IoT Development Company in New York

Geography is the budget driver on New York IoT: one borough or five. A scoped NYC pilot (twenty to one hundred devices, single borough, AWS or Azure IoT backend, basic operator dashboard) stays contained. Production deployments at city scale (one thousand to fifty thousand devices, multi-borough connectivity, NYDFS or SHIELD Act compliance, OTA infrastructure, and SOC 2 alignment) do not. Hardware design with custom PCB, FCC Part 15 certification, and UL listing is a separate track again. NYC rates sit above Atlanta and Austin because Verizon 5G testbed access, FCC consulting, and on-site work in Manhattan and the boroughs cost more. We give fixed-fee statements of work, not open T and M.

Yes. We have shipped against Verizon ThingSpace and Verizon Business 5G network slicing for low-latency Manhattan deployments, and against AT&T FirstNet for NYC public safety customers. For private 5G we deploy CBRS via Federated Wireless and Celona at sites like Brooklyn Navy Yard and Industry City where carrier macro coverage is unreliable or where regulated data has to stay on the campus. Our pilots include real RF measurements in your buildings before committing to a connectivity stack, because Midtown urban canyons, the East River, and the MetroNorth tunnels each break a different assumption. We document carrier dependencies in writing so your procurement team can negotiate SLAs that match your operational tolerance.

Any IoT system that collects or processes a New York resident's private information falls under the NY SHIELD Act, and any system owned or controlled by a Department of Financial Services-regulated entity falls under NYDFS Part 500 (currently Part 500 as amended November 2023). Our IoT pipelines log device provenance, encrypt at rest with AWS KMS or Azure Key Vault customer-managed keys, enforce multifactor authentication for all administrative access, and produce the seventy-two hour incident notification artifacts NYDFS 500.17 requires. SHIELD Act's reasonable security obligations are met through documented administrative, technical, and physical controls. We deliver a Part 500 mapping document so your CISO can present to NYDFS examiners without rewriting our work.

Local Law 144 governs Automated Employment Decision Tools (AEDTs) used by NYC employers. IoT systems that infer employee productivity, location, or performance, such as warehouse scanning, time and motion sensing, or vehicle telematics for delivery drivers, can fall in scope. We run an LL 144 applicability check during discovery, and where the tool meets the AEDT definition we coordinate the required annual independent bias audit, the candidate notice, and the public summary disclosure. We also align with the Office of the NYC Comptroller's emerging guidance on worker surveillance, because city contracts now ask for it in RFP responses.

Yes. We have shipped firmware and cloud backends for HIPAA-regulated medical IoT, including infusion pump telemetry, patient monitor aggregation, RTLS asset tracking, and environmental monitoring for cold chain pharmaceuticals. We follow FDA premarket cybersecurity guidance (2023), MDS2 documentation, and IEC 62304 software lifecycle for class II devices. Cloud is AWS or Azure in U.S. East regions with HIPAA BAA in place, and we provide MITRE ATT&CK for ICS-aligned threat models for the device fleet. Procurement at NYC Health + Hospitals and Mount Sinai expects vendor SOC 2 Type II reports and an HHS 405(d) Health Industry Cybersecurity Practices mapping, both of which we produce as part of project closeout.

Port Authority IoT projects sit under TSA cybersecurity directives and the FAA, plus the Port Authority's own ATIS vendor onboarding. We have patterned deployments for baggage tracking, jet bridge sensors, ramp safety wearables, fuel farm tank sensing, and HVAC analytics. Connectivity blends AT&T FirstNet for safety-critical paths, Verizon 5G for general telemetry, and ruggedized Wi-Fi 6E where physical layer interference from radar and ground radio is a real constraint. We coordinate FCC Part 15 and Part 90 paperwork up front and budget for radio frequency interference testing inside terminals before any device leaves the lab.

Crowd density, RF congestion, and 5G slice contention at MSG or Yankee Stadium during a sold-out event break most off-the-shelf IoT assumptions. We pretest in venue, validate against Verizon 5G UWB and AT&T 5G+ at concourse and bowl levels, and design beacon and concession IoT to backoff gracefully when 80,000 phones saturate the spectrum. Our designs separate operational telemetry (which can wait minutes) from safety telemetry (which cannot) onto different connectivity paths, so a Knicks playoff game does not blind your stadium operations center. We also document FCC compliance and ASCAP and BMI implications when audio sensing is in scope.

NYC field deployments live for five to ten years on average, and devices on the Citi Bike fleet, ConEd grid, and Port Authority footprint cannot be physically retrieved cheaply. We design OTA from day one using Mender or Memfault for firmware, AWS IoT Device Management or Azure IoT Hub Device Update for fleet orchestration, A and B partition schemes for safe rollback, and signed update images verified by a hardware secure element. SBOMs are produced in CycloneDX format, vulnerabilities are tracked against CISA's Known Exploited Vulnerabilities catalog, and an end-of-life plan is included so your procurement and finance teams know what year a fleet migration must be budgeted.