Holistic autonomy for real business impact
What if telecom operations could stop behaving like a collection of clever but disconnected tools and start working like a coordinated team with a shared game plan? That is exactly the challenge we address in our latest Moonshot Catalyst. As a seasoned participant in TM Forum Catalysts, Nokia is back at DTW Ignite, leading Autonomy accelerated: Connected intelligence for reliable agentic operations - Phase III. Our catalyst explores how to bring holistic autonomy across the full service lifecycle to life, powered by sophisticated intent, advanced intelligence, and agent-driven closed-loop automation.
Making reliable autonomy a reality
The telecommunications industry is moving towards an autonomous future, but many unanswered questions remain about how to achieve it:
- How can we connect network performance to end-user experience in a meaningful and real-time way?
- How can we monetize intelligently by linking network behavior to business intent while ensuring clear, measurable business outcomes?
- How do we reduce operational risk and operate with minimal human intervention while enabling dynamic, adaptive services in increasingly complex environments?
Our catalyst, Autonomy Accelerated: Phase III, reimagines what reliable autonomous operations can look like by stitching together connected intelligence across the entire service lifecycle. Where today's networks struggle with fragmented automation and brittle decision-making, this catalyst proposes a bold shift towards TMF L4+ autonomy that is holistic, measurable, and trustworthy. It is built on three tightly interlocking pillars: intent-based requirement capture that uses AI agents to probe and translate customer intent into faster service sales and delivery; intelligent 360° observability that fuses unified data management, advanced AIOps, and knowledge graphs to anticipate the unexpected and quantify customer impact; and connected intelligence with agentic reasoning and closed-loop automation that delivers root-cause analysis and recommendations within bounded autonomy, governed by clear guardrails for safe, zero-touch operations.
The result is a uniquely cohesive blueprint, with use cases from leading telecommunication providers and technology partners, that turns autonomy from a buzzword into a dependable operating reality.
The 5G AI slice, a new autonomy challenge
Our catalyst brings autonomy to life through a high-energy, real-world B2B scenario: a major football event where thousands of fans arrive expecting always-on, premium digital experiences on any device, at any moment. It is a fitting example of the AI supercycle reshaping telecom, as AI-driven applications, inference-heavy workloads, and GPU-powered edge computing create entirely new service possibilities but also raise the bar for what networks and operations need to deliver.
A 5G AI slice powers edge-enabled services such as AI glasses, live streaming, and real-time fan experiences, combining guaranteed connectivity with low-latency AI processing at the venue. For the telecommunication provider, this opens an exciting new monetization opportunity, but also introduces a difficult balancing act: services must be sold quickly, validated with confidence, aligned with SLAs and business intent, activated across the network and edge, and then assured end-to-end under intense, unpredictable demand. In other words, monetization, customer experience, and operational agility and efficiency all must show up on the same day, at the same venue, without drama. In this catalyst, we explore what it takes to perform this balancing act with reliable autonomy.
Turning autonomy into action
Meeting this challenge takes more than siloed automation. It requires a connected approach built on three essentials:
- Intent is the starting point for reliable autonomy. It connects business goals to operational execution, helping telecommunication providers move from broad service ambitions to precise, executable outcomes. In our catalyst, AI-assisted intent probing captures what a service really needs, from latency, performance, and compute requirements to business priorities and delivery constraints, and checks availability utilizing AI to simplify the process. That intent is then translated into concrete actions across the lifecycle, reducing ambiguity, lowering risk, and enabling a zero-touch path to service activation.
- Data provides the trusted foundation for cohesive autonomy. Reliable decision-making depends on more than isolated telemetry; it requires a shared, contextual view across network, service, customer, and business domains. By bringing together orchestration, assurance, analytics, and data products on a common foundation, the catalyst creates a cleaner and more reusable information fabric for both applications and agents. This improves end-to-end visibility and ensures decisions are based on data that is not only accurate but also relevant to customer experience, SLA performance, and business impact.
- Connected intelligence with agent-powered actions brings the system to life. By combining AI intelligence, knowledge-rich context, specialized agents, and built-in guardrails, the catalyst enables faster, more trusted decisions. It can detect issues early, understand impact across services and end users, recommend the next best action, and coordinate responses across domains and systems. Just as importantly, it does this with observability, traceability, and human oversight, giving telecommunication providers the confidence to scale autonomy. We also demonstrate safe autonomy in practice, with clear observability and traceability of agent actions through a glass-box governance approach. This provides insight and control, helping telecommunication providers understand why actions are taken, apply guardrails where needed, and progress toward higher levels of autonomy with confidence, while delivering measurable business outcomes.
Partners play a critical role in making reliable autonomy real. In our catalyst, Qvantel provides the business and BSS layers, Nokia provides intent-driven autonomy, orchestration, assurance, and a data foundation, Infosys contributes specialized agents and intelligence, and BMC Helix enables coordinated service and operational ticketing. Together, we show how partner capabilities can interwork across domains to support reliable autonomy from intent to assurance.
Building the Autonomous Networks of tomorrow, today
This catalyst highlights what it takes to make autonomy real: ecosystem collaboration, standards-based interoperability, and bringing the right capabilities together across the full lifecycle. With TMForum-aligned openness at the core and Nokia connecting intent, data, intelligence, and automation, we are helping telecommunication providers become more agile and adaptable in a world of the unknown and unexpected, operating with greater efficiency while reducing the burden on humans. Only a safety-first and holistic approach will turn the ambition of fully autonomous networks into reality, and that journey has already begun.
Visit us at DTW Ignite in Copenhagen, June 22-24, or visit our catalyst page here.
To find out more about Nokia Autonomous Networks, visit our webpage here.
