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Project

SafeScope Occupancy & Air Mesh

Low-power occupancy + CO2 mesh for hybrid offices with privacy-preserving counts.

Client
SafeScope Campus Solutions
Expertise
Industry, Real Estate
Scope
6 months
SafeScope Occupancy & Air Mesh

about project

Low-power occupancy + CO2 mesh for hybrid offices with privacy-preserving counts.

  • zephyr
  • matter
  • aws-iot

Facilities teams guessed desk demand after major return-to-office shifts.

Battery-powered nodes count motion clusters without cameras, feeding heatmaps.

HVAC sequences respond to CO2 gradients while privacy officers review aggregate only.

Workplace apps show live quiet zones for neurodiverse employees.

Features

  • Privacy-first aggregate counts
  • CO2-driven HVAC hand-off API
  • Battery life monitoring
  • Campus map overlays
  • Export for ESG reporting

Case
study

OUR
Approach

How we framed the challenge, shipped the solution, and measured outcomes.

Challenge

Legacy tooling could not audit changes at scale.
Stakeholders lacked a single dependable source of KPI truth.

Our approach

Introduced hardened workflows with automation at the bottleneck.
Shipped dashboards with guardrails and explicit ownership.

Results

Energy use per occupant dropped while comfort scores held.
Hot-desking conflicts decreased.
Impact

Key metrics

−14%

HVAC energy

+29%

Desk utilisation accuracy

desk space tickets: −21%

Help
Stages

Work in stages

01

Requirement Gathering & Discovery

1

02

Project

However, all complete IoT systems are the same in that they represent the integration of four distinct components: sensors/devices, connectivity, data processing, and a user interface.

03

IOT Projects software

The software then analyzes and transmits the data to users via an app or website.

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