Fully isolated private networks
Physical and logical segmentation of OT/IT traffic. No exposure to public networks, controlled latency below 10 ms.
Unlike generic corporate networks, our infrastructures apply AES-256 encryption from the physical layer to the application. We do not rely on VPN tunnels that add latency and blind spots.
We design closed networks with no connection to the public internet. This eliminates remote attack vectors and ensures that telemetry, control, and voice data never cross shared infrastructures.
Our teams have operated in petrochemical plants, underground mines, and auto parts factories since 2019. Each deployment is audited with local and international operational safety protocols.
We do not outsource assistance. Each B2B contract includes an assigned engineer with OT/IT environment experience, capable of intervening on-site without relying on generic help desks.
Key advantages
Physical and logical segmentation of OT/IT traffic. No exposure to public networks, controlled latency below 10 ms.
AES-256 and CRYSTALS-Kyber protocols in field equipment. Handshake under 200 ms even in environments with high electromagnetic interference.
Micro-segmentation with industrial DPI firewalls. Device identity-based access policies, reducing attack surface by 70%.
Encrypted telemetry for monitoring critical variables. Compatible with MIMO modems and edge nodes in underground mining and petrochemicals.
Secure connection of diagnostic systems without exposing programmable logic controllers to the corporate network. Real-time data with OT plane isolation.
Engineers and plant operations managers in Argentina endorse our closed communications solutions and encrypted equipment.
“We implemented the private 5G network at the Bahía Blanca plant. Latency remained below 8 ms even during production peaks. Isolation from public networks was total.”
Gabriel Echevarría Head of Infrastructure, Refinería del Sur“The post-quantum encryption protocols we tested at the ‘La Casualidad’ mine ran without interruptions. Handshakes did not exceed 180 ms at 800 meters depth.”
María Ríos Hijo Telecommunications Engineer, Minera Andina“OT/IT segmentation with industrial firewalls reduced our attack surface by 70%. We now integrate predictive maintenance without exposing PLCs to the corporate network.”
Agustín Bustos Director of Operations, Autopartes Córdoba S.A.“We worked with Safetycomservices to deploy a MIMO network in a high electromagnetic interference environment. Stability exceeded our expectations.”
Olivia Nevárez Project Coordinator, Grupo Logístico del Norte“Technical support during the migration to AES-256 encryption was flawless. There were no service outages or production delays.”
Olivia Toledo Operational Security Manager, Fábrica de Cementos Loma NegraClear answers about closed communications infrastructure for industrial environments.
All telecommunications equipment we distribute integrates AES-256 encryption at the link layer and support for IPsec and TLS 1.3 protocols. For projects with critical requirements, we offer additional modules with post-quantum encryption based on CRYSTALS-Kyber. The protocol selection depends on the level of operational security required by the plant.
Yes. We design micro-segmentation architectures with industrial firewalls that separate OT and IT planes. We implement access policies based on device identity and dedicated VLANs. This allows logic controllers and robots on the production line to remain unexposed to the administrative network, reducing the attack surface without affecting the integration of predictive maintenance systems.
Yes, we deploy private 5G infrastructure with edge nodes and traffic segmentation. The network operates completely isolated from public networks, with latency under 10 ms. It is ideal for petrochemical plants, refineries, and large industrial areas where Wi-Fi does not guarantee coverage or security. We include integration with IoT sensors and video surveillance.
We conduct a prior survey of the existing topology and plan the migration in phases. During deployment, we keep links active through redundant tunnels and backup equipment. Each stage is tested in a controlled environment before going into production. The goal is for the plant not to stop its operation at any time.
We provide 24/7 remote monitoring of the network infrastructure, with early alerts for anomalies in traffic or equipment. The service includes firmware updates, security patches, and periodic review of access policies. For plants with critical requirements, we have an SLA with a guaranteed response time of 2 hours.