Sensors, HVAC, and access—unified monitoring and automation for facilities teams and sustainability goals.

Operate buildings with data—comfort, safety, and energy on one pane of glass

We ingest BACnet/MQTT and vendor APIs into normalized points; rules engine automates setpoints and alarms. Occupancy and weather signals reduce waste; access events correlate with security incidents. Tenant apps are optional for ticketing and visitor management.

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Smart Building & IoT Operations Platform Development

01 // THE MANDATE

Sensors, HVAC, and access—unified monitoring and automation for facilities teams and sustainability goals.

We ingest BACnet/MQTT and vendor APIs into normalized points; rules engine automates setpoints and alarms. Occupancy and weather signals reduce waste; access events correlate with security incidents. Tenant apps are optional for ticketing and visitor management.

02 // ENGINEERING

Development process

Structured phases—from discovery to launch—with clear ownership and handoff points.

Building survey (weeks 1–4)

Equipment inventory, network readiness, pilot tower.

Ingest (weeks 4–14)

Gateways, point mapping, historian.

Automation (weeks 10–18)

Rules; DR tests; alarms tuned.

Launch (weeks 16–22)

Facilities handover; runbooks.

Operate (ongoing)

Firmware updates; new equipment classes; ESG reporting.

03 // CAPABILITIES

Core Capability Matrix

The building blocks of your solution

Sites

floors, zones, equipment hierarchy.

Telemetry

time-series; anomaly alerts optional.

Control

schedules, overrides, demand response hooks.

Alarms

escalation; on-call rotations.

Energy

kWh, peak demand, carbon factors optional.

Access

door events; visitor logs integration.

Ticketing

work orders from alarms.

Dashboards

NOC views; executive sustainability.

API

digital twin hooks optional.

Security

RBAC; audit; network segmentation guidance.

04 // DELIVERY LIFECYCLE

The strategic roadmap

Milestones and checkpoints—each phase has a clear outcome before the next begins.

Milestone 01Delivery

Weeks 1–4: Site survey, architecture.

Milestone 02Delivery

Weeks 5–12: Pilot floor live monitoring.

Milestone 03Delivery

Weeks 10–18: Controls read/write qualified.

Milestone 04Delivery

Weeks 17–22: Campus rollout.

Milestone 05Delivery

Ongoing: AI fault detection optional.

05 // PRODUCT SCOPING

Choosing your path

Two engagement models—start lean and iterate, or commit to a full platform build from day one.

MVP

Speed & essentialism

Phase 1
MVP: read-only monitoring, alarms, dashboards, one site. Excludes write control without validation and multi-tenant FM breadth. Proves ops value.
Recommended

Full product

Enterprise maturity

All-in
Enterprise smart campus: DR, tenant billing for energy, SOC integration, digital twin.

06 // PARTNERSHIP

Why work together

A single accountable partner across strategy, build, and go-live—not a revolving door of vendors.

John Hambardzumian
Direct collaboration

End-to-end ownership: discovery, architecture, implementation, and launch—with clear communication and production-grade engineering.

  • Discovery & alignment
  • Systems that scale
  • Implementation depth
  • Clear comms

07 // CLARITY

Frequently asked

Network segmentation; vendor patch cadence; zero trust patterns for OT.

Ready to start?

Tell me about your product goals and timeline—I'll respond with a clear path forward.