About us
Our story
During the last 20 years, our team has successfully designed, created and developed transport networks - these are the first three levels of the 7-level Open Systems Interconnection model (Physical, Data and Network). We can confidently say that each network is unique, as any person! And one of the signs of authenticity in a person in identifying a person is the iris of the eyes. Thus, the brand name “Netwiris” appeared - this is a non-existent word that was formed as a result of the merger of two words: “network” and “iris” - a symbol of the fact that each network needs its approach.
Our mission
Let’s create reliable 5G transport networks
The transport network during the designing of SA 5G mobile networks will be the key element. We see ourselves as part of a PS team to implement a new architecture of transport networks for Mobile Network Operators. We are confident that our experience, enthusiasm, and creativity, will help to find a cost-effective solution, as well as accelerate the appearance of new services (uRRLC and mMTC).
Solutions
Optical Networking
Optical Networking
Optical Networking
Adding 5G NR in the new spectrum bands with Massive MIMO will require new features like carrier aggregation - which will drive much more capacity. All connections to the gNB today go to 20Gbps, 40Gbps and even 100Gbps we are seeing in some cases. In our opinion, only xWDM-technologies will provide the best fiber optic cables utilization.
IP Networking
Optical Networking
Optical Networking
The overall aim of 5G is to provide ubiquitous connectivity for any kind of device and any kind of application that may benefit from being connected. New transport network architecture will be characterized by increased network scale and service agility. Combination of SR with centralized SDN control will cope with all new challenges (connectivity, capacity, complexity and capability).
Security
Optical Networking
Timing & Synchronization
Evolving backhaul and RAN architectures brings in the need for enhanced devices security which includes DDoS security and distributed SecGW functionality to cater for interface protection between the eNB and gNB and between gNB’s, DNS based protection and scrubbing, secure control and management of device for IoT, Endpoint Protection and advanced Malware Protection.
Timing & Synchronization
IoT - Nondestructive Testing (NDT)
Timing & Synchronization
NR supports next key features: dynamic TDD, integrated access backhauling (IAB), dynamic spectrum sharing (NR and LTE able to share the same carrier) that have been one of the targeted areas of enhancements ensuring clock synchronization across transport nodes.
Furthermore, future positioning functionality and industrial IoT with the requirement on mobility interruption time is 0 ms will also require ultra-precise synchronization.
Project and Design Documentation
IoT - Nondestructive Testing (NDT)
IoT - Nondestructive Testing (NDT)
We propose technical documentation desired for customer's specification at any project stage – pre-sale, implementation, support.
No paper – we using only cloud technologies for storage, sharing and updating technical documentation.
Support – we can support your networks by performing all changes during on-site activities or network upgrades.
Your network documentation will always be up to date!
IoT - Nondestructive Testing (NDT)
IoT - Nondestructive Testing (NDT)
IoT - Nondestructive Testing (NDT)
One of the perspective applications of 5G is to provide new types of services such as mMTC (massive Machine Type Communication) and uRLLC (Ultra-reliable Low Latency Communication). We also contribute to this process - developing and offering solutions within Industrial IoT (IIoT) and cloud robotics enabling the next industrial revolution Industry 4.0 with its demand for highly reliable, low-latency communications. In particular, we offer a new generation of non-destructive testing (NDT) systems, applications and sensors.