Nokia
announced the integration of AI-driven operations (AIOps) into its
Altiplano Access Controller, an automation platform for broadband networks. The
new AIOps uses artificial intelligence (AI) from applications in Nokia's
Altiplano Marketplace to analyze network data and drive automation. By combining AI and
smart analytics, AIOps allows operators to detect network anomalies faster,
anticipate service-affecting issues before they occur, and improve network
utilization.
Through the use of big data analytics, digital twins, and trained
AI-agents, Nokia helps operators increase efficiency and drive higher
levels of automation in network and service operations. By extending the
Altiplano core platform with AI applications available in Nokia's Altiplano Application Marketplace, operators can:
- Detect network anomalies: Identifying anomalies with high accuracy before
they impact services is essential to maintaining network reliability and
customer satisfaction.
- Improve network utilization: AI and digital twins help optimize network resources
to enhance capacity planning and customer experiences.
- Provide human assistance: AI assists human operators by simplifying incident
management, speeding up problem resolution and, improving inventory
accuracy.
Nokia's
Altiplano Access Controller is the most widely deployed network automation
platform on the market, used by over 160 broadband operators globally. Ranked
as the #1 network automation platform for fixed network automation by Global
Data, Nokia's Altiplano Access Controller powers the largest and most advanced
SDN networks in the world - including those serving over 1 million live
subscribers.
Geert
Heyninck,
Vice
President of Broadband Networks for Nokia Fixed Networks, said: "With AI and advanced
network analytics, operators can gain deeper insights and make smarter
decisions to ensure smooth operations. By detecting issues faster and
optimizing resources, we're moving closer to fully autonomous networks. This
shift empowers operators to enhance customer experiences while letting AI
handle complex network management."