Transport for the Complete Reality Internet (CRI)
Problem of Current Internet
The current physical infrastructure of the Internet, consisting of hardware such as routers, switches, and communication modules, is insufficient to meet the demands of our future society.
Too slow to satisfy Metaverse requirements
Current Internet is based on TCP/IP layered design. Initially it was meant for Web text and image. Nowadays, Internet traffic over 80% is video, less than 20% remains data and image. Because of this paradigm shift in traffic nature, video transport on current Internet is too slow to satisfy AI Metaverse quest for high-definition and low latency real-time communication.
Too heavy and too expensive to expand
Current Internet is fully equipped with all standard-based physical equipment such as router, switch, and module. It’s impossible to change Internet protocol nor network hardware. Therefore, the only way to increase Internet speed is to deploy more hardware, dig out more tunnels, lay more underground fiber and submarine cable, add more router switch. However, this is extremely expensive yet inefficient.
Solution for Next-Gen Internet
HDiHi, the immersive Internet infrastructure, imposes the AI-based logical infrastructure on the IP network to achieve high-definition, low-latency, and big data real-time communication at low cost, upgrading to the next-gen Internet.
Self-adaptive AI network
Flowing through bumpy and winding ground, water adapts to the surface shape and dynamically adjusts its volume and branching. Likewise, HDiHi lets video streams keenly adapt to the bandwidth and congestion condition of Internet and branching networks, dynamically smart-schedules network flows and traffic to achieve best video quality of experience over global Internet.
OSI Layer 5, the new transport & coordination infrastructure
Create a holistic OSI Layer 5 for the new transport and coordination infrastructure for immersive Internet. China Telecom Research Institute and other 3rd-party entities tested HDiHi technology and validated that under the same network and hardware condition, bandwidth utilization rate is 9 times with HDiHi technology vs. without. This showcases that HDiHi potentially will be the core network infrastructure of the future AI Metaverse.
B2B Business Model
User applications supported by HDiHi SDK and cloud API
Real-Time Immersive Internet PaaS | aPaaS
Technical Advantages
Enterprise private video service infrastructure
A variety of cloud structures: private cloud, public cloud, hybrid cloud, federated cloud
Rich application scenarios is provided with example SaaS APP in order to deliver best-fit SDK API.
Broadcast / Service Provider / Enterprise class QoE (Quality of Experience)
A single stream over public Internet is up to 20Mbps.
Crossing country firewall border needs no SD-WAN, dedicated line nor expert hardware.
All meeting participants have a uniform picture delay of 300~500ms on general-purpose end points, where the network delay is normally 50~200ms, and each LR node adds merely 10ms.
ABW (Adaptive Bandwidth) technology dynamically adapt to a bandwidth range of 64K~20Mbps for a single stream
Capable of running IPCam on a 1Mbps 4G IOT network of weak signals. Resilient to channel data corruption, and packet loss rate up to 80% in Gaussian Distribution.
A 16Mbps 4G network carries two 4K IPCam in total of 15Mbps, with delay delta less than 100ms, aka its bandwidth utilization rate reached 94%. That is, 9 times of acceleration over current Internet!
4-Dimensional real-time dynamic routing and switching, based on org-chart, network QoS, application service matrix, and user behavior. Embody routing, switching, clustering, gateway architectures.
Transport 20x 4K IPCam of 160-megapixels on 250Mbps bandwidth, and 40x 4K IPCam of 320-megapixels on 500Mbps bandwidth over Internet, net bridge, 5G, and/or satellite, with latency variation less than 100ms.
Ecosystem Vertical Applications
HDiHi focuses on industry solutions for full-stack from HD to narrowband real-time video and IOT communication. In particular, it offers enterprise private video infrastructure and applications for system integrators and channel partners.
Awarded China Telecom E-Cloud Authorized Partner.
HDiHi-IOT
Video IoT Telemetry
Provide a comprehensive “cloud + edge + endpoint” smart infrastructure for agriculture, construction site, mining, UAV, etc. through IOT sensors and devices, IPCam video surveillance, and edge intelligence. Utilize AI-based contextualized audio, video and sensor data to help traditional industries advance to become digital and smart.
HDiHi-MED
Real-Time Interactive Medical Imaging
Streamline and automate hospital RIS/PACS. Target primary hospitals in small-towns to connect with specialists and departments of top-tier hospitals in central cities, to routinely perform real-time consultation and tele-mentoring on CT/MRI imaging, B-Scan, and pathology.
HDiHi-MEDTRAIN
Hospital Tele-mentoring
Provide virtual workplace for top-tier hospital departments in central cities to routinely tele-mentor and consult primary hospitals in small towns on surgical operation, imaging diagnosis and equipment training. Live stream from operation theatre into conference and make class courseware.
HDiHi-CLASS
Remote Education and Training
Target online educational institutes to manage teachers, assistants, students, endpoints, and devices. Provide interactive classroom, class scheduling and reservation, courseware, history course review, awards, user behavior big data analysis, class recording, device testing, system configuration, etc.
HDiHi-HDVC
HD Video Conferencing
All-in-1 converge a variety of business scenarios, such as video surveillance, video conferencing, command and control, remote desktop control, live streaming and recording, video store and playback, distribution and delivery, large file transfer, media asset management, and conference manager, etc.
Watching-movie-together, watch live football game in China together with American friends
Video surveillance and command control at office sites
Video surveillance at construction sites
Desktop Remote Control
Solution Benefits
4K real-time HD low-latency video conferencing esp. cross China firewall
Run on public Internet. No need for dedicated network nor SD-WAN when cross network border
Extremely cost effective
Converged one-stop real-time communication system with SDK / API available for eco-system partner integration.
Target Markets
Enterprises with global customer base
Enterprises with private deployment
Real-time video clubhouse
User Registration and APP Downloading
Method 2
Scan your service QRCode and self-register
1. From your video service provider, obtain your dedicated service APP download and registration QRCode.
2. Use your smart phone to self-register.
The QRCode on the left is free service provided by StreamOcean for video conferencing. Limited to trial experience.