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Case Study · Building Automation

Delivering Customer-Scale BACnet Validation for Building Automation Controls

A building automation controls manufacturer needed to validate its controllers and BACnet platform against the network sizes its customers actually deploy, well beyond what a physical lab can hold.

Customer Scale
Virtual BACnet Environments
IPv6 + SC
BACnet Protocol Coverage
Multi-Subnet
Unique IP per Virtual Device
Doppelio BACnet Snapshot
Industry

Building Automation & Controls

Use Case

Customer-Scale Validation of Controllers and BACnet Platform

Protocols

BACnet IPv6, BACnet/SC

Scope

BMS, Control Platforms, Controllers, Multi-Subnet Networks

Doppelio BACnet Lab vs Doppelio Comparison
The Gap

Physical labs are essential, but they rarely represent deployment scale

Customer buildings run large, multi-subnet BACnet networks. A lab bench holds a fraction of that, so the issues that only appear at scale stay hidden until release or deployment.

Physical Lab Only
  • −Device count is limited by hardware, wiring, and lab space.
  • −Large customer network topologies are hard to recreate.
  • −Scale issues surface late in release or deployment cycles.
  • −Regression coverage is slow when every environment is physical.
With Doppelio
  • ✓Creates realistic virtual BACnet environments at customer scale.
  • ✓Lets BMS, control platforms, and controllers interact with virtual devices as if they were part of the lab network.
  • ✓Recreates multi-subnet topologies with a unique IP for every virtual device.
  • ✓Supports BACnet IPv6 and BACnet/SC communication.
  • ✓Runs repeatable regression across customer-scale configurations.
Doppelio BACnet Scale Scenarios
Validated at Scale

Validate what breaks only at scale

Doppelio puts controllers and the BACnet platform under the load of a full customer building, so scale-dependent behavior is tested in the lab instead of discovered on site.

01

Large-Scale Device Discovery

Controllers and platforms discover and enumerate device populations at customer network size.

02

COV Subscriptions and Trend Traffic

Change-of-value subscriptions and trend logging run across thousands of points at once.

03

Alarm Bursts and Telemetry Volume

Simultaneous alarms and sustained telemetry test how the platform holds up under peak load.

04

Offline and Intermittent Devices

Virtual devices drop, reconnect, and flap on demand to validate recovery and alarm handling.

05

Regression Across Customer-Scale Configurations

Each customer-scale configuration reruns as a repeatable regression suite on every release.

Controllers, BMS, and control platforms see virtual devices as part of the lab network.

Doppelio BACnet Impact
Doppelio Impact

Doppelio turns a limited physical BACnet lab into a repeatable, large-scale validation environment for customer-scale building automation scenarios.

At Scale
Scale Issues Found in the Lab
Discovery, COV, alarm, and telemetry behavior is validated at customer network size during development.
Repeatable
Regression on Every Release
Customer-scale configurations rerun on demand, with no rewiring or rebuilding of physical environments.
Lab + Virtual
Physical Lab, Extended
Virtual BACnet devices join the existing lab network, so real controllers and platforms are tested against full deployments.