References

SmartERA delivers high-reliability IT, electrical, and data-center infrastructure solutions for leading global and Hungarian enterprises. Our references showcase decades of engineering experience across mission-critical environments, from server room construction to optical backbone networks and large-scale system integrations.

SmartERA’s project references reflect our commitment to technical excellence, precise execution, and future-proof infrastructure development.

What people say

Excellent work. They designed and delivered 8 laboratories and 2 server rooms. It was a pleasure to work with them.

Dr. Balázs Gergő

Rolls Royce, CEO

As a reliable partner, they modernized our electrical infrastructure and remote monitoring system.

Ruzsinszki Tímea

Siemens, Head of Real Estate for South-East Europe

A fresh and highly motivated team. Whenever a challenge arose, they immediately came up with a multitude of innovative solutions.

Kiss András

CEO

Rolls-Royce Laboratories & Server Room

Gizella way, Budapest

SmartERA delivered a full-scale IT, electrical, and architectural implementation across a 700 m² laboratory environment for Rolls-Royce. The project included complex infrastructure integration, specialized machinery installation, and coordinated delivery with multiple engineering disciplines. Our team ensured compliance, precision, and seamless interoperability between systems. The lab now supports mission-critical development and testing processes with optimized performance.

Integrated IT, electrical, architectural delivery

Advanced laboratory infrastructure implementation

Multi-disciplinary engineering coordination

Siemens Server Room

Gizella way, Budapest

SmartERA sucsessfully built the full server room construction and data-center cabling infrastructure for Siemens Energy at their Budapest location. Our scope included the design, installation and measurement of a fiber-optic backbone network, structured cabling for data distribution, and full passive infrastructure build-out to support high-availability IT systems. We managed project planning, technical coordination and compliance with data-center standards, ensuring robust power and cabling organization. The result is a scalable, resilient server environment ready to support enterprise-level computing, network traffic and critical applications.

Siemens Server Room

Structured data cabling & patch infrastructure

High-availability server room implementation

Evosoft Server Room

Infopark Budapest, 1117

For their server environment we executed a comprehensive infrastructure build-out: including structured IT cabling, redundant power and UPS integration, and installation of server racks in a professionally designed data-room environment. Our work ensured enterprise-grade reliability and compliance with corporate IT standards — delivering a server room capable of supporting high-availability systems, software development operations, and large-scale computing workloads. The upgrade included power distribution, cable management, and coordination with evosoft’s existing office infrastructure to minimize disruption. The result is a robust, scalable server facility that supports evosoft’s development, testing, and deployment operations in a secure, stable hardware environment.

Structured IT cabling & rack installation

Redundant power & UPS integration

Enterprise-grade server room build

Evosoft Laboratories – TinkerLAB

Infopark Budapest, 1117

Evosoft entrusted us with the complete development of the TinkerLAB engineering and innovation space, including full electrical, IT infrastructure, and automation system implementation. The project required the construction of a modern laboratory environment designed to support prototyping, testing, IoT development, and high-performance computing workflows. Our team delivered structured cabling, controlled power distribution, and an integrated technical backbone that ensures reliability, safety, and future scalability. The resulting laboratory provides Evosoft engineers with a state-of-the-art environment that accelerates R&D workflows, experimentation, and collaborative technological innovation.

Laboratory electrical & IT infrastructure build

Automation-ready technical environment

Innovation-focused R&D workspace development

CETIN Data Center

Pannon way 1, Törökbálint 2045

CETIN commissioned a comprehensive data-center overhaul covering full electrical infrastructure transformation, cabinet upgrades, and low-voltage power system redesign. The project included replacing 0.4 kW electrical cabinets, upgrading power distribution systems, and carefully planning phased delivery to avoid downtime. Our team managed all aspects — from design and power-system integration through cabling and rack/cabinet replacement — ensuring a stable, modern, and energy-efficient data center environment. The result is a highly reliable, scalable facility capable of supporting Yettel’s high-capacity network, telecommunications operations, and data-intensive backend services.

Complete electrical data center rebuild

Low-voltage distribution system upgrade

Data-center rack/cabinet modernization

Siemens Energy

Késmárk street, Budapest

A SmartERA sikeresen megvalósította a Siemens Energy csepeli ipari telephelyén egy Tier II követelményeknek megfelelő, korszerű szerverterem kialakítását, amely egy teljesen modernizált, magas rendelkezésre állású kritikus infrastruktúra-környezetet biztosít. Az új létesítmény redundáns precíziós hűtőrendszerekkel, UPS-sel támogatott, robusztus áramellátási architektúrával, valamint professzionális rack- és kábelmenedzsment megoldásokkal rendelkezik, biztosítva a folyamatos üzemelést áramszünetek vagy karbantartási ciklusok során is. A szerverterem Rittal CMC III felügyeleti rendszerrel van felszerelve, amely valós idejű környezeti monitoringot, fokozott üzembiztonságot és javított energiahatékonyságot tesz lehetővé. Az erősáramú rendszerek, IT-infrastruktúra és automatizálási támogatás összehangolt kivitelezésével a SmartERA egy ellenálló, skálázható szerverkörnyezetet adott át, amely ipari szintű terhelések kiszolgálására lett optimalizálva. A projekt jól tükrözi elkötelezettségünket a nagy megbízhatóságú mérnöki megoldások és a kritikus létesítményekhez tervezett adatközponti kivitelezések iránt.

Tier II-compliant critical infrastructure build

Redundant cooling & UPS-backed power

Rittal CMC III monitoring integration

Szerencsejáték Zrt.

Fortuna tower, Budapest

SmartERA delivered a fully integrated, enterprise-grade IT network infrastructure for Szerencsejáték Zrt.’s new headquarters, the Fortuna Tower in Budapest. The 11-story building houses four server rooms engineered and constructed by our team, each interconnected through a high-bandwidth, redundant optical backbone that serves as the core of the facility’s IT, security, and audiovisual systems. Across the building, the infrastructure supports more than 1,500 network endpoints, ensuring high-availability, scalability, and long-term operational reliability for all business-critical services. The implementation utilized Reichle & De-Massari (R&M) passive components, enabling us to provide a 25-year system warranty and guaranteeing exceptional performance and durability. This large-scale project demonstrates SmartERA’s expertise in delivering future-proof, integrated IT and optical network solutions, and we are grateful for the trust and collaboration of 4iG Nyrt.

Redundant optical backbone integration

Multi-server-room IT infrastructure build

1,500-endpoint structured cabling system

WING

WING HOP Site

As part of the comprehensive IT and security infrastructure development of the HOP site, we carried out the complete design, implementation and commissioning of the infrastructure. A key element of the project was the construction of a new high-availability server room with redundant UPS and generator backup power systems. The site’s nine buildings were interconnected through a high-bandwidth optical backbone network. We also implemented the central server and data storage infrastructure, structured cabling, an IP-based video surveillance system and integrated security solutions. The access control, intrusion detection and video surveillance systems were integrated into a unified central monitoring platform. The result is a highly available, scalable and future-proof infrastructure that ensures the long-term stability of the site’s IT systems and physical security.

New server room with redundant power supply

Optical backbone network connecting 9 buildings

Integrated IT and security infrastructure

CIB Bank – Data Center

CIB Budapest

As part of the comprehensive modernization of CIB Bank’s TIER III certified data center, the critical IT infrastructure, power supply, cooling systems and structured cabling were upgraded. The project included the implementation of a new enclosed cold aisle system, modern fiber-optic and copper structured cabling, as well as high-availability server and data storage infrastructure. Continuous operation is supported by redundant UPS systems, dual power supply and N+1 precision cooling. Central monitoring and automated supervision solutions enable continuous monitoring of energy consumption, environmental parameters and infrastructure status. The result is a scalable, energy-efficient and highly available data center environment that meets the strict operational and reliability requirements of business-critical banking systems.

TIER III data center infrastructure

Redundant power supply and N+1 cooling

Cold aisle system and structured cabling

Siemens Energy

Siemens Energy Csepel

At Siemens Energy’s Csepel site, a central server center and high-availability network infrastructure were implemented to support seven production halls. As part of the project, the production halls were interconnected through a high-speed fiber-optic backbone network, centralizing corporate IT, production support, industrial communication and security systems. The new server center was equipped with modern rack systems, structured copper and fiber-optic cabling, centralized data storage and redundant network infrastructure. An energy-efficient cold aisle system was implemented in the server room, while continuous operation is ensured by a UPS system and automatically starting generator backup power. The result is a centralized, reliable and scalable IT infrastructure that ensures the long-term stable operation of the Csepel production site’s IT and operational systems.

Fiber-optic backbone connecting 7 production halls

Central server center with cold aisle configuration

UPS and generator backup power supply

Continental

Continental Makó

At Continental’s Makó production facility, a new high-availability server center was built and the existing IT infrastructure was fully migrated. The project covered the complete server room environment, from the installation of rack systems and structured fiber-optic and copper cabling to the implementation of the active network infrastructure. The new fiber-optic backbone, redundant network connections and central monitoring system ensure stable and secure communication for production and corporate systems. Continuous operation of the critical IT infrastructure is supported by industrial UPS systems, redundant power supply paths and automatically starting generator backup power. Through the controlled server migration, a modern, reliable and scalable IT environment was created while maintaining the continuity of production processes.

New server center and complete infrastructure migration

Fiber-optic and copper network infrastructure

UPS and generator backup power supply

GE Healthcare – Test Server Center

GE Healthcare, Budapest

A high-availability test and development server center was implemented for GE Healthcare, providing a stable and secure environment for the development, validation and testing of IT systems. The project included the implementation of a complete server room infrastructure with rack systems, structured cabling and redundant UPS power supply. Energy-efficient operation is supported by an enclosed cold aisle cooling system. The server room is protected by an automatic fire detection and gas-based fire suppression system with integrated suppression control. The power supply, cooling, environmental monitoring and fire protection systems were integrated into a central Building Management System (BMS), providing real-time monitoring and remote supervision. The result is a modern, secure and energy-efficient data center environment that supports the reliable long-term operation of critical test and development systems.

Test and development server center

Cold aisle cooling and redundant UPS power supply

Fire protection, BMS integration and remote monitoring