PortBIM’s infrastructure features high-performance workstations with professional CPUs, GPUs, and ECC RAM, complemented by on-premise servers hosting BIM and analysis services for rapid model replication and CFD or load-calculation workloads. VPN-linked offices ensure low-latency collaboration, while enterprise-grade backups, and modular expansion deliver reliability and scalability. A 24/7 IT team provides proactive maintenance and support.
Our engineering and BIM specialists operate on purpose-built workstations equipped with the latest multi-core CPUs, professional-grade GPUs, and 64+ GB of ECC RAM. These systems are optimized for heavy 3D modeling, real-time clash detection, and complex simulations—ensuring smooth performance when handling large federated BIM models and advanced CFD or load-calculation workflows.
To maintain complete data control and comply with stringent security requirements, we host all project files on our own server farm. Redundant storage arrays and virtualization clusters provide high availability for Revit Server, BIM 360 Data Center mirrors, and custom API services—delivering fast model replication and collaboration without relying on external clouds.
Our offices in Baku, Amsterdam, Saint Petersburg, and Albuquerque are linked by dedicated VPN tunnels and gigabit-class connections. This private network backbone guarantees low-latency access to shared models, seamless federated reviews, and synchronized updates across time zones—essential for real-time coordination among global teams.
We employ enterprise-grade firewalls, intrusion-detection systems, and strict access controls to safeguard project data. Automated nightly backups, off-site replication, and encrypted archives ensure that every version of your BIM and engineering data is protected against hardware failure, cyber threats, or accidental deletion.
Dedicated servers run our computationally intensive services—such as energy modeling, structural analysis, and parametric automation routines—freeing local workstations for interactive design work. These high-throughput nodes process advanced simulations (CFD, hydraulic sizing, life-cycle analyses) in parallel, dramatically cutting turnaround times.
All critical hardware components—from power supplies and RAID controllers to network switches—are configured in N+1 redundancy. Uninterruptible Power Supplies (UPS) and automatic failover clusters keep our infrastructure online during maintenance or power fluctuations, guaranteeing uninterrupted project delivery and continuous access to BIM workflows.
Our modular hardware architecture allows rapid scaling to meet project demands. Additional compute nodes, storage shelves, or network segments can be provisioned within hours—supporting peak loads during design crunches or large-scale coordination sprints. This elasticity ensures that resource availability always matches project complexity.
A team of in-house IT and BIM infrastructure specialists monitors system health 24/7, applying patches, optimizing performance, and responding to incidents. Regular hardware audits, performance tuning sessions, and user-focused trainings keep our platform running at peak efficiency—so your team can focus on engineering excellence without IT distractions.