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2025 Catalyst Projects

See Innovation Come to Life

At the heart of innovation at DTW Ignite, our 50+ Catalyst projects will debut their groundbreaking innovations live in the Quad and on the Innovation Arena stage.
Harnessing the collaborative global force of over 1000 industry minds from 250 organizations, our Catalyst project teams are pioneering solutions to directly impact TM Forum's Missions of AI & Data, Autonomous Networks, and Composable IT & Ecosystems to propel industry innovation and growth.
Experience first-hand their inventive and trailblazing demonstrations. Delve into the challenges tackled, use cases explored, and solutions forged. Connect with these visionaries to discover how you can leverage their achievements to align with your business objectives and advance future outcomes.

Browse Catalyst Projects

 Accelerating telecom’s sustainability journey - Phase II

Accelerating telecom’s sustainability journey - Phase II

CSPs are under pressure to reduce Scope 3 emissions by embedding sustainability across every customer interaction. In Phase I, this Catalyst established a conceptual design for a platform that promotes low-carbon choices. Phase II builds on that foundation with a working solution powered by TM Forum Open APIs and genAI to drive sustainable decision-making in real time. This phase focuses on operationalizing carbon visibility in both digital and assisted channels. In digital journeys, the platform uses genAI to suggest lower-emission products, plans, and services based on user preferences. It integrates carbon metadata into product catalogs, so customers can compare environmental impact during checkout or upgrades. Refurbished product promotions, optimization tips, and device take-back signups also feature directly in the flow. In assisted channels, agents receive real-time CO₂ data and intelligent recommendations. They can guide customers toward more sustainable choices using monthly usage reports, charging patterns, and predictive emissions forecasts. This encourages ongoing behaviour change and fosters deeper engagement. To support scalability, the team is expanding TM Forum Open APIs with carbon data fields. This enables standardized integration of emissions insights across systems, laying the groundwork for broader industry collaboration and transparency. The technical delivery of Phase II moves the Catalyst focuses on linking emissions data with commerce, care, and catalogs. CSPs gain tools to influence purchase behavior, reduce environmental impact, and unlock new forms of customer value. This Catalyst demonstrates that sustainability can be more than a reporting obligation. It can become a differentiator—deeply integrated into user journeys and built on industry standards. With a working platform in development, CSPs can finally focus not just on climate goals, but impact too.

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URN: C25.0.847
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Game X

Game X

Advancements in cloud and edge computing, AI everywhere, 5G, and intelligent networks are poised to revolutionize the gaming industry by eliminating traditional constraints, enabling precision service quality, and delivering an unparalleled gaming experience. These technological shifts are particularly impactful in the context of the rapidly growing eSports industry, with the global market projected to reach $140 billion by 2028 and cloud gaming expected to grow to $18 billion by 2026. These developments create new avenues for monetization. However, the success of cloud gaming depends on delivering a high-quality experience that meets player expectations—necessitating a new approach to network connectivity. In gaming, “slow is the new down”—a principle equally relevant to other latency-sensitive sectors such as finance, IoT, and AI. The Catalyst project, Game X, showcases a groundbreaking solution: a network that automatically adapts to ensure the quality of experience required for demanding online gaming, such as professional competitions. This innovation introduces new business models for service providers and the broader gaming ecosystem, including game developers, publishers, and cloud providers. It enables dynamic, premium service APIs for B2B interactions—such as international gaming events and professional online games—as well as differentiated premium services for gamers (B2C). The project supports agile partnerships by integrating Agentic AI capabilities across the value chain. Our solution leverages Agentic AI-powered autonomous network management and closed-loop automation to proactively optimize performance, ensuring zero-trouble operation and dynamic adaptation to evolving network conditions—significantly improving operational efficiency. We achieve this using TM Forum’s Open APIs and Open Digital Architecture (ODA), allowing cloud gaming platforms to express their desired network performance as intent, which is automatically translated into specific network configurations across 5G networks, fixed-line infrastructure, and edge computing resources. This Catalyst demonstrates how CSPs can harness autonomous network capabilities to deliver superior gaming experiences and monetize their 5G and fixed network investments through differentiated, premium QoS services—unlocking new revenue streams. Additionally, we showcase zero-wait service provisioning enabled by Zero-Touch Partner Onboarding capabilities.

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URN: M25.0.824
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Spatial Web: Open gateway to the immersive future

Spatial Web: Open gateway to the immersive future

Intro The Spatial Web represents the next evolution of the internet, seamlessly connecting the digital and physical worlds. It leverages technologies such as IoT, 5G/6G networks, spatial computing, and built-in security to deliver personalized, immersive experiences. Unlike the traditional web, the Spatial Web connects not just information, but also physical spaces, devices, people, and AI agents through a common standard. Any device—whether it's a smartphone, sensor, headset, or autonomous vehicle—can instantly share data, knowledge, and capabilities. This Catalyst project utilizes Open Gateway APIs (via CAMARA) and TM Forum (TMF) APIs to develop a new, open communication protocol for the Spatial Web, supporting a wide range of spatial experiences. Through this protocol, Communication Service Providers (CSPs) can manage Spatial Web Nodes—essential components for spatial computing and positioning-based services—and offer them as a service. This innovative service model opens new revenue streams for CSPs, while aligning with Application Service Providers (ASPs) and Digital Service Providers (DSPs). The convergence of 5G, IoT, blockchain, and AI is shaping the Spatial Web, giving telecommunications companies new ways to enhance customer experiences and drive business growth. Development and Use of TMF and CAMARA APIs Open Gateway APIs network exposure is probably the biggest revenue opportunity for telecom market we have seen in the last years. STL Partners forecasts that the mobile network API revenue opportunity will reach US$34 billion by 2030. GSMA Open Gateway is a framework of common network Application Programmable Interfaces (APIs) designed to provide universal access to operator networks for developers. With the support of 72 mobile network operators, representing more than 78% of mobile connections in the world, GSMA Open Gateway builds the world’s largest connectivity platform, enabling application developers to deploy services on it. TMForum, Linux Foundation and GSMA are the SDOs collaborating in this program, being TMForum in charge of the Operate APIs definition, offering programmable access to Operation, Administration and Management (OAM) capabilities to facilitate the integration of the Operators with channel partners, marketplaces and other aggregator platforms. Working together with the Operate APIs group in the Open API program, this catalyst project is a real implementation of the Open Gateway Product Catalog API (TMF936) and the first implementation of a proposal for the Open Gateway Product Usage Management API (TMF937), enabling product catalog sharing and billing processes between operators and channel partners, building at the end of the day, key assets for the Open Gateway monetization. On the other hand, Spatial Web creates a new ecosystem of customer experiences and opportunies for developers. This catalyst proposes new revenue streams for telecom operators while enhancing the overall functionality of the Spatial Web through the network APIs. Spatial Web Demo The demo will showcase how operators can leverage the Spatial Web and Open APIs to unlock new business opportunities. It will highlight the use of various APIs, including population density data, location retrieval, device location, geofencing, carrier billing, and SIM swap. These capabilities enable operators to design targeted and efficient marketing strategies, enhance customer engagement, and optimize operational workflows. Visitors will be guided through a storytelling experience that demonstrates how Open Gateway and TMF APIs are used in the development of the Spatial Web.

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URN: M25.0.771
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BIND: Bridging Intelligence, Networks, and Digital Twin

BIND: Bridging Intelligence, Networks, and Digital Twin

Executive Summary In a recent benchmark report on Autonomous Networks (AN) involving 111 CSPs, TM Forum asked about the main challenges CSPs face when implement AN. The highest rated was integration across domains. This Catalyst combines the power of data management, AI and telco expertise to demonstrate how Digital Twins and Agentic AI can bridge across data and operational silos, revolutionizing the way networks and services operate. Challenge CSPs are at a crossroads, grappling with profitability challenges in an ever-evolving digital landscape as new technologies and services are introduced. As they seek innovative solutions, one strategy stands out: enhancing network autonomy to boost efficiency, elevate service quality and reduce operational costs. The industry’s vision? A paradigm shift from traditional human-led automation to cutting-edge autonomous networks where systems operate independently (AN Level 4 and above). Technologies such as AI, ML and GenAI are propelling CSPs forward on this transformative journey, but their success depends on bridging across data silos to provide accurate, comprehensive data. Solution Our solution demonstrates how disparate network and service data from inventory and assurance systems can be ingested and stored in a flexible data and AI layer, which is used to proactively identify service impacting issues. Autonomous, GenAI enabled Network Agents address these issues, preempting customers’ complaints by maintaining their service intent. These Network Agents, relying on comprehensive knowledge bases, recommend, simulate and resolve the proactively identified issues. This approach is aligned with TM Forum’s Digital Twin for Digital Intelligence (DT4DI) collaboration and demonstrates how operational efficiency and customer experience can be enhanced by combining Digital Twins and Agentic AI. TM Forum assets This solution uses several TM Forums assets, such as Open APIs (TMF686, TMF639, TMF 642, TMF921, etc.), and guides (IG1307 Digital Twin for Decision Intelligence (DT4DI)). Additionally, it uses Google's recently launched open Agent to Agent (A2A) Protocol, adopted by over 50 organizations, to support agent interoperability. Benefits This solution unlocks numerous benefits for CSPs, their customers and society. * Enhanced service quality and customer experience * Increased autonomy, efficiency and cost savings in operations * Superior reliability for emergency services and the digitalization of society “Innovating to cut operational costs and improve network service quality is essential. Utilizing Digital Twin and Agentic AI technologies to integrate existing fragmented data, we aim to establish autonomous processes capable of proactively identifying and resolving network issues,” explains one of the Project Champions at Vodafone. “This approach is designed to preemptively address potential network problems, thereby preventing any service impact.”

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URN: C25.0.775
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AI-powered end-to-end solution for customer experience

AI-powered end-to-end solution for customer experience

CSPs are investing over $200 billion annually between 2023 and 2030. Yet many capital investments still don't fully reflect real customer needs. This Catalyst solves that challenge with an AI-powered, blockchain-based solution that brings customer experience to the center of every decision. The solution collects real-time connectivity insights from end-user devices, capturing performance from each consenting customer. It uses blockchain to compensate users transparently through an accountable data exchange. This allows CSPs more insight into how people use connectivity, and a clearer understanding of pain-points. This data can be supported by more conventional information such as insights from CSP mobile apps and services. The ultimate aim is to detect issues earlier, resolve complaints faster, and prioritize upgrades that make the biggest impact. The system then uses AI and machine learning models to analyze the data, detect problems and recommend targeted, cost-effective actions. This helps CSPs improve network performance while investing based on usage trends. These capabilities are vital as generative AI drives traffic growth, especially in video and uplink-heavy use cases. By shifting focus from network metrics to customer perception, CSPs can improve retention, reduce churn, and increase satisfaction. Typical applications include strategic investment planning, proactive quality improvements, cloud diagnostics, and accelerated complaint resolution. The project follows TM Forum standards, including those on AI use cases (GB1002), data governance (GB1023), business architecture (GB1007), and blockchain (TR279). The objective is a minimum increase of 15% in customer retention, 20% faster issue resolution, and 10% CAPEX savings. Crucially, these improvements will not come at the expense of service quality. This Catalyst enables CSPs to invest where it truly matters — in delivering better experiences to their customers.

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URN: C25.0.845
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Agentic & autonomous AI for business excellence

Agentic & autonomous AI for business excellence

As CSPs look for new sources of growth, one opportunity is the integration of computing and networking services to meet the growing demand for AI. However, the hardware and electricity needs for model training and inference work are increasing exponentially, making sustainable electricity a huge challenge and even a bottleneck for AI development. The distributed deployment of computing resources, intelligent scheduling of computing power, and efficient use of the network itself could help address this issue. To that end, this Catalyst encompasses two streams. The first stream will harness digital twins and AI to reduce the computational costs of AI training and inference and enable low-energy computing network services. Digital twins can provide a comprehensive and real-time view of computing power and network resources, including their energy status. AI models can then apply intelligent decision-making, simulation, and trial-and-error, ultimately outputting configuration parameters to physical devices. By optimizing paths and dynamic scheduling across regional data centres, this approach can improve the efficiency of computing power and network resources employed to train large models. The second stream is focused on providing one-stop computing network services for SMEs. The goal is to enable CSPs to combine multi-domain network products (F5G-A, 5G, Wi-Fi 7, IoT), public clouds, specialized platforms, AI models and generative AI live broadcast applications to provide full-stack services for SMEs. Using cloud dedicated lines and inter-cloud connections, based on the latest OTN high-speed lossless connections and SRv6 technologies, the solution will interconnect various heterogeneous resources and perform intelligent orchestration and scheduling based on business intent. Blockchain and multi-dimensional billing technologies will facilitate transactions among partners. The overall architecture remains consistent with that in the first phase of the Catalyst, which employed TMF Open Digital Architecture components and APIs. The second phase also plans to employ the TMF Open Gateway interface (TMF931) and intends to contribute an Operate API. The overarching goal is to achieve industry-leading energy consumption and network resource utilization in demanding scenarios, such as large model training and video rendering, while generating new revenues for CSPs and their customers.

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URN: C25.0.816
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InfraVerse: Breaking boundaries for XR sustainability

InfraVerse: Breaking boundaries for XR sustainability

Telecom infrastructure deployment—especially for rooftop, in-building, and dense urban environments—remains slow, costly, and error-prone. Existing planning methods rely on static blueprints, fragmented site data, and repeated site visits, leading to rework, delays, and missed revenue opportunities. The InfraVerse Catalyst addresses this bottleneck by applying telecom-specific building information modelling (BIM) to digitize the physical deployment process. It integrates drone imagery, AI-driven insight extraction, and genAI automation to transform how CSPs plan, validate, and deploy high-performance infrastructure—particularly in hard-to-serve, high-value areas. The Catalyst combines drone-based data collection, AI, and generative AI (genAI) with a telecom-specific BIM platform. Drones capture detailed visual data. AI then processes this data to extract structural, spatial, and environmental insights. Next, genAI generates critical documents—like EMF assessments, technical drawings, and permit applications—reducing manual work and speeding up compliance. This solution allows virtual site inspections, improves design accuracy, and reduces unnecessary travel. Teams collaborate more effectively using a unified digital model, streamlining deployment and cutting costs. CSPs can plan with greater precision, optimize equipment placement, and deliver stronger indoor and outdoor coverage. The system is scalable and sustainable - it enables energy-efficient design, lowers emissions, and helps meet green building standards. With fewer design errors and faster approvals, CSPs can deploy infrastructure faster, at lower cost, and with better quality control. The InfraVerse Catalyst helps CSPs break free from slow, reactive builds—replacing outdated planning with intelligent, digital-first workflows. The shift brings sharper accuracy, faster deployments, lower costs, and sustainability gains that can’t be ignored. It’s not just better planning—it’s a smarter path to market and a stronger, greener foundation for the networks of tomorrow.

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URN: C25.0.802
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OmniBOSS – The AI agent for B/OSS best practices

OmniBOSS – The AI agent for B/OSS best practices

Introduction ------------ In today’s fast-evolving telecom landscape, network operations are becoming increasingly complex. Operational Support Systems (OSS) play a critical role in managing, monitoring, and optimizing telecom networks, ensuring seamless service delivery to millions of users. However, maintaining high data quality, enforcing best practices, and automating network operations at scale remains a significant challenge. --------------------------------------------------------------------- To address these challenges, we are introducing an Intelligent Network Assistant for B/OSS—an AI-powered agent designed to learn, enforce, and evolve best practices within OSS environments. This assistant will help telecom teams improve data integrity, automate complex tasks, and ensure adherence to industry standards, ultimately leading to more efficient network operations and enhanced customer experiences. ---------------------------------------------------------------------- The system uses AI to infer best practices from data based on existing processes. AI is used to validate new best practices as they are defined. AI agents for specialized tasks, such as engineering assistance in network planning, GIS, inventory, and service assurance are defined from the best practices data set. Teams are actively assisted for top quality and productivity. AI agents assist in knowledge transfer, addressing the skills shortage in niche network engineering areas. Why is this project important? 1. Data Quality & Consistency – Poor data governance leads to errors, inefficiencies, and increased operational costs. This AI assistant will monitor, validate, and enforce high-quality data standards across OSS systems. 2. Standardization & Best Practices – Different telecom vendors have their own operational guidelines. The assistant will learn and adapt to vendor-specific best practices while also aligning with industry-wide standards to ensure consistent operations. 3. Reducing Manual Effort & Errors – Traditional OSS operations often rely on manual intervention, making them prone to human errors. By automating repetitive tasks and providing AI-driven recommendations, the assistant will reduce workloads and increase operational efficiency. 4. Scalability for Large-Scale Automation – As networks grow in size and complexity, manual oversight is no longer feasible. The AI assistant will enable large-scale automation, allowing telecom providers to manage networks more efficiently and proactively. How will the AI Assitant Work? The Intelligent Network Assistant is built using Generative AI (GenAI) and Large Language Models (LLMs). These AI models are trained on best practices, operational guidelines, and industry standards, allowing the assistant to understand and generate intelligent recommendations for OSS teams. 🔹 Private & Secure AI Processing: Since each telecom provider has unique operational policies, the assistant will be privately trained on company-specific best practices while also offering the ability to fall back on industry-wide standards when needed. 🔹 Real-Time Decision Support: The AI assistant will analyze network data, detect anomalies, and recommend corrective actions to prevent issues before they impact customers. 🔹 Continuous Learning & Improvement: Unlike traditional rule-based systems, the assistant will continuously learn from real-world data, operator feedback, and new industry developments, ensuring its recommendations remain relevant and up-to-date. 🔹 Seamless Integration with OSS: The AI assistant will work alongside existing OSS tools, offering: * Automated policy compliance checks * Proactive data validation and cleanup * AI-driven insights for network optimization * Actionable recommendations for resolving operational issues What are the expected benefits? * Higher data accuracy – The assistant will enforce better data management practices, reducing inconsistencies and errors. * Improved operational efficiency – By automating routine tasks, telecom teams can focus on more strategic initiatives rather than manual troubleshooting. * Proactive issue detection – AI-powered analytics will help identify and resolve potential problems before they escalate, minimizing network downtime. * Standardized best practices – The system will ensure OSS operations align with both vendor-specific and industry-wide best practices, reducing variability and improving performance. * Better customer experiences – With a more efficient and proactive network management system, end-users will experience fewer service disruptions and better quality of service. Conclusion The Intelligent Network Assistant for OSS is more than just a tool—it’s a transformational AI-driven solution that will modernize network operations, enforce high-quality standards, and drive large-scale automation. By leveraging Generative AI and continuous learning models, this assistant will empower telecom teams with intelligent decision support, ensuring networks remain efficient, reliable, and future-proof.

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URN: C25.0.843
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Harnessing GenAI's business value for operations transformation - Phase III

Harnessing GenAI's business value for operations transformation - Phase III

As telecoms networks become increasingly complex, CSPs need to employ advanced AI tools to maximize service uptime and enhance customer experience. To that end, this Catalyst is exploring how CSPs can harness generative artificial intelligence (genAI), large language models (LLMs) and digital twins of their networks to improve the efficiency of field maintenance engineering (FME) operations. In particular, the Catalyst is developing an AI assistant for home broadband and mobile broadband FME. It is also using a digital twin to help assess and prioritize service impact and support CSPs’ network operations centers (NOCs). To assist an engineer working in the mobile broadband back office, a genAI agent can automatically analyze a fault’s service impact, root cause and EDNS (expected demand not served) metrics using ‘chain of thought’ reasoning. In the home broadband FME domain, a genAI agent can assist engineers by conducting service troubleshooting, testing and provisioning. The output of the Catalyst is designed to provide a reference for the telecoms industry on how to best make use of genAI, LLM-based co-pilots and digital twins to simplify their network operations. The Catalyst is harnessing the work of multiple standards organizations, including the TM Forum’s frameworks for autonomous operations and networks, TM Forum’s Autonomous Operations Maturity Model (AOMM), and ETSI’s Zero-touch Service Management (ZSM) project. The Catalyst team is employing an evaluate, operate, transfer (EOT) process and value metrics to assess the likely return on investment of genAI solutions. The first step is aligning with the CSP’s C level management to confirm the objectives. The CSP and vendor will then take a top-down approach to establish a key business index, key performance indicators and operations performance metrics. The Catalyst intends to evaluate its impact by measuring the impact on churn, cost savings, revenue and complaints. In a proof of concept, traffic loss was reduced by between 7% and 15%, which could increase a CSP’s revenue by millions of US dollars annually.

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URN: C25.0.774
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Broadband as a Service: The future of wholesale broadband ordering – Phase II

Broadband as a Service: The future of wholesale broadband ordering – Phase II

With the rising demand for fast and reliable connectivity, there is a growing need for standardized frameworks to enable efficient and rapid deployment of broadband services. Today, disparate standards for fiber networks and mixed implementations result in delayed deliveries and high costs for service providers. The standardization of APIs in the fiber wholesale ecosystem would deliver interoperability, scalability and simplicity for service providers and network operators alike. To that end, this Catalyst aims to provide a unified API framework to support seamless integration between wholesale fiber providers and retail service providers, regardless of geographic location or technology stack. Building on Phase I, which developed a draft and basic implementation, Phase II of the Catalyst will deliver a working standard which is available on the TM Forum website and consists of an API profile, Open API definition, user documentation and CTK (compliance toolkit). The proposal, which will leverage the latest versions of the TM Forum APIs, will help enable zero-touch automation between access and service providers. It will also lay the foundations for further extension into service provider products to build a common framework for the broadband ecosystem. By standardizing these APIs, the industry can reduce complexities related to vendor compatibility, streamline onboarding processes and facilitate faster delivery of fiber-based services. Standardization will also reduce implementation costs, while still allowing individual vendors to customize for their own individual regional and commercial requirements. In future, the project could be extended to service providers offering products to end users, helping build an ecosystem based on common definitions that further simplify and reduce IT costs.

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URN: C25.0.811
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