Digital Twin Platform for TELECOMMUNICATIONS

Digital Twin Platform for TELECO

Communication is essential, and it must be reliable, immediate, and continuous to respond efficiently to the demands of the market. Therefore, anticipating saturations and monitoring in real time each antenna and node is key to ensuring solid and uninterrupted connections.

Communication is essential, and it must be reliable, immediate, and continuous to respond efficiently to the demands of the market. Therefore, anticipating saturations and monitoring in real time each antenna and node is key to ensuring solid and uninterrupted connections.

The TOKII digital twin platform transforms network data into clear and precise visual decisions. With 2D, 3D visualizations, or extended reality environments, it adapts technical information to your needs so that your network communicates clearly, facilitates decision-making, and is always prepared for demand.

With TOKII, you can have complete visibility of operations, anticipate failures, detect bottlenecks, and reduce operating costs by visualizing your entire production chain on a single platform.

Digital twins have been shown to reduce capacity issues in transport networks by 40%.

Digital twins have been shown to reduce capacity issues in transport networks by 40%.

Telefónica

Connected and controlled infrastructure

Connected and controlled infrastructure

Plug and play network management:

Plug and play network management:

connect and optimize your operations and communication services

connect and optimize your operations and communication services

Connect towers, stations, and OSS/BSS management systems

Connect towers, stations, and OSS/BSS management systems

Connect towers, stations, and OSS/BSS management systems

Integrate data from telecommunications towers, fixed or satellite networks, macro antennas, base stations (RAN), fiber optics, and OSS/BSS systems to obtain a global and operational view of your network in real time.

Create service quality KPIs (QoS)

Create service quality KPIs (QoS)

Create service quality KPIs (QoS)

Define essential metrics such as throughput (Mbps), latency, jitter, block error rate (BLER), bandwidth usage, emission power, and energy consumption per site for centralized comprehensive monitoring.

Visualize your network on 3D maps and VR environments

Visualize your network on 3D maps and VR environments

Visualize your network on 3D maps and VR environments

Explore a digital twin of the urban environment with interactive maps and GIS. Explore the various locations of the towers and visually analyze RF coverage layers, potential interferences caused by weather, topography, and building density.

Analyze congestion patterns and anticipate network failures

Analyze congestion patterns and anticipate network failures

Analyze congestion patterns and anticipate network failures

Apply machine learning to detect congestion, demand fluctuations, interferences, or failures in distributed equipment. Predictive analytics allows for route optimization, frequency adjustment, prevention of service outages, and anticipation of high load events.

Manage deployments and maintenance

Manage deployments and maintenance

Manage deployments and maintenance

From a centralized view, plan new installations, equipment replacement, infrastructure inspection, and preventive reviews. Create tasks, assign responsible parties, and monitor progress in real time from anywhere.

From a centralized view, plan new installations, equipment replacement, infrastructure inspection, and preventive reviews. Create tasks, assign responsible parties, and monitor progress in real time from anywhere.

Key Benefits of TOKII for TELECOMMUNICATIONS

Seamless communication, with control and operational precision

Key Benefits of TOKII for TELECOMMUNICATIONS

Seamless communication, with control and operational precision

Key Benefits of TOKII for TELECO

Seamless communication, with control and operational precision

Key Benefits of TOKII for TELECOMMUNICATIONS

Seamless communication, with control and operational precision

-10%
-10%

In incidents and network outages

In incidents and network outages

thanks to proactive anticipation of saturations and failures through no-code predictive analytics.

thanks to proactive anticipation of saturations and failures through no-code predictive analytics.

-5%
-5%

In operating costs (OPEX)

In operating costs (OPEX)

by reducing the mean time to diagnose and repair (MTTR) and improving SLA compliance with fewer resources.

by reducing the mean time to diagnose and repair (MTTR) and improving SLA compliance with fewer resources.

+20%
+20%

In energy efficiency

In energy efficiency

through granular and optimized control of energy consumption by site and equipment, contributing to cost reduction and environmental footprint.

through granular and optimized control of energy consumption by site and equipment, contributing to cost reduction and environmental footprint.

+35%
+35%

In operational agility

In operational agility

when managing assets, tasks, and KPIs on a single integrated platform that facilitates coordination and real-time decision-making.

when managing assets, tasks, and KPIs on a single integrated platform that facilitates coordination and real-time decision-making.

Explore TOKII with our experts

Book a demo to see how TOKII can adapt to your needs.

Because seeing how others use it always helps

Discover the success stories of the sector