Professional Services
From initial architecture review through deployment and long-term optimization, our CCIE-level engineers partner with your team to ensure every node performs to specification.
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What We Deliver
Success Stories
Client: A Tier 2 regional telecommunications carrier operating across the U.S. Midwest, serving 1.2 million subscribers.
Challenge: Aging ATM/SONET core equipment was approaching end-of-support, with increasing failure rates causing 14 unplanned outages in the prior fiscal year.
Solution: Deployed a full spine-leaf architecture with 200+ NEBS Level 3 compliant switches across 12 central offices over a 9-month phased migration.
Result: Achieved 99.999% uptime over the first operational year, reduced mean time to repair by 65% (from 4.2 hours to 1.5 hours), and decreased per-port energy consumption by 38%.
Client: A U.S. AAU-member research university with 45 campus buildings and over 40,000 concurrent network devices across academic, research, and residential networks.
Challenge: Legacy 1G infrastructure could not support bandwidth-intensive genomics data transfers and real-time collaboration tools, with network complaints rising 120% year-over-year.
Solution: Replaced all 45 buildings with 10G access and 100G spine architecture. Integrated OpenFlow-based SDN for dynamic research lab provisioning.
Result: Automated lab provisioning reduced setup time from 2 days to under 3 minutes. Research data transfer speeds increased 8x, and the IT help desk saw a 45% reduction in network-related tickets within the first semester.
Client: A NATO-allied defense ministry deploying tactical communication nodes for field operations.
Challenge: Existing COTS networking equipment failed environmental qualification, experiencing a 23% failure rate during combined vibration and thermal shock testing per MIL-STD-810G Method 514.8.
Solution: Delivered ruggedized switches and routers with conformal coating, extended temperature (-40C to +65C) operation, and MIL-STD-810G qualification across 14 test methods including altitude (Method 500.6), humidity (Method 507.6), and salt fog (Method 509.6).
Result: Zero field failures across 18 months of operational deployment. Equipment sustained performance through 3 field exercises in ambient temperatures ranging from -28C to +52C.