Cisco’s New Blueprint for the Office
Cisco has spent the past several years reframing the modern office around a single idea: the network is the building’s nervous system. The company’s latest push, the Intelligent Workplace Experience, packages that idea for real estate and IT leaders who are done retrofitting technology into buildings after the fact. Cisco’s own Penn One office in New York became the proving ground, replacing siloed systems for lighting, HVAC, security, and collaboration with a single connected platform that generates the data those teams need to run buildings intelligently rather than reactively.
The blueprint sounds ambitious, and it is. It’s also exactly the environment MHT Technologies was built to support.
The Power Problem Nobody’s Blueprint Mentions
An Intelligent Workplace Experience depends on sensors, cameras, access points, lighting controls, and collaboration devices that all sit on the network and all need power. Most commercial buildings still deliver that power the old way: an electrician runs conventional AC circuits to outlets and fixtures, then a separate low-voltage contractor pulls network cable to the same devices. Two trades, two systems, and none of it built to scale when the next generation of Cisco Wi-Fi 7 access points or Cisco Spaces sensors gets added to the floor plan.
Where PoE Fits In
Power over Ethernet closes that gap. MHT’s PoE infrastructure carries data and power over a single Cat6 cable, so a Cisco access point, camera, or occupancy sensor can go up without a separate electrical circuit. Fewer trades, less conduit, lower installed cost, and every device on the network from the moment it’s powered on, which is the baseline requirement for Cisco Spaces to actually deliver the utilization data Cisco highlights in its own Intelligent Workplace Experience case studies.
Where Fault Managed Power Fits In
Fault Managed Power extends that same logic to higher wattage loads that sit outside PoE’s reach: LED lighting fixtures, small HVAC dampers, digital signage, the class of devices that make a floor feel genuinely intelligent rather than just connected. FMPS from Panduit delivers class 4 power over ordinary cable at distances and wattages PoE can’t reach, and it does so at the low voltage and current levels that keep installation inside the low-voltage trade rather than requiring a licensed electrician for every fixture. For a building team trying to hit the energy and sustainability numbers Cisco touts, including a 35 percent lighting reduction in its Milan office and a 16 percent energy savings in London, FMP is one of the more direct paths to get there.
The Visibility Layer: aida and Cisco Spaces
Cisco’s blueprint leans hard on data: occupancy patterns, energy loads, space utilization, all captured and fed back to real estate and IT teams to make faster decisions. MHT’s Inspextor PoE nodes feed that same kind of data at the power and infrastructure layer, and that data is what powers the aida™ Controller, the AI-driven smart building platform built by Building AI Solutions. aida gives facility teams a live picture of every powered device on the network, from access points to lighting to environmental sensors, with Solaris handling the analytics on top. Paired with what Cisco Spaces already reports at the collaboration and occupancy layer, a building gets a full stack of intelligence: what’s happening in the space, and what’s powering the space, in one view instead of two disconnected ones.
Cisco Plus MHT, Not Cisco or MHT
None of this requires ripping out a Cisco deployment or replacing anything Cisco sells. It’s additive. MHT’s PoE and Fault Managed Power infrastructure, paired with the intelligence Building AI Solutions layers on top through aida, is designed to sit underneath a Cisco network, not compete with it, which is the same posture that’s made the two companies’ joint work on smart building and commercial real estate projects a natural fit. Cisco brings the network, the wireless, the collaboration hardware, and now the Intelligent Workplace Experience framework tying it together. MHT brings the physical layer that gets power to every device that framework depends on.
Where to Start
For facility managers and real estate teams reading Cisco’s blueprint and wondering where to start, the honest answer is usually not a full network overhaul. The Intelligent Workplace Experience starts with the infrastructure decision that everything else sits on top of: how power gets to the devices in the first place. Buildings that get that right from the start, the way Cisco did with Penn One, spend a lot less time retrofitting later.
This is the first article in a three-part series on building Cisco’s Intelligent Workplace Experience with MHT infrastructure.