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Gaming & Media verified Verified Outcome TRL 9

Private Internet Backbone for Low-Latency Gaming

domain Client: A major esports developer and publisher handshake Provider: Internal Build (Riot Direct) schedule Deploy: Q2 2023 (Review)
92 Impact
Enterprise Ready
Evidence Score: 5/10
Strength: High

Executive Summary

ANALYST: COI RESEARCH

Recognizing that the public internet (ISPs) could not guarantee the stable, low-latency routing required for competitive esports, the developer built its own continental ISP network ('Riot Direct'). They deployed physical routers in major internet exchange points (IXPs) to route player traffic directly to game servers, bypassing standard ISP congestion.

rate_review Analyst Verdict

"A rare example of a content provider moving down the stack into physical telecommunications infrastructure. The capital expenditure is significant, but it creates a distinct competitive advantage (network stability) that cannot be replicated by software alone."

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

warning The Challenge

Competitive online games like *League of Legends* require sub-60ms latency. Standard ISPs often route traffic inefficiently (e.g., zig-zagging across the country) to save costs, causing 'lag spikes' that ruin the competitive integrity of the game and cause player churn.

psychology The Solution

The company purchased dark fiber and installed proprietary routers at key peering points across North America and Europe. They negotiated direct peering agreements with consumer ISPs, ensuring that game traffic enters their private fast-lane network immediately after leaving the player's local loop.

settings_suggest Technical & Deployment Specs

Integrations
ISP Peering Points, Game Servers
Deployment Model
Physical Infrastructure / WAN
Data Classification
Network Traffic
Estimated TCO / ROI
Very High
POC Summary (2014-01-01 to 2015-01-01)

"Initial rollout in North America East Coast."

shield Risk Register & Mitigation

Risk Factor Severity Mitigation Strategy
Hardware Failure Medium Redundant routing paths; rapid hardware swap protocols.
DDoS Attacks High Custom scrubbing centers built into the private backbone.

trending_up Impact Trajectory

Audited value realization curve

Creation of a private continental fiber backbone Verified Outcome
Primary KPIReduction in players over 80ms ping by >50%
Audit CycleDirect peering with major ISPs (Comcast, AT&T, etc.)

policy Compliance & Gov

  • Standards: Net Neutrality (Compliance nuances)
  • Maturity (TRL): 9
  • Evidence Score: 5/10
  • Data Class: Network Traffic

folder_shared Verified Assets

description
Verified Case Study
PDF • Version 1
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Technical Audit
PDF • Audited
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Security Architecture

The "Blind Verification" Protocol

How we verified these outcomes for A major esports developer and publisher without exposing sensitive IP or identities.

Private
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1. Raw Evidence

Audit ID: #PRIV-767
Evidence: Direct SQL Logs
Public
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2. Verified Asset

Outcome: Verified
Ref ID: #COI-767

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