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A secure, reliable, high-performance and scalable network.
TNA (Tiesse Network Architecture) is the SD-WAN solution developed by Tiesse to offer businesses a secure, reliable, high-performance and scalable network.
Designed for simple and effective deployment, TNA enables the creation of SD-WAN networks without complexity or excessive costs, making it accessible to customers of all sizes.
With solid and established use cases, TNA integrates advanced functionality into a modular architecture, providing a practical and flexible solution to meet the needs of various deployment scenarios.
TNA consists of distinct but integrated modules (COS, MOS, NAD and OVN) that work together to manage every aspect of IP network automation and overlay architectures, providing complete and unified control.
The technological heart of TNA is its Intelligent Routing system, which allows the network to automatically adapt to changes in status, guaranteeing optimal performance even in the event of congestion, saturation
Key factors
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All-In-One
Adaptable to any technology, including FTTC, FTTH, FWA, 4G/5G, in a single device for reliable, versatile, and scalable connectivity.
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ISP And Telco Ready
Designed to meet the requirements of service providers, telecom operators, carriers, and system integrators.
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Secure By Design
Built with security in mind from the design stage, ensuring robust and secure solutions.
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Smart Value
Maximizes business value with an excellent performance-to-price ratio.
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ZTP
Zero Touch Provisioning facilitates remote management and agile configuration of the installed base.
TNA modules: a Flexible and Scalable Solution
TNA consists of independent, separately installable modules that work together dynamically for advanced, integrated network management.
CoS - Centralised Configuration and Management
The CoS module makes it possible to configure, maintain and update a large number of remote Tiesse routers and M2M/IoT devices, both on public and private IP networks and in overlay architectures.
CoS simplifies management, reduces costs and limits errors, making it possible:
- Centralised configuration including simultaneous firmware updates on several routers and devices.
- Rapid deployment and reduced installation time.
- Increased efficiency in device deployment and network control.
- Reduced risks associated with overall network management.
- Easy integration of new remote sites for rapid and secure network expansion.
- Durable configurations that are easily migrated over time.
CoS's intuitive web interface, accessible via authentication, makes using the module simple, quick and functional for every level of management.
MoS - Monitoring and anomaly detection
MoS is the module dedicated to continuous monitoring and anomaly detection, periodically collecting data from Tiesse routers, CPEs and peripheral IoT devices and sending it to the central controller.
All metrics collected can be viewed either individually or in aggregated form, enabling advanced analysis such as:
- Number of active devices on specific network interfaces,
- Routers with the highest percentage of active connections,
- Devices with metrics below predefined thresholds.
With the ability to flexibly aggregate and combine data, MoS offers virtually unlimited analysis for comprehensive monitoring.
The collected data can be viewed through a dynamic and customisable dashboard, with the possibility of configuring the view for each individual data type or globally, offering a comprehensive and configurable overview of network performance.
OVN - Overlay Virtual Network
OVN (Overlay Virtual Network) is the module that enables the creation and management of overlay networks on both public and private IP networks by providing a multi-layered virtual infrastructure on top of the physical network, isolating the various layers and enhancing the overall security of connections.
VN also offers advanced monitoring capabilities for registered nodes, data traffic, connected users and many other essential metrics, all of which can be viewed intuitively.
NAD - Network Anomaly Detection
NAD (Network Anomaly Detection) enables the automatic detection and management of network and traffic anomalies.
Leveraging the Machine Learning API, NAD is able to build anomaly thresholds autonomously, without the need for human intervention. These thresholds are then updated through an incremental learning model, which constantly improves anomaly detection.
Allowing alarms to be received and timely intervention to ensure the optimal operation of the network and equipment over time.
