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1996–present
Equipment
What the work was built on, and how we know.
Left to right is time. Each row is one of the 25 manufacturers behind at least 4 pieces of work, ordered so vendors that turn up on the same work sit next to each other rather than alphabetically — a landscape only means anything if neighboring rows belong together. Height is the work running on that manufacturer in that year, weighted by what failure would have cost — life-safety ×3, a statutory obligation ×2.2, the estate itself ×1.5, an evaluation ×1. Same arithmetic, same viewpoint and same color ramp as the technology surface, which is the point: one says what the work was about and this one says what it ran on. The yellow markers are five-year meridians. Manufacturers behind fewer than 4 pieces of work are named in the index below rather than drawn as flat ground.
82 manufacturers across 101 entries — 313 declarations in all, of which 266 name a product line documented at the time rather than recalled afterwards.
This section exists because a record of disciplines and a record of kitanswer different questions. The technology pages say what the work was about; these say what it ran on. A reader who wants to know whether someone has actually operated a platform rather than specified one is asking the second question, and until now this record could not answer it.
How much of it is documented
Most of these declarations were not written from memory. They were checked project by project against what was written down while the work was going on, and where that record names a model, the model is here; where it names only a manufacturer, only the manufacturer is here. Nothing was upgraded from a vendor to a part number to make the list look better.
So every declaration carries what stands behind it, and the four are not equivalent:documented at the time, named in the record — the CV or the project entry itself — recalled, for the early years where nothing contemporaneous survives, and inferred, used twice and marked both times. A reader who only trusts the first two can read only those, which is the point of marking them apart.
Entries with no equipment are not gaps. Governance programs, cost models, continuity plans and records standards genuinely ran on no particular vendor's kit, and saying so is more useful than filling the space with a plausible one.
Network & Security Hardware
- CiscoThe platform under most of this record — twenty-nine years of switching, routing, wireless, firewalling, identity and compute, across five generations of each.
- FortinetInline intrusion prevention at an enterprise core for a decade — and the bypass appliance that made running it inline survivable.
- Palo Alto NetworksThe multi-tenant firewall platform that succeeded Juniper at the City, carried through twenty-six design revisions across six independently governed agencies.
- Juniper NetworksThe enterprise firewall estate run directly for over a decade — every rule, every change, every upgrade — before the Palo Alto migration.
- Cisco MerakiCloud-managed switching, wireless and security appliances — the library branch refresh, and the alternative SD-WAN fabric across the client portfolio.
- ForeScoutCitywide network access control — a VCT-4000 appliance and a virtual Enterprise Manager, with monitor interfaces off both core switches.
- Blue Coat (Symantec / Broadcom)The second of five web filtering generations — WCCP-redirected proxy appliances serving a government workplace and a public library on the same infrastructure.
- F5 NetworksSixteen years of local and global traffic management — chosen in 2006 for its rule language rather than its balancing, and ending as the mechanism the continuity design rested on.
- Viavi SolutionsThe second generation of the enterprise packet capture platform, taking retention past thirty days of complete packet data across eight capture points.
- HP / HPEThe switching estate underneath the one genuinely multi-vendor access control design of the consulting period.
- NetScoutThe first generation of the packet capture platform, deployed in 2009 and run for thirteen years before the Viavi refresh.
- NortelThe telephony estate inherited at the City and in the mobile emergency operations unit, before the migration to Cisco.
- Bay NetworksThe routing and switching estate at StorComm, before the Cisco years.
- Extreme NetworksEvaluated against Cisco for the Council chamber AV cabinets, and one of the two platforms behind the VXLAN fabric designs on the consulting side.
- GigamonTap and aggregation layer feeding the packet capture platform.
- Lucent TechnologiesThe SONET transport under the utility SCADA core — OC-12 and OC-3 multiplexers carrying control traffic across a municipal estate in 2000.
- McAfeeEndpoint protection alongside the network access control agents.
- ProofpointMail security alongside the Cisco IronPort estate.
- Rapid7Vulnerability management and detection in the security posture program.
- TenableVulnerability scanning in the security posture program.
- Websense (Forcepoint)The first of the five web filtering generations.
- ZscalerIn the security stack on the utility engagement.
Wireless & Radio
- CradlepointCellular routing for fire-rescue mobile dispatch over VPN, and the connectivity at intelligent-transportation sites fiber never reached.
- UbiquitiPoint-to-point links between signalized intersections, branch backhaul, and the mesh fallback at the downtown festival.
- XirrusMulti-radio outdoor arrays — fourteen years of public access wireless across the urban core, from a 2007 demonstration to the downtown build.
- Alcatel-LucentThe access points inherited with the first municipal wireless sites, running over consumer DSL before the city account consolidation.
- CommScopeThe original fiber distributed antenna platform at the courthouse — nine RF systems, four carriers plus public safety, around 130 antennas over seven floors.
- JMA WirelessThe distributed antenna refresh that took coverage from one building to a three-building downtown campus off a single head end.
- PeplinkThe only cellular-edge hardware evidenced in the consulting years — a Balance 20X in a documented site-to-site design.
Radio & Field Systems
- Motorola SolutionsA 10,500-radio public safety fleet across three system generations, the dispatch platform above it, and the fixed wireless that carried the digital divide pilots.
- SinglewireMass notification across the client portfolio, including classroom notification on the education builds.
- VoceraStaff safety badges riding the library wireless estate.
- Power Measurement / Schneider ElectricThe power quality meters at ten electrical substations — voltage sags, swells and harmonics, aggregated into the utility SCADA platform.
- SoundThinking (ShotSpotter)Acoustic gunshot detection, integrated to camera estates in the active-shooter tracking feasibility pilot.
- TrafficCastBluetooth re-identification on the intelligent transportation estate, assessed alongside alternative detection platforms.
Compute, Storage & Virtualization
- VMwareThe hypervisor under both estates — the city data centers, the disaster recovery site, and the practice lab.
- NetAppStorage across the client portfolio, and one of the four data center specializations the practice held.
- Dell EMCStorage and hyperconverged infrastructure in the main and disaster recovery data centers.
- NutanixHyperconverged infrastructure across the client portfolio, and the comparison platform on the healthcare virtualization work.
- Pure StorageStorage across the client portfolio and a practice specialization.
Physical Security & Building Systems
- LenelAccess control converged onto the enterprise network — the courthouse, the medical examiner estate, and the backup answering point.
- SiemensThe control layer under utility SCADA — S7-300 and S7-400 controllers running tank and well pumps across twenty-four treatment sites.
- BoschThe camera estate assessed in the gunshot detection and active-shooter tracking pilot.
- GenetecThe video management system in the gunshot detection and active-shooter tracking pilot.
- HoneywellThe video management platform on the casino surveillance estate.
- Johnson ControlsBuilding automation at the courthouse — HVAC and plant control alongside the IT estate in a 800,000 square foot capital facility.
Audio-Visual & Broadcast
- CrestronThe dominant AV name across twenty years — control in the Council chamber, the courthouse and the emergency operations center, then networked encoders and decoders carrying five sites as one fabric.
- GranicusThe legislative suite behind the Council chamber — electronic voting and roll call, agenda and bill search, meeting video and the captioning encoder, with iLegislate on member tablets.
- Blackmagic DesignProduction switching behind the chamber rebuild and the courtroom pooled feed — SDI and 1080-line video where the output is a public record.
- BiampAudio digital signal processing in the Council chamber.
- ExtronSignal routing in the Council chamber racks.
- PolycomVideo for courthouse hearing rooms and remote testimony.
- ProtoThe holographic display unit piloted at the technology division on a loan agreement.
- TandbergVideo conferencing in the transportable special operations kit.
- VaddioCameras in the Council chamber.
Facility, Power & Cooling
- APC / Schneider ElectricThe power layer of the data centers — Smart-UPS, NetShelter racks and an automatic transfer switch.
- Vertiv (Liebert)Cooling in the main data center, the radio master site racks and the disaster recovery facility.
Software & Platforms
- MicrosoftWindows Server and Active Directory from NT 3.51 onward, SQL Server behind the early in-house systems, and Azure as the second cloud in the estate.
- IP FabricAutomated discovery and network assurance — the current-state pass on client estates, deployed as an appliance against vCenter.
- ItentialNetwork orchestration — the platform behind the City automation program and the one the consulting proof of concept closed on.
- Software AGThe integration bus — nine subsystems across three sites, with the integration layer itself made redundant.
- CitrixEighteen years of published application delivery on the municipal estate, five platform generations — and the virtual desktop product the same estate decided not to buy.
- EVE-NGThe network emulation platform on the practice lab, running virtual switches for pre-production design validation.
- GluwareThe other candidate in the orchestration comparison, built out on the same emulated topologies.
- SolarWindsMonitoring across the enterprise core and the research network path.
- StorCommThe enterprise storage and hospital information management platform built and deployed in the imaging years, with WORM optical archival underneath it.
- NetBrainNetwork automation and documentation, in the same evaluation set as the orchestration platforms.
- Amazon Web ServicesThe target of the enterprise resource planning migration off mainframe.
- Computer AssociatesThe first commercial platform bought to run the change process.
- IBMMaximo on WebSphere with MQ messaging under the enterprise asset and work management estate, and Tivoli as one of the systems the cost model drew its counts from.
- Ivanti (LANDesk)Where later change orders ran, alongside the service desk queue.
- KenticoThe content management platform behind the municipal web estate — the main city site, the preparedness site and a row of independently governed agencies on shared tenancy.
- OracleThe financial systems platform in the $42M migration off mainframe.
- reMarkableThe electronic paper tablet assessed and rolled out across Council, the Kids Hope Alliance and Court Administration.
- ServiceNowThe second commercial platform bought to run the change process — which the process outlasted.
- Tyler TechnologiesDiscussed on the records management side of the dispatch consolidation.
Design & Engineering Software
- EDX WirelessRF propagation modeling over the city's own GIS data — public access wireless, the DAS, and the digital divide study.
- EsriThe geospatial platform under seventeen years of public mapping, the fiber records and the propagation studies — ArcIMS, then ArcGIS Server, on Oracle and then SQL Server.
- AutodeskThirty years of drafting — from railroad map digitization and survey heat maps to outside plant drawings and as-built acceptance.
- BQR Reliability EngineeringThe reliability toolchain bought in 2000 for utility SCADA and still in use in 2023 — availability modeled before the system exists rather than reported after it fails.
- Bentley SystemsThe other drafting platform of the early years, on the railroad and engineering work.
- iBwaveIn-building RF design for the distributed antenna refresh.