SReXperts APAC

Nokia’s Network Operating Systems, SR OS and SR Linux, lead the way in model-driven management and automation, but have you been using them to their full potential?  This knowledge primer will expose engineers of all experience to programmability and automation of the Network Operating Systems using model-driven interfaces, on and off-box interfaces and associated tools and programming languages.

This session is designed to prepare participants for the afternoon hands-on session.

Nokia’s Network Services Platform (NSP) has been managing networks at the centre of the internet and critical infrastructure for years but there is more to it than red/green network management. 

This primer will focus on using the programmability and automation functions of the NSP to automate configuration, manage path control, provide event driven management and visualize streaming data.

This session is designed to prepare participants for the afternoon hands-on session.

Nokia’s Event-Driven Automation (EDA) is a modern infrastructure automation platform for the data-center that combines speed with reliability and simplicity. It makes network automation more trustworthy and easier to use, from small edge clouds to the largest AI fabrics. This knowledge primer will focus on the programmability and automation functions of EDA to provide configuration management, telemetry and observability.

This session is designed to prepare participants for the afternoon hands-on session.

Explore how utilities are leveraging resilient, secure, and AI-ready networks to modernize operations, accelerate automation, and support the transition to a smarter energy grid.

Detailed agenda:
09:00 - 09:30 Power utility segment trends
09:30 - 10:15 Networking for digital substations
10:15 - 10:45 Break
10:45 - 11:15 Line differential protection over packet transport
11:15 - 12:00 AI-Ops/AN for utilities
 

Discover how advanced connectivity is enabling the digital transformation of railways, airports, highways, and other transportation systems to improve safety, efficiency, and passenger experience.

Detailed agenda:
09:00 - 09:30    Transport segment trends
09:30 - 10:15    AI-ops/AN for railways
10:15 - 10:45    Break 
10:45 – 11:30    Networking for transport
11:30 – 12:00    Customer presentation: IP/MPLS application in railway 
 

Develop practical service provisioning skills on the Nokia 7750 SR in this 3.5-hour, expert-guided, hands-on workshop from the Nokia Service Routing Certification (SRC) Program. Through a series of guided lab exercises, participants will configure transport tunnels and services at their own pace, with live support and best-practice guidance from a Nokia expert. Exercises include:

• Segment routing tunnels with traffic engineering constraints
• Segment routing tunnels with secondary paths
• Segment routing fast re-route
• Layer 2 EVPN services (VPWS, ELAN)
• Layer 3 EVPN services
• EVPN multi-homing

This workshop is intended for network engineers or professionals with an IP/MPLS background who want to apply their knowledge in a real-world environment. Participants must bring a laptop to take part.
 

Join us for lunch in the exhibition. Take a break, explore the demos, and recharge for an action-packed afternoon of sessions.

Join our Nokia Deepfield Emergency Response Team (ERT) for an in-depth DDoS security masterclass tailored for network engineers.  In this session, we'll cover the latest trends in the DDoS threat landscape — from short volumetric floods and carpet-bombing attacks to sophisticated application-layer assaults leveraging botnets and proxy services.  And our experts will provide real-world demos that highlight the latest enhancements added to our Deepfield Defender solution to provide even faster automatic detection and mitigation of multiple, simultaneous carpet-bomb attacks and other sophisticated attacks within seconds.

Key highlights include:

• Network-based mitigation: Learn how Deepfield Defender can automatically protect your network and customers by quickly and surgically activating DDoS filtering capabilities already built in the 7750 SR.
• ACE-Powered DMS: See how the newly introduced Advanced Countermeasures Engine (ACE) enhances the 7750 Defender Mitigation System, delivering rapid and precise countermeasures against a wide range of DDoS attack vectors. -Live demos & expert Q&A: Engage with our security experts during live demonstrations and Q&A sessions, where you can dive deep into technical details and best practices for protecting your network.

Whether you're helping to protect enterprise infrastructure or critical service networks, this masterclass offers useful insights and hands-on strategies to keep your systems secure against the latest DDoS threats.

Develop practical service provisioning skills on the Nokia 7750 SR in this 3.5-hour, expert-guided, hands-on workshop from the Nokia Service Routing Certification (SRC) Program. Through a series of guided lab exercises, participants will configure transport tunnels and services at their own pace, with live support and best-practice guidance from a Nokia expert. Exercises include:

• Segment routing tunnels with traffic engineering constraints
• Segment routing tunnels with secondary path
• Segment routing fast re-route
• Layer 2 EVPN services (VPWS, ELAN)
• Layer 3 EVPN services
• EVPN multi-homing

This workshop is intended for network engineers or professionals with an IP/MPLS background who want to apply their knowledge in a real-world environment. Participants must bring a laptop to take part.

Discover how to unlock new revenue opportunities in the fast-growing Data Center and AI market with Nokia. Designed for both sales and technical professionals, this bootcamp will equip you with the knowledge, tools, and practical strategies needed to identify, qualify, and win new Data Center Networking opportunities. Learn how to confidently articulate a compelling “Why Nokia, Why Now” value proposition, engage executive-level decision makers, and accelerate pipeline growth while improving margins. Gain hands-on guidance on positioning Nokia’s Data Center Fabric and IP Networking portfolio, leveraging partner sales and enablement resources, and identifying cross-sell and upsell opportunities across the Nokia portfolio. By the end of the session, you will be better prepared to expand your business, increase customer value, and drive profitable growth in the Data Center and AI era.

Detailed agenda:

13:30 Welcome & agenda
13:30 – 14:20 The data center opportunity: Why act now?
14:20 – 14:50 The winning DCF toolkit for partners
14:50 – 15:10 Partner presentation
15:10 – 15:30 Coffee break
15:30 – 16:00 JARVIS: Self-service network configuration made easy
16:00 - 16:30 Cross- and upsell opportunities in data centre networking – case studies
16:30 - 17:00 Beyond DCF: IP networks with partners – case studies
17:00 - 17:20 Leveraging Nokia enablement to sell and deliver more
17:20 - 17:30 Close
 

Having completed the mornings primer session and with your trusty laptop in hand, you’re ready to leap into the SReXperts Hackathon. No matter your experience level, no matter your interest area, no matter whether you want a structured activity to follow or have your own project in mind the Hackathon is for you.

After a full day of hackathons, masterclasses and user groups, we invite you to join us for our welcome reception in the exhibition. Explore the many demonstrations prepared for you, forge connections and embrace the spirit of the SReXperts community. Join us for an evening filled with great conversations, delicious food, and opportunities to connect with fellow professionals.

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Every network tells a different story. From the edge of a global service provider network to the fabric of an AI data center, the challenges our customers face are as varied as the industries they operate in. In this session, we take you through our complete portfolio of WAN Routing and Data Center Switching solutions, showing how they come together to deliver performance, scale, and simplicity — no matter where you are in your network journey.

Residential AI workloads are changing consumer traffic patterns, introducing new performance and architectural requirements to both the control and user planes at the broadband edge. To support these shifting demands, Broadband Network Gateway (BNG) infrastructure must adapt. This session examines specific BNG features necessary to manage high bandwidth, low latency, and traffic asymmetry associated with residential AI applications. We will also share architecture and implementation options on the BNG for scaling, dynamic resource management, and resiliency. Additionally, the presentation will cover security integration on the BNG for inline mitigation of automated threats, such as residential proxy monetization networks.

Join us for an update on Nokia’s data center fabric portfolio, featuring SR Linux, an open, extensible network OS, and our new high-performance, reliable hardware platforms.

Mission‑critical networks demand extreme reliability, tight synchronization, and rapid response to faults. This session shows how Nokia’s NSP enables end‑to‑end automation for these environments—from zero‑touch provisioning and intent‑driven configuration to, resilience, and coordinated IP-optical operations. We illustrate how NSP simplifies operations, boosts resiliency, and delivers predictable performance across variety of mission‑critical segments.

This session will review the role of optical transceivers in enabling the AI Supercycle, including emerging transceiver architectures, reach categories, form factors, and speed classes.

Discover the latest innovations in the Nokia 7750 Service Router family and SR OS Release 26, designed to help operators scale network capacity, improve sustainability, strengthen security, and simplify operations. This session highlights how advanced FP network processors are powering industry-leading 800G performance, hardware-based security, best-in-class cooling and power savings and new capabilities that reduce operational costs and extend the value of existing network investments. Attendees will learn about key software enhancements spanning EVPN and SRv6 evolution, transport scaling, Segment Routing policies, post-quantum security, advanced automation, and open programmability. Join us to see how the latest 7750 SR hardware and software innovations enable operators to modernize networks, accelerate automation, and build secure, AI-ready infrastructure for the future.

As Empyrion Digital expands its data center footprint, the network becomes a critical foundation for connecting and operating infrastructure across multiple sites. In this session, Empyrion Digital will introduce its business and share its journey in building a Segment Routing-based network spanning six data centers.

In this session we'll explore Nokia’s experiences and insights from implementing liquid cooling in our own labs. We’ll discuss the associated costs, potential concerns, and key lessons learned. We will examine how liquid cooling can be applied not only to legacy infrastructure but also to next-generation systems, which are increasingly designed to integrate manifolds and cold plates natively.

The Nokia 7705 SAR and 7250 IXR portfolios provide service adaption, aggregation and routing over an efficient, feature-rich Ethernet and IP/MPLS Infrastructure for Enterprise IP routing applications.  7705 SAR routers are used in access and aggregation, while 7250 IXR routers are used in aggregation & core in mission critical & enterprise networks because they are robust and support a wide range of interfaces (including TDM, SONET/SDH & serial data in 7705 SAR).  In this session, we will provide an update on the latest software and hardware development of 7705 SAR and 7250 IXR.

Ready to accelerate your interconnect strategy? No need to lose sleep—SR OS advancements in multi-instance architectures make the transition from SR/MPLS to SRv6 seamless. Discover the latest Generation 3c platforms, enabling scalable aggregation and ultra-dense Ethernet deployments.

The rise of generative AI and large-scale cloud infrastructure is transforming the requirements for modern data centres. Organizations need networks capable of supporting massive AI workloads, ultra-low-latency connectivity, and highly distributed architectures, all while maintaining strong security and regulatory compliance. Nokia and Palo Alto Networks are partnering to help customers address these demands through an integrated, validated architecture that combines advanced data centre networking with comprehensive Zero Trust security. During this session, experts from Nokia and Palo Alto Networks will share their strategies for AI infrastructure, discuss technology roadmaps and validated design principles, and demonstrate how integrated networking and security can simplify operations while protecting critical AI assets and data. Attendees will learn practical approaches to securing AI clusters, cloud workloads, and data centre environments, enabling faster innovation without compromising security.

The AI supercycle is redefining the digital infrastructure landscape, creating new opportunities for network transformation as intelligence expands from centralized data centers to the distributed edge.  This session explores how Nokia and Blaize are enabling the next era of AI through three strategic dimensions: AI at Scale, addressing the evolving infrastructure demands of AI; Scaling Within the Data Center, maximizing AI performance, efficiency, and infrastructure economics; and Scaling Beyond the Data Center, extending intelligence into the physical world through edge AI, robotics, and autonomous systems.  The session concludes with a strategic perspective on end-to-end AI networking, highlighting Nokia’s differentiated value proposition, the opportunities emerging across the AI ecosystem, and how collaboration with Blaize can accelerate innovation and unlock new business growth.

DDoS is no longer merely a network connectivity disruptor; it has become an indispensable tool in the arsenal of sophisticated cybercriminals. The combination of the exponential growth of botnets and residential proxies, which utilize millions of insecure devices, along with short, terabit-level multi-vector DDoS attacks, breaks traditional DDoS defenses. In this session, we will guide you through how the Deepfield Defender solution employs Secure Genome®, Nokia's patented threat intelligence feed, in conjunction with fast, zero-delay telemetry ingestion, to drive hyper-volumetric and advanced L4-L7 DDoS countermeasures. Using Nokia's advanced routers and the Nokia FP5-based mitigation platform as "enforcers" for network-optimized mitigation, the Nokia solution automates mitigation and stops the most intense and sophisticated DDoS attacks in seconds. We will also introduce an innovative approach to prevent bots from launching DDoS. The feature, Genome Shield tracks Botnet C2s and suppresses their communication with Botnets within your network. A combination of proactive and rapid on-demand mitigations will be required to combat today’s highly evasive & adaptive DDoS threats. We will be going through key DDoS mitigation architectures for mission critical networks ranging from regional service providers, data centre operators, national education networks & large Enterprise campuses.

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As AI, cloud, and traffic growth reshape network requirements, service providers must evolve their IP core architectures without increasing operational complexity. This session explores Nokia’s approach to IP core evolution, combining the service-rich 7750 SR platform with the high-density 7250 IXR powered by SR Linux. Learn how a unified operational model, enabled by SR Linux and NSP automation, simplifies deployment across core, peering, and DCI environments while delivering the scalability, efficiency, and automation needed for future networks.

As AI matures, workloads are beginning to spread from centralized data centers into a distributed grid of GPU capacity across core, metro, and edge, and telcos are well placed to connect, or even operate, that grid. This session compares the service delivery models, from inference GPU-as-a-service and model-as-a-service to a fully SLO-bound AI-GRID service, and what each means for end-to-end service ownership, network design, and operations.  We then cover the SLA-bound services that AI-GRID traffic requires, from low-latency inference paths to lossless interconnect and secure multi-tenancy, and show how Segment Routing, SR OS, SR Linux, and NSP deliver and assure them. Attendees will leave with a clear view of the business models and a practical network blueprint to enable them.

As next-generation AI and HPC workloads continue to scale, the ability to bring infrastructure online quickly, reliably, and efficiently is becoming a key driver of business acceleration. This presentation explores how integrated compute, networking, storage, and automation solutions can help reduce deployment complexity, improve predictability, and shorten time-to-online for AI-ready environments. By focusing on validated architectures, organizations can accelerate the transition from infrastructure planning to production-ready AI services, enabling faster innovation, improved scalability, and earlier realization of business value.

This session will look at the new security features on SROS platforms including, secure node provisioning, Quantum safe network, key management, Post quantum cryptography and Nokia NIST certification roadmap.

Learn how to harness the power of pySROS to build and deploy a flexible, extensible network automation solution that integrates with popular open-source toolkits, using a single source of truth to streamline operations and maintain consistency across your network. The session will also highlight the latest pySROS enhancements introduced in Release 26 (R26), showcasing new capabilities that further simplify automation workflows and expand integration capabilities.

AI-driven applications are transforming broadband networks, creating new demands for scalability, low latency, resilience, and protection. To support distributed AI workloads across cloud, edge, and access domains, operators need networks that are intelligent, programmable, and secure. This presentation explores how SRv6 enables flexible traffic steering and service programmability, while advanced QoS ensures predictable performance for latency-sensitive and bandwidth-intensive AI services. It also examines how integrated security architectures and DDoS mitigation capabilities protect service continuity and user experience. Together, AI awareness, SRv6, QoS, and security form the foundation of Nokia's next-generation AI-ready broadband networks.

Explore how scale up, scale out and scale across network architectures shape modern AI cluster design, with a focus on mapping AI traffic patterns onto data center and interconnect topologies. This session examines AI traffic types and use case drivers that influence DCI and scale across requirements. Building on this technical foundation, the session connects these architectures to the strategic strengths of the Nokia portfolio and its role in enabling large scale AI ecosystems. Learn about the emerging business opportunities—from AI grid models to other next generation interconnect driven innovations—that will shape the future of AI-powered industries.

Packet-switched networks for power utilities require special design and specific capabilities. In this session, we will introduce the advanced capabilities of Nokia's IP/MPLS network solutions, which are designed to support various applications for power utilities, such as power relay protection and time synchronization.

Security requirements are evolving rapidly, from protecting network infrastructure to preparing for the post-quantum era. This session provides an update on the latest security capabilities in Nokia SR OS and SR Linux, including transport security enhancements with MACsec, ANYsec, and PQC algorithms for SSH and TLS. We will cover platform security features such as Anti-Theft, Secure ZTP, and management security, along with the latest certification processes in FIPS, NIAP, and EAL3+ for SROS and SR Linux and  future certification roadmaps.

Join us for the latest update on Nokia's coherent routing solution, from routing and switching platforms, coherent pluggables, line systems, and the automation use cases enabling an E2E coherent routed network.

This session examines how recent developments are reshaping the way backend networks for AI training and inference are architected. It focuses on the continued evolution of Ultra Ethernet Transport, the newly released Multipath Reliable Connection (MRC) standard, and the use of SRv6 to give operators far greater control over traffic placement. We then look at how scale-across is extending backend fabrics across multiple sites, and what that means for workload placement as distances grow from metro to hundreds of kilometers. The session closes with key SR Linux feature additions supporting the development of AI-focused networks.

As AI becomes the operational backbone of a mission-critical infrastructure, a fundamental mismatch is emerging between generic public cloud architectures and the zero-tolerance demands of sectors such as energy, transportation, and defence. Across Asia Pacific, escalating cyber threats, geopolitical disruptions, and tightening data sovereignty regulations are making this gap hard to ignore. This presentation defines the architectural requirements of a Sovereign AI Cloud purpose-built for mission-critical operations, articulates why meeting those requirements demands a fundamentally different infrastructure approach than mainstream enterprise AI adoption, and shows how a comprehensive, integrated network and edge computing portfolio can deliver the sovereignty, security, and deterministic performance that these environments demand.

Join us for a relaxed evening of conversation, connection, and SReXperts community at our networking event. Whether you're looking to expand your professional circle, share ideas, or simply enjoy good company, this gathering offers a welcoming space to meet new people and reconnect with familiar faces. Come as you are, unwind, and make meaningful connections in a friendly, low-pressure atmosphere.

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Discover how SRv6 is being applied across some of the industry's most interesting telecom, Telco Cloud, and Cloud/Data Center Interconnect deployments. This session will also cover the latest SRv6 feature enhancements in SR OS and SR Linux, plus insights from recent EANTC interoperability testing.

Connectivity providers face rising network costs and shrinking margins. AI is essential to optimize infrastructure, unlock new revenue, and stay competitive in a fast-moving market. Every AI strategy depends on good data, rich context, and tools to act on both with determinism and transparency. Learn how Deepfield enables this shift with scalable network traffic analysis enriched by Genome Intelligence, adding context to every byte in the delivery chain—interfaces, peers, CDNs, subscribers, and more—correlated with security and internet intelligence, including DDoS, Botnets, Internet outages, and more. See how ""Ask Deepfield"" transforms this data into a natural-language experience, eliminating dashboards and delivering actionable answers. The Deepfield Model Context Protocol (MCP) server ensures any AI agent you build can access the same intelligence, workflows, and data—without lock-in. Discover how Deepfield turns traffic data into decisions that redefine network operations.

Update confirmed: This session provides a deep dive into the 2026 evolution of Nokia Event-Driven Automation, covering our latest roadmap and community milestones. We will focus specifically on our major investments in CI/CD and change management—demonstrating how the branch and merge request features from 26.4 integrate with the new pipeline capabilities in 26.8. We’ll also provide updates on our AI backend implementation, and introduce the first release of EDA micro-segmentation and explore its impact across key industry use cases.

Modern IP transport networks generate overwhelming number of events. This session showcases how Nokia’s NSP uses AIOps following agentic AI principles to accelerate incident detection and troubleshooting. Through real incident examples, we demonstrate how NSP reduces MTTR and boosts operational efficiency. We will also present our view on ralationship between various levels of inteligence aross domains and how trust in AI comes from domain knowledge. Trust before autonomy.

SoftBank has deployed SRv6 across its nationwide network and is expanding its use beyond mobile transport.  In this presentation, we will introduce how our SRv6 platform is evolving into a common network infrastructure supporting multiple services, including mobile, enterprise, and FTTH. We will cover the evolution of our metro network toward higher capacity, richer functionality, and simpler operations, as well as a new architecture in which an FTTH Service Edge is built on top of the SRv6 infrastructure.  By combining SRv6, EVPN, and Multi-Homing, we are building a scalable and resilient platform that enables flexible service deployment.

SRLinux's rich routing capabilities, combined with the compelling cost point of 7250 IXR routers, are driving significant interest in this solution for Internet peering. Security is a fundamental concern at the Internet peering edge, highlighted by BGP hijacks and route leaks that now get front-page attention. Significant investments are being made in both SR OS and SRLinux to address these risks and provide best-in-class observability and mitigation. In this session, we'll show RPKI ROV catching a hijack, ASPA path validation exposing a route leak, and RAVEN — Nokia's open-source observability tool. We'll cover the SR Linux roadmap for RPKI, BMP, flowspec, and other security-related features, alongside the broader peering feature set that's preparing the 7250 IXR for serious Internet edge deployments. You'll leave with a practical best-practices checklist and a clear view of where both BGP routing security and SR Linux/IXR's peering capabilities are headed.

Discover two new AI-enablement capabilities in Nokia Event-Driven Automation (EDA): Ask EDA, the built-in conversational AIOps interface, and the EDA MCP Server, a standards-based integration point for external MCP-aware AI clients. Learn how these innovations simplify network operations, enhance access to operational insights, and enable seamless integration with the rapidly evolving AI ecosystem.

This session explores how Nokia’s NSP PCE enables autonomous traffic engineering and governance for AI Grid transport using real-time telemetry, multi-domain topology, and advanced path computation. We show how NSP translates business and regulatory requirements into enforceable path constraints, including sovereign transport zoning that keeps sensitive AI workloads within approved geographies and network domains. By continuously optimizing paths, balancing load, avoiding congestion, and maintaining network-level fallback, NSP helps improve SLA adherence, utilization, resilience, and compliance across distributed AI infrastructure.

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Take a fast-paced tour of the latest EVPN innovations on Nokia SR OS and SR Linux. We’ll cover control-plane and datapath enhancements, service model refinements, and the operational behaviors that simplify network design, deployment, and troubleshooting.

This presentation showcases our journey toward building a 5G-ready, programmable, observable, and resilient IP transport network. At its foundation, SRv6, network slicing, and routing simplification provide the scalability and flexibility required for next-generation services, while automation reduces operational complexity and manual intervention.

We will demonstrate how Digital Twin and What-If analysis enable predictive capacity planning and resiliency testing by simulating failures, traffic growth, and network changes before they are deployed. Sauron eBPF-based observability adds deep, real-time visibility, with anomaly detection across captured metrics helping identify abnormal network behaviour and accelerate troubleshooting.  Building further on this data foundation, AI-driven design compliance validates network intent and engineering policies continuously, moving operations from manual checks to intelligent, automated assurance. Together, these capabilities create a closed-loop operating model—observe, analyse, simulate, validate, and automate—driving greater operational efficiency, faster innovation, and improved network resiliency as we evolve from a programmable network toward an increasingly intelligent and autonomous network.

There’s a lot of complex technical decisions that go into building data centers at scale and an opaque mapping between those and the business drivers behind why we build data centers in the first place. When you want a data center that just works without the design hassle, look no further than Nokia Validated Designs (NVDs). This session introduces the NVD program for datacenter fabrics and discusses how NVDs provide a repeatable data center experience, the tooling we’re building to easily consume and deploy NVDs, the details behind our existing/upcoming designs, and ultimately what all of this means for you.

In this session, we introduce the Digital Twin, enabling safe and repeatable testing by emulating real IP networks, and we explain NSP’s role in the solution. You’ll see how a twin NSP interacts with simulated nodes to validate MOPs, trial new services, evaluate routing or topology changes, and support operator training. The result: faster innovation, lower risk, and reduced time‑to‑market.

Move faster toward a smarter, more efficient network across the IP and optical domains, coordinated by NSP. This session demonstrates how NSP brings IP and optical domains together with a unified, cross-domain view that improves service performance, simplifies operations, and unlocks automation at scale.

Take performance assurance for SRv6 to the next level. Explore how Simple Two-way Active Measurement Protocol (STAMP) now enables direct delay and packet-loss measurement across SRv6 paths, SR-ISIS, and SRv6 Policy, providing network operators with richer performance insights through a common OAM-PM infrastructure and advanced delay-streaming capabilities.

As organizations accelerate digital transformation, cloud adoption, and AI initiatives, the need for resilient and future-ready security architectures has never been greater. This session will provide an overview of the evolving Quantum-Safe Networking (QSN) landscape, including the latest industry developments, regulatory and standards activities, and the emerging approaches being adopted to address the risks posed by quantum computing. The session will also talk about some real deployment references.

This session introduces IP NaaS, focusing on the hosted delivery model for NSP SaaS and EDA SaaS. Participants will learn how Nokia manages platform hosting, infrastructure, monitoring, maintenance and upgrades enabling customers to consume network management and automation capabilities through a subscription model. The session will cover deployment and connectivity options, operational responsibilities and how SaaS delivery simplifies adoption and reduces the effort of running these platforms.