We optimize corporate IT infrastructure with fiber optics and intelligent load balancing. B2B solutions for Argentine companies seeking performance and high availability.
Per-node packet visualization with configurable alerts. We detect bottlenecks before they affect operations.
Reduces diagnostic time by 35%.Dynamic traffic distribution across fiber optic links. The system adjusts priorities based on each channel's usage.
Maintains latency below 2 ms during demand peaks.Direct connection to programmable logic controllers via Modbus and OPC-UA protocols. No additional middleware required.
Unifies IT and OT network supervision in a single console.Creation of independent broadcast domains for critical areas such as security, production, and administration.
Isolates failures without affecting the rest of the infrastructure.Each node saves copies of its state every 15 minutes. Full restoration in under 60 seconds in the event of an error.
Eliminates configuration loss due to power outages.Next step
Three reasons that make a difference in network infrastructure
Unlike generic solutions, our platform integrates fiber optic nodes specifically designed for corporate data centers. This reduces latency by up to 40% compared to copper-based networks, without the need to replace existing cabling.
While other tools react to traffic, C.A.N.I.N.E. anticipates peaks using machine learning on historical patterns. This allows real-time load distribution without manual intervention, ensuring high availability even in environments with multiple data centers.
Our nodes connect directly to PLC controllers and industrial sensors, eliminating the need for additional gateways. Companies in Córdoba and Buenos Aires have already automated their plants without modifying their existing IT infrastructure, reducing implementation costs by 30%.
Clear answers about fiber optics, load balancing, and industrial automation with C.A.N.I.N.E.
Fiber optics offer greater bandwidth, lower latency, and better immunity to electromagnetic interference. In corporate data centers, it allows link distances exceeding 300 meters without signal loss, simplifying cabling and reducing energy consumption compared to copper.
It is recommended to use a layer 4 or 7 load balancer that distributes traffic among nodes using algorithms such as round-robin or least connections. The C.A.N.I.N.E. platform includes intelligent load balancing modules that monitor the health of each link and automatically redirect traffic in the event of failures, ensuring high availability.
A stable corporate network with fiber optics to the industrial nodes, manageable switches, and a central server with the C.A.N.I.N.E. software are required. The nodes must have industrial Ethernet interfaces and support for protocols such as Modbus TCP or Profinet. Our team performs a prior audit to size the exact components.
It depends on the size of the installation. For a medium-sized data center (50-100 racks), the migration is usually completed in 2 to 4 weeks, including fiber cabling, transceiver installation, and switch configuration. During the process, redundancy with the existing copper cabling is maintained to avoid interruptions.
Yes, we provide remote and on-site support during integration. We include connectivity tests, network parameter adjustments, and technical staff training. The service covers the commissioning of up to 10 nodes per week, with detailed documentation of each step.
Our team holds certifications in Cisco networking (CCNP/CCIE), fiber optics (CFOT), and industrial automation (TÜV Rheinland). Additionally, all engineers complete an internal training program on the C.A.N.I.N.E. platform before performing client implementations.