About Services
Smart Energy Smart Water & IoT Building Automation Security & Assets Connectivity Cybersecurity Data & AI
Why CPS Case Studies FAQ Contact Us
Distribution warehouse at sunset with trucks, pallets and a forklift moving freight
Representative scenario

Improving asset and facility visibility across a distribution operation

Distribution operations depend on facilities, equipment and information working together. This representative scenario demonstrates how CPS could connect selected facility and asset signals into one view, helping teams identify exceptions and coordinate maintenance without replacing core warehouse management software.

Sector
Transport, warehousing and distribution
Setting
Distribution centre and supporting logistics facilities
Illustrative scope
One site pilot with selected assets
Core hardware
IoT sensors, gateways, meters and dashboards
Integration
APIs or approved interfaces where available
Delivery approach
Prioritised assets and phased deployment

The challenge

A distribution centre relies on multiple systems to manage stock, vehicles, loading areas, refrigeration or other environmental conditions, access and building services. These systems may report through separate interfaces, and teams can miss issues when alerts do not reach the right person.

Managers need timely information about facility conditions and selected critical assets, while warehouse management, transport management and inventory records must remain the authoritative systems for their own functions.

The objective is to improve exception visibility, create clearer maintenance workflows and support operational decisions with dependable data rather than introducing another disconnected dashboard.

Our approach

  1. Identify operational priorities

    Map the facility and select high-impact monitoring points, such as cold-room temperature, power status, water leaks, equipment alarms or communications health.

  2. Connect sensors and systems

    Install appropriate sensors or gateways and integrate available equipment data. Where fleet or warehouse platforms provide approved interfaces, assess integration requirements and data ownership.

  3. Define actionable alerts

    Agree alarm thresholds, recipients, escalation rules and acknowledgement procedures so that alerts lead to a clear operational action.

  4. Measure and refine

    Review alarm history, response times and recurring issues with site teams; adjust thresholds and expand only where the pilot shows operational value.

System architecture

How the layers connect, from the people using the system down to the equipment in the field.

Operations
  • Warehouse and facilities teams
  • Transport and distribution supervisors
  • Maintenance and safety personnel
Dashboards
  • Site and asset status
  • Environmental trends and exceptions
  • Alarm acknowledgement and reporting
Integration
  • Approved API or data connector
  • Existing warehouse and transport systems retained
  • Defined source of truth for each data type
Connectivity
  • Site LAN, fibre or cellular backhaul
  • IoT gateways and monitored links
  • Access control and network separation
Field devices
  • Temperature and humidity sensors
  • Power and utility meters
  • Selected equipment and facility alarms

What we’d deploy

Target outcomes

Earlier
Detection of defined facility exceptions
Coordinated
Clearer ownership for alarms and follow-up
Consolidated
Selected asset data in one operational view
Auditable
Historical trends for reviews and maintenance

Targets we would design and report against, not measured results from a named client. Actual results depend on the baseline established in the audit.

Common Questions

Questions about
this kind of project.

Does this replace warehouse or transport management software?

No. The intent is to complement existing systems and integrate only where appropriate interfaces are available.

Can vehicle tracking be included?

Potentially, through a suitable fleet platform or tracking provider. Scope depends on the systems already in use and the data they expose.

Are the outcomes guaranteed?

No. This is a representative scenario. Actual outcomes depend on the site, sensor coverage, integration and response processes.

Keep Reading

More case studies.

All case studies
Get Started

Let’s build Africa’s
smart future together.

Rising energy costs, water scarcity, and tightening ESG mandates demand a partner who has solved these challenges before.

Chat with us