From Room Control to Building Automation

Connect lighting, occupancy, IAQ, HVAC and energy data in one platform—then turn those signals into coordinated room-level control, dashboards and building-wide supervision, with or without an existing BMS.

What Is Koolmesh BMS?

Koolmesh BMS is a room-level building intelligence and integration platform. It brings lighting, occupancy, indoor air quality, energy and HVAC data into one operational environment—either as a standalone supervisory solution or as an extension to an existing BMS.

Koolmesh BMS system architecture

What It Is

  • Room-level sensing you can install without rewiring
  • A bridge from lighting data into building operations
  • Sensing, HVAC, energy and supervisory control on one platform
  • A retrofit route to building visibility

What It Is Not

  • A universal replacement for every traditional BMS
  • Only a lighting-control product
  • A fixed architecture imposed on every project
  • A claim that every building can be upgraded in exactly the same way

Why It Matters Now

Across Europe and the UK, regulations and performance frameworks are increasing expectations for energy monitoring, building automation, indoor environmental quality and transparent operational data. Koolmesh BMS brings lighting, occupancy, IAQ, energy and HVAC information into one platform, helping projects support EPBD and UK building-performance objectives while providing useful data for BREEAM, WELL and LEED strategies.

  • EPBD
    EPBD
  • UK Building Regulations and Future Standards
    UK Building Regulations / Future Standards
  • BREEAM
    BREEAM
  • WELL Building Standard
    WELL
  • LEED
    LEED

Koolmesh provides enabling technology and project data. Compliance and certification outcomes depend on project scope, system design, commissioning and third-party assessment.

How It Works

Koolmesh is not a replacement for your BMS. It is the wireless layer underneath it: room-level sensing that is fast to deploy, and open integration that feeds whatever supervisory platform you already run.

Building automation step 3
Building automation step 2
Building automation step 1

Building Automation in Action

The building layer runs on FIN Framework, the supervisory platform from J2 Innovations. You get building-wide dashboards, Haystack semantic tagging and BACnet, Modbus and MQTT integration, on a platform your integrator most likely already knows.

FIN FrameworkHaystack taggingBACnetModbusMQTTDashboardsAlarms
FIN Framework screen showing people count, occupancy, humidity and energy trends.
Every point in a room, from one screen
FIN Framework alarm history list showing states, sources, messages and values.
Alarm management
FIN Framework logic builder showing supervisory control logic blocks.
Custom control logic

Three Ways In

Pick the route that matches what is already installed in your building.

Path 1 diagram showing Koolmesh lighting data connected to BMS visibility.

Path 1

Lighting Data Integration

You already have Koolmesh lighting, or it is in the design. We route occupancy, daylight and device data from that network up into your existing BMS or Koolmesh BMS.

Route focus
  • Your situation: lighting data should support BMS operation
  • What we do: integrate lighting and sensor data upstream
  • What you get: better occupancy, status and lighting-to-BMS visibility
Path 1 Lighting Data Integration
Path 1 diagram showing Koolmesh lighting data connected to BMS visibility.

You already have Koolmesh lighting, or it is in the design. We route occupancy, daylight and device data from that network up into your existing BMS or Koolmesh BMS.

Route focus
  • Your situation: lighting data should support BMS operation
  • What we do: integrate lighting and sensor data upstream
  • What you get: better occupancy, status and lighting-to-BMS visibility
Path 2 Room-Level HVAC & IAQ
Path 2 diagram showing wireless and wired room-level HVAC and IAQ integration.

For occupied buildings: add wireless room sensing and field-level HVAC control without opening ceilings or pulling new cable.

Route focus
  • Your situation: retrofit spaces needing HVAC, IAQ and occupancy visibility
  • What we do: combine wireless room sensing with field-level HVAC integration
  • What you get: clearer room conditions, better terminal visibility and less rewiring
Path 3 Supervisory Integration
Path 3 diagram showing supervisory platform and integration routes.

You need dashboards, alarms, reporting and several protocols talking to each other. We supply the supervisory layer and connect what is already installed.

Route focus
  • Your situation: data needs a supervisory operation layer
  • What we do: connect gateways, protocols and platform views
  • What you get: dashboards, reporting and clearer facility workflows

REAL-WORLD PILOTS

Building Automation Pilots

Two internal office pilots are bringing room-level environmental, occupancy and HVAC devices into the customised Koolmesh FIN supervisory platform.

Pilot Deployment Building Automation

UK Office Pilot

Office United Kingdom

IAQ and people-counting sensors provide environmental and occupancy data for ventilation and cooling logic. Smart radiator thermostats and FCU thermostats support temperature-based heating, cooling and fan-speed control through the customised FIN platform.

  • IAQ sensors
  • People-counting sensors
  • Smart radiator thermostats
  • FCU thermostats

Scheduled to go live in mid-September 2026

Pilot Deployment Building Automation

Germany Office Pilot

Office Germany

IAQ and people-counting sensors provide environmental and occupancy data for ventilation and cooling logic. Smart radiator thermostats and FCU thermostats support temperature-based heating, cooling and fan-speed control through the customised FIN platform.

  • IAQ sensors
  • People-counting sensors
  • Smart radiator thermostats
  • FCU thermostats

Scheduled to go live in mid-September 2026

Project Consultation

Tell Us What Is Already in Your Building

Send us the systems you run and what you want to see. We will tell you which of the three routes fits and what it would take.

Contact Us