Area number 01
Telecommunications
We design, supply and integrate telecommunications infrastructure for environments where the network is part of the production process — not an office utility. This covers point-to-point and point-to-multipoint radio links, optical transport, private networks and timing for mission-critical systems.
The problem
Distributed operations — substations, plants, towers, work fronts, farms, remote sites — depend on links that were rarely sized for the traffic, latency and availability now demanded of them. It shows up as intermittent telemetry, blind supervision and maintenance windows that stretch because nobody can see the asset.
Business impact
Link downtime in an industrial environment does not cost bandwidth: it costs production stoppage, crew dispatch, contractual penalty and operational data that never comes back. In utilities, it compromises teleprotection and grid event response.
The Noryvex approach
We start from the operational requirement — what must flow, at what latency, at what availability, under which environmental conditions — and only then choose medium, manufacturer and topology. We design with explicit redundancy, a declared alternate path and documented switchover criteria, so operations know exactly what happens when the primary link drops.
Capabilities
What we do here
Technical scope covered in this area. The exact composition of each project comes from the survey, not from a catalog.
- Point-to-point and point-to-multipoint radio links, licensed and unlicensed
- Microwave radio and link planning with path profile study
- Optical fiber, GPON and passive optical networks
- Private LTE and 5G networks for industrial environments
- Industrial Wi-Fi and coverage in harsh environments
- SD-WAN, routing and switching for critical networks
- Satellite and Starlink communication as primary path or contingency
- Teleprotection and timing for substations
- Antennas, cables, connectors and passive infrastructure
Technologies
Scope
What's included
Contractable tracks in this area, on their own or combined. Whatever does not fit your operation stays out of scope — and out of the price.
Network survey and design
Field survey, propagation study and link design before specifying any radio or antenna.
Site and tower infrastructure
Structure, mounting, grounding, lightning protection and shelter works that hold the equipment up.
Transmission links
Point-to-point radio and microwave, licensed or unlicensed, sized by the availability actually required.
Optical plant and FTTx
Cable pulling, splicing, certification and documentation of the optical plant, with a report per fiber.
Site power and cooling
Rectifier, battery bank, generator and climate — the most common cause of outages at a remote site.
Site operation and maintenance
Preventive routines, corrective response and periodic audits across distributed sites.
Industries served
Where this area applies most
Energy & Utilities
Generation, transmission, distribution and sanitation — dispersed assets, high criticality.
Manufacturing
A connected plant floor, with data reaching management without passing through spreadsheets.
Telecommunications
Providers and operators: passive infrastructure, transport and network expansion.
Agribusiness
Connectivity and telemetry where public infrastructure simply does not reach.
Government
Public bodies: defensible technical specification, traceability and compliance.
Next step