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who we are
we are Your Infrastructure IT Partner
25+
years of
experience
We are your IT infrastructure partner with over 25 years of experience in data centers, fiber and copper networks, monitoring and management, and high-efficiency technological systems.
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1. How do you design a scalable and redundant enterprise network to ensure high performance and business continuity?
To design a scalable and redundant enterprise network, you must first assess current and future needs, then build redundancy into the core design through modularity, duplicate systems, and distributed resources. Scalability is achieved by using modular designs, load balancing, and investing in hardware that supports future growth. High performance is ensured through proactive monitoring, network segmentation, and performance optimization, while business continuity relies on robust security and regular failover testing.
2. What are the main security measures to implement to protect the corporate network from intrusions and ransomware?
A layered defense strategy is the most effective way to protect a corporate network from intrusions and ransomware. No single solution is foolproof, so organizations should combine multiple measures focusing on prevention, detection, and recovery. Use firewalls, endpoint protection, network segmentation, and regular updates to prevent intrusions and ransomware.
3. What advantages does an IP video surveillance system offer over an analog one, and how does it integrate into a company network?
IP video surveillance offers advantages over analog systems, including superior, high-resolution video quality, greater flexibility through easier network integration and wireless options, and enhanced features like remote access and advanced analytics. It integrates into a company network by using standard IT infrastructure to connect cameras to network switches and recorders, allowing for unified network management and connection to other business systems like access control.
4. How can you monitor and optimize the production of a photovoltaic system using network solutions and IoT platforms?
Use IoT and smart monitoring platforms to track production, detect faults, and optimize performance in real time. The IoT-based monitoring system for securing solar PV installations involves using a wireless sensor network to connect an experimental setup to a cloud platform. The data from the sensors of the experimental device are uploaded into a database and can be visualized using a data visualization platform.
5. What are the main criteria for designing an efficient, secure, and easily scalable datacenter over time?
Designing an efficient, secure, and scalable data center involves planning for scalability, ensuring robust security, and prioritizing energy efficiency from the outset. Key criteria include building a modular and flexible infrastructure that can handle future growth, implementing multi-layered physical and digital security, and designing for energy efficiency with reliable power and advanced cooling systems. A well-defined disaster recovery plan and strategic vendor management are also critical components.
6. What’s the difference between copper and fiber structured cabling, and how do you choose the right one for your business infrastructure?
The main difference is that fiber optic cables use light pulses through glass, offering higher speeds (up to 100 Gbps or higher), longer distances (40+ km), and immunity to electromagnetic interference (EMI), while copper cables use electrical signals through metal wires, providing lower speeds (up to 10 Gbps), shorter distances (100 meters), and lower upfront installation costs. To choose, consider your business’s needs: opt for fiber for high-bandwidth, long-distance, and future-proofing, such as for backbone connections, data centers, or applications like cloud computing. Choose copper for cost-effective, short-distance connections, such as for internal LANs or providing power over Ethernet (PoE) to devices like phones and wireless access points. .
7. Which technologies are most reliable for managing access control in corporate or industrial environments?
Biometric, RFID, and IP-based systems provide secure and centralized access management for any facility.
8. How does remote monitoring contribute to predictive maintenance and the efficiency of technological systems?
Remote monitoring enables predictive maintenance, reduces downtime, and improves energy efficiency. Remote monitoring contributes to predictive maintenance by using sensors to collect real-time data on equipment performance, which allows for the prediction of potential failures before they occur. This proactive approach enhances efficiency by minimizing unplanned downtime, reducing operational costs, and allowing for optimized scheduling of maintenance, leading to increased productivity and reliability of technological systems.