IT infrastructure

Hosting and housing services enable Clients to entrust the operation of their systems to a structured, secure, and highly available model.

Hosting includes environment provisioning, platform configuration, and allocation of computational and storage resources, ensuring performance consistent with application requirements. Activities include updates, patching, and continuous monitoring of system status, with management focused on stability and efficiency.

Housing allows the placement of equipment and servers in dedicated spaces, with technical services and operational support to ensure continuity and constant supervision.

System management covers the entire lifecycle of physical and virtual servers, both at our datacenter and at the Client’s infrastructure, with proactive monitoring up to 24×7.

We supervise operating systems and application platforms, handling updates, configurations, and performance control. The approach is oriented toward anomaly prevention and maintaining consistent and secure technical standards.

Digital identities represent a central element of the IT ecosystem. For this reason, we manage Active Directory environments and Identity Management solutions with a centralized and structured model.

From domain creation and migration to security policy definition, every activity is aimed at ensuring access control, traceability, and consistency with the Client’s organizational model.

Corporate networks represent a strategic element for operational continuity and digital service quality. We support organizations managing complex network infrastructures, ensuring governance, control, and optimization of connectivity environments.

We handle the configuration and maintenance of local and wide area network equipment—next-generation firewalls, switches, routers, VPNs, and perimeter security systems—as well as continuous monitoring of performance and link availability.

Our specialist team intervenes on traffic analysis, security policy management, WAN line supervision, and assistance in resolving faults and performance degradation, ensuring stability and performance even in distributed multi-site architectures.

The approach is oriented toward end-to-end visibility of the network ecosystem, with advanced monitoring tools and proactive management, to ensure reliability and security.

Information and system protection is a central element in IT ecosystem management. We design and implement backup, disaster recovery, and security solutions, operating in on-premise, cloud, and hybrid contexts.

Activities include defining data protection strategies based on retention, versioning, and replication criteria, implementing disaster recovery plans with defined RTO and RPO objectives, and periodic verification of recovery processes.

On the security front, we intervene with configuration and management of perimeter and internal protection solutions, access control, network segmentation, system hardening, and threat monitoring. We also support alignment with regulatory requirements, including GDPR, through technical and organizational measures consistent with the Client’s governance model.

The approach is oriented toward prevention, attack surface reduction, and strengthening overall resilience, ensuring service continuity and information integrity.

Alongside ongoing management, we support our Clients in technology evolution initiatives, developing tailored solutions aligned with operational and strategic priorities.

Interventions range from Active Directory migrations and consolidations to Linux system integration in domains, through to virtualized environment optimization and technology component rationalization.

Each project originates from an analysis of the organizational context and is managed with structured planning and phase control, with the objective of ensuring long-term stability and continuity.

The Binhexs Datacenter represents the technology platform on which the infrastructure services and solutions delivered to our Clients are based.

It is structured across distinct, interconnected geographic sites, designed to operate as a single high-reliability logical ecosystem. The architecture is oriented toward resilience and operational continuity, with redundant configurations at the connectivity, power, and critical component levels.

Synchronous data replication between sites and automatic failover mechanisms ensure constant availability even in fault scenarios, guaranteeing information integrity and reduced downtime.

The model enables the integration of on-premise systems, cloud environments, and hybrid architectures in a coherent and governable context, offering visibility, control, and stability for mission-critical applications and services.