DTW Ignite Daily

📋 Official Summary

This Catalyst demonstrates how CSPs can deliver seamless, high-performance connectivity for mega events through a value-driven, agentic AI Marketplace.

        The core insight from TM Forum: Large-scale events span multiple venues and involve complex, multi-vendor environments across stadiums, transport corridors, broadcast hubs, and public spaces. Today, fragmented OSS/BSS processes and manual coordination make it difficult to provision and operate advanced services—leading to delays, SLA breaches, and lost revenue opportunities.
      

🏘️ The Venue Complexity

Your Catalyst is not about one stadium. It is about multi-venue orchestration:

Stadiums — Primary event venues with highest density
Transport corridors — Train stations, airports, roads connecting venues
Broadcast hubs — Media centers requiring broadcast-grade QoS
Public spaces — Fan zones, city centers, hospitality areas

Each venue has different vendors, different SLAs, and different demand patterns.

The challenge: A single vendor cannot cover all venues. A single technology cannot serve all use cases. You need a marketplace that orchestrates diverse vendor capabilities across diverse physical environments.

📡 Services Orchestrated

The marketplace does not just sell "connectivity." It dynamically composes:

Service	Use Case	Buyer
5G Network Slices	Guaranteed bandwidth for broadcasters, low latency for AR/VR	Broadcasters, sponsors
Private Networks	Stadium operations, security, staff communications	Venue operators, organizers
DAS	In-building cellular coverage for 80K+ attendees	Venue operators
Wi-Fi	Free fan Wi-Fi, captive portal for sponsor engagement	Event organizers, sponsors
Edge Computing	Real-time video processing, instant replay, AR overlays	Broadcasters, OTT

🤖 The Agent Architecture

The official brief defines four agent types plus an implicit settlement layer:

1. Agentic Orchestrator

"Negotiates bids from domain agents, triggers provisioning across partners"

The marketplace conductor. Receives event requirements, broadcasts RFPs to domain agents, evaluates bids, selects winning组合, and triggers fulfillment.

2. Domain Agents

"Represent vendor capabilities"

Each vendor (RAN, transport, core, Wi-Fi, DAS) has an agent that understands its own capabilities, constraints, and pricing. When the orchestrator broadcasts an RFP, domain agents respond with bids.

3. Policy Agents

"Validates compliance through policy guardrails"

Before any deal is executed, policy agents check: Does this bid meet SLA requirements? Is the vendor certified? Does it comply with security and regulatory standards?

4. Monitoring Agents

"Continuously adapt services to changing conditions such as crowd surges or latency drift"

Real-time QoS monitors that detect anomalies and trigger re-orchestration. If crowd density exceeds forecast, monitoring agent alerts orchestrator to procure additional capacity.

5. Settlement Agents (Implicit)

Derived from "usage-based, outcome-based, and subscription monetization models." Handles micro-transactions between all parties.

💰 Monetization Models

The marketplace supports three monetization models simultaneously:

Model	Description	Example
Usage-based	Pay for what you consume	Broadcasters pay per GB of guaranteed slice
Outcome-based	Pay for results, not resources	Sponsors pay per fan engagement, not per MB
Subscription	Fixed fee for guaranteed access	Venue operator pays monthly for private network

Revenue Streams for CSPs

Premium slices: Guaranteed QoS for broadcasters and sponsors
Edge compute: Real-time processing for AR/VR and instant replay
Immersive fan experiences: AR wayfinding, multi-angle replays, social overlays
Data products: Anonymized crowd analytics for organizers and city planners

🛡️ Governance & Safety

The brief explicitly addresses the #1 concern about agentic AI: control.

        Governance framework:
        Policy guardrails: Hard constraints that agents cannot violate (budget limits, security standards, regulatory compliance)
Human-in-the-loop: Critical decisions (>$X contracts, SLA changes, security exceptions) require human approval
Controlled autonomy: Agents operate freely within boundaries; escalate on exception

      

Organizational transformation: AI agents are positioned as "digital co-workers," not replacements. Teams shift from manual coordination to AI-assisted ecosystem delivery.

📊 Success Metrics

The official brief defines four success criteria:

Orchestrate multi-vendor agents at scale — Prove 10+ agents can negotiate and provision simultaneously
Dramatically reduce provisioning time — From weeks/days to hours/minutes
Maintain broadcast-grade performance — 99.999% availability, <50ms latency for broadcast
Ensure compliance across dynamic environments — Policy agents validate every decision

Strategic outcome: The Catalyst provides a reusable, standards-based blueprint for CSPs to evolve from connectivity providers into ecosystem orchestrators.

🎯 Your 5-Minute Demo Script

Time	Scene	What to Say
0:00-0:30	The Problem	"Mega-events span stadiums, transport corridors, broadcast hubs. Today, provisioning takes weeks. We do it in minutes."
0:30-1:30	The Marketplace	"Agents representing RAN, transport, core, Wi-Fi, DAS bid on event requirements in real time."
1:30-2:30	The Orchestration	"Policy agents validate every bid. Monitoring agents adapt to crowd surges. Settlement agents handle micro-transactions."
2:30-3:30	The Demo	Live simulation: event day, crowd surge detected, orchestrator procures additional capacity, pricing updates, sponsor notified.
3:30-4:30	The Monetization	"Usage-based for broadcasters. Outcome-based for sponsors. Subscription for venue operators. One platform, three models."
4:30-5:00	The Ask	"We need orchestration partners, BSS partners, and data platform partners. Let's talk."

💡 Key Insight