1. What’s unique about network management for engineering design?
Large CAD files, real-time collaboration, license servers, and render/simulation traffic require higher throughput, lower latency, and strict QoS than typical office networks.
2. How do you prioritize voice/video while syncing big models?
We apply QoS (DSCP), traffic shaping, and SD-WAN path selection so VoIP/meetings stay clear while PDM/Vault or cloud sync runs in the background.
3. Do you support multi-site firms and branch studios?
Yes—SD-WAN, dynamic path control, and local breakout minimize latency between studios and cloud PDM/PLM, with centralized visibility across sites.
4. What backbone and switching do you recommend?
10/25/40G uplinks for core/aggregation, access switches sized for PoE+ APs, and dedicated VLANs for production, voice, guests, and labs.
5. How do you secure the network without slowing teams?
Zero-trust segmentation, next-gen firewalls, NAC for device posture, least-privilege access to PDM/PLM, and MFA/SSO for remote users.
6. Can you harden Wi-Fi for shop floors and large offices?
We deploy Wi-Fi 6/6E with heat-maps, fast roaming, RF tuning, and AP zoning for offices, labs, and warehouses—with separate SSIDs and rate limits.
7. How is uptime protected?
Dual ISPs, HA firewalls, redundant core switches, cellular failover, and intelligent monitoring (SNMP/NetFlow) with alerting to our NOC.
8. Can you optimize PDM/PLM and license-server traffic?
Yes—pin license servers, cache reads, tune MTU/SMB, and set policy-based routing so check-in/out and renders aren’t starved by bulk transfers.
9. Do you support compliance for engineering projects?
We document controls for ITAR, CMMC, ISO 27001, and SOC 2—logging, access reviews, encrypted tunnels, and geo-fenced storage paths.
10. How do we get started?
Book a network assessment. We’ll baseline latency/jitter, map data flows, and deliver a roadmap for throughput, resilience, and security.