April will be a key month for Altice Labs, with participation in two major industry events dedicated to the future of network access, automation, and intelligent operations. Throughout the month, the company will be in London engaging with operators and innovation leaders, exploring how networks are evolving across access, services, and operational intelligence.

FTTH Conference (London, 14–16 April)

At the FTTH Conference 2026, Altice Labs will showcase two of its leading innovations shaping the next generation of fiber networks:

  • 50G‑PON – enabling ultra‑fast, scalable fiber networks ready for tomorrow’s high‑bandwidth services.
  • NOSSIS One – an intelligent, AI‑powered OSS suite designed to simplify operational complexity and support FTTH networks as they scale.

Participants at the FTTH Conference will have the opportunity to learn about Altice Labs’ high-performance, future-ready fiber solutions that empower operators worldwide. Join us at stand G14!

FutureNet World (London, 21–22 April)

The following week, the conversation on network innovation continues at FutureNet World, where the spotlight will again be on operational intelligence and automation.

Across two days, Altice Labs will demonstrate how its agentic AI-powered OSS suite is redefining operations:

  • NOSSIS One – bringing automation, orchestration, and intelligence to multi-layer network operations.
  • NOSSIS Genius – enabling operators to reduce operational Opex by up to 30% through automated inventory, fulfillment, and assurance processes.
  • AnD (Autonomous Network Designer) – one of Altice Labs’ AI agents, boosting network design productivity and optimizing material and infrastructure costs.

These innovations demonstrate how AI-driven OSS can help operators monetize connectivity, accelerate execution, and build more agile, efficient, and future-proof networks. Meet us at stand 4 to explore how artificial intelligence is reshaping OSS.

Attendees are invited to connect with the Altice Labs team during these events and explore how these technologies can support network evolution in a rapidly changing ecosystem.