COI.
search Request for Consideration arrow_forward menu
close Submit Innovation
close
Sports verified Verified Outcome TRL 8

5G Multi-View Live Streaming

domain Client: A major US telecommunications carrier handshake Provider: Verizon / AWS Wavelength schedule Deploy: Q1 2021 (Event)
84 Impact
Enterprise Ready
Evidence Score: 4/10
Strength: Medium

Executive Summary

ANALYST: COI RESEARCH

Leveraging 5G Ultra Wideband (mmWave) installed in stadiums, the provider offered fans an app experience to view the game from 7 different camera angles simultaneously with near-zero latency. By processing video at the network edge (MEC), the system delivered personalized replay control to fans in their seats.

rate_review Analyst Verdict

"A showcase for 5G/MEC capabilities. While consumer adoption of holding a phone up at a live event is mixed, the technical achievement of delivering seven concurrent HD streams to thousands of devices in a congested cell requires massive bandwidth density only mmWave can provide."

lock
Full Audit Report Available Includes Risk Register, Technical Specs & Compliance Data.

warning The Challenge

In-stadium fans often feel they miss the details (replays, angles) available to TV viewers. Standard 4G networks collapse under the load of the Super Bowl, making video streaming impossible. The goal was to demonstrate the capacity of 5G to handle high-bandwidth uplink/downlink.

psychology The Solution

The stadium was blanketed with 5G mmWave nodes. Video feeds from broadcast cameras were routed to an AWS Wavelength node (Edge Compute) physically located near the carrier's switching center. This reduced the round-trip time, allowing the app to stream 7 angles instantly.

settings_suggest Technical & Deployment Specs

Integrations
Broadcast Production Feed
Deployment Model
Public MEC
Data Classification
Video Data
Estimated TCO / ROI
High (Infrastructure)
POC Summary (2020-09-01 to 2021-02-07)

"Super Bowl LV deployment."

shield Risk Register & Mitigation

Risk Factor Severity Mitigation Strategy
Signal Blockage High High density of mmWave nodes (line of sight required).
Battery Drain Medium App optimization.

trending_up Impact Trajectory

Audited value realization curve

7 concurrent HD camera streams per user Verified Outcome
Primary KPIUltra-low latency (<1s glass-to-glass)
Audit CycleHigh bandwidth throughput via mmWave

policy Compliance & Gov

  • Standards: Net Neutrality
  • Maturity (TRL): 8
  • Evidence Score: 4/10
  • Data Class: Video Data

folder_shared Verified Assets

description
Verified Case Study
PDF • Version 1
lock
verified_user
Technical Audit
PDF • Audited
lock

Related Intelligence

article
Tech-Enabled Insurance Rebuild Service
View Outcome →
article
Energy Transition & Data Center Closure
View Outcome →
article
Cloud-Scale Game Server Orchestration (Agones)
View Outcome →
Security Architecture

The "Blind Verification" Protocol

How we verified these outcomes for A major US telecommunications carrier without exposing sensitive IP or identities.

Private
lock_person

1. Raw Evidence

Audit ID: #PRIV-793
Evidence: Direct SQL Logs
Public
public

2. Verified Asset

Outcome: Verified
Ref ID: #COI-793

Strategic Action Center

Identify your current stage and take the next step.

rocket_launch
Replicate This Success
Want similar results? Request a deployment consultation.
psychology_alt
Submit Challenge
Have a different problem? Submit your problem statement.
publish
Publish Case Study
Submit your own verified evidence.
thumb_up
Verify Impact
Audit your existing solution.