from Sept 2015 to Dec 2016 FEB

28 Gooroomee s Vision through WebRTC 28

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