Host2Media infrastructure is deployed across strategic locations in Europe and North America to deliver fast connectivity, reliable uptime, and optimized network performance. Our network design ensures stable access for users across Europe, the MENA region, and North America.
Amsterdam — 2 Nodes
Frankfurt am Main — 2 Nodes
Montreal — 3 Nodes
Host2Media operates across multiple physical nodes in Amsterdam, Frankfurt, and Montreal — giving your services true datacenter diversity within each metro area, not just geographic distribution.
Host2Media operates two independent datacenter nodes in the Amsterdam metro area — one in Haarlem and one at Schiphol-Rijk. This dual-node footprint enables true intra-city redundancy, allowing workloads to failover within the Netherlands without leaving the AMS-IX peering ecosystem.
Our Frankfurt presence spans two facilities on opposite sides of the city, both connected to DE-CIX — Europe's largest internet exchange by traffic volume. The separation between FRA-01 and FRA-14 provides physical diversity while maintaining single-digit millisecond latency between nodes for synchronous replication.
Three distinct Montreal datacenter locations give Host2Media the deepest North American footprint of any of our metros. Distributed across Nuns' Island, LaSalle, and the Saint-Laurent borough, these nodes deliver intra-city high availability and are interconnected via private dark fibre for low-latency internal traffic.
Every layer of the Host2Media network is engineered to deliver consistent performance, proactive protection, and operational transparency for hosted services of any scale.
All Host2Media services are shielded by multi-layer DDoS mitigation deployed across every datacenter location. Our scrubbing infrastructure detects volumetric, protocol, and application-layer attacks within seconds, absorbing malicious traffic before it reaches your workloads.
We operate real-time telemetry across our entire backbone, measuring latency, packet loss, and throughput between our nodes and major ISPs worldwide. Automated alerting triggers corrective routing adjustments before performance degradation becomes visible to end users.
Host2Media's network control plane is built on SDN principles, enabling rapid provisioning of routing policies, VLAN segmentation, and traffic engineering without manual hardware intervention. New services are deployed at network speed, not at change-ticket speed.
Our IP allocation framework allows hosted services to be bound to addresses that move independently of physical hardware. This enables high-availability failover architectures, seamless service migrations, and resilient multi-node deployments without address reconfiguration.
Configuration drift is eliminated through scheduled and event-driven network audits that validate routing tables, ACLs, and switch configurations against a known-good baseline. Deviations are flagged, logged, and remediated automatically — keeping the network in a consistently verified state.
Our Network Operations Center operates around the clock across European and North American shifts. Engineers monitor infrastructure health, respond to incidents, and coordinate with upstream providers to resolve path degradation and transit issues with minimal customer impact.
Our network topology is purpose-built for high availability, with no single point of failure from upstream carrier to server rack. Every path is live, monitored, and independently tested.
Each Host2Media border router maintains active sessions with multiple Tier-1 transit carriers simultaneously. Traffic is distributed across providers using BGP policies tuned for latency and cost efficiency, with automatic failover if any upstream path becomes degraded.
Our Amsterdam and Frankfurt nodes establish direct peering sessions at AMS-IX and DE-CIX respectively — two of the world's highest-traffic internet exchanges. Peering bypasses transit hops, reducing round-trip latency and eliminating per-byte transit costs for exchanged traffic.
The Host2Media backbone is built on a full N+N redundant topology. Dual border routers, dual core switches, and diverse fibre paths ensure there is no single point of failure between our upstream carriers and your hosted services. All failover paths are pre-validated and active.
Every server rack connects to a dedicated internal network segment that is physically separated from the public internet. Management traffic, storage replication, and inter-service communication travel exclusively over this isolated fabric — reducing attack surface and eliminating latency from internet-path congestion.
Backed by redundant power, networking, and cooling across all datacenter locations.
Host2Media infrastructure is powered by a high-capacity global network designed for performance, stability, and reliable connectivity. Our servers are connected through multiple Tier-1 network providers and optimized routing paths to ensure low latency and consistent performance across Europe, North America, and the MENA region.
This network architecture provides resilient connectivity and fast data transfer for every hosted project.
Our hosting platform operates within professional data center environments built for high availability and operational reliability. These facilities provide redundant power systems, advanced cooling infrastructure, and controlled environmental conditions to maintain optimal performance for all hosted services.
Each data center location is selected for its network connectivity, infrastructure stability, and global reach, ensuring reliable hosting performance for businesses and digital platforms.
Enterprise-grade Intel Xeon or AMD EPYC processors powering all production servers.
NVMe SSD storage delivering high-speed read/write performance for all hosted services.
High-frequency ECC RAM ensuring data integrity and consistent performance under load.
All storage arrays configured with RAID redundancy to protect against drive failure.
Host2Media infrastructure is deployed in secure data center facilities that follow internationally recognized operational and security standards. These environments are designed with strict access control, continuous monitoring systems, and compliance frameworks that help ensure the protection of infrastructure and hosted systems.
This security-first approach helps maintain a stable, reliable, and protected hosting environment for every project.
Data stored in our European nodes is subject to GDPR data residency requirements. Customer data is never transferred outside designated regions without explicit consent.
Our environments support HIPAA-aligned hosting through encrypted data storage, strict access controls, and audit logging for healthcare-related workloads.
Our infrastructure meets Level 1 PCI DSS requirements, supporting secure hosting of e-commerce platforms that handle cardholder data.
Data at rest is encrypted using AES-256. Data in transit is protected via TLS 1.2/1.3 across all network paths.
Whatever that strikes our servers or data centers, your website is safe online 24/7, around-the-clock. That's why every one of our data centers features advanced security across power, networking, security, and cooling systems.
Every our infrastructure is connected to dual power supply/feeder systems for redundancy. In addition to N+1 UPS generators, we have multiple 1C/1T and 2C/2T dedicated emergency diesel generators to keep your services online at all times.
Each production center is connected to a 10 Tbps+ backbone via multiple networks. The core backbone is a redundant N+N full-mesh ring with multiple path options (L3/A).
Your servers and our networks are protected from environmental threats. Our Site has also implemented the highest levels of physical security measures.
Servers generate lots of heat and we have to proactively monitor and cool all equipment to avoid overheating and damage.
Our infrastructure is deployed in enterprise-grade datacenters engineered for energy efficiency, advanced cooling technologies, and environmentally responsible operations that support sustainable cloud hosting.
