Inside AleoBlue: How Wireless Lighting Control Simplifies Commercial Projects

In the first article in this series, we looked at how lighting controls evolved from centralized relay panels to room-level control and now to luminaire-level lighting control.

Now we move from industry overview to practical application.

AleoBlue Wireless Lighting Controls represents a modern approach to networked lighting control. It delivers advanced functionality such as zoning, scheduling, occupancy sensing, and daylight harvesting without relying on centralized relay panels or extensive low-voltage control wiring.

For contractors and facility managers, this shift can simplify installation, reduce coordination complexity, and make long-term flexibility far easier to manage.

What Is AleoBlue?

AleoBlue is a Bluetooth mesh-based networked lighting control system developed by Aleo Lighting in partnership with Silvair, a leader in commercial Bluetooth mesh technology.

At a high level, AleoBlue is a distributed wireless lighting control platform designed specifically for commercial and industrial environments. It is scalable from a single room to multi-building facilities and is configured and commissioned through a mobile or web-based interface. Rather than relying on centralized panels or hardwired control zones, AleoBlue uses a mesh network architecture where devices communicate directly with one another.

Unlike traditional wired systems that depend on centralized control panels and hardwired zone circuits, AleoBlue devices communicate wirelessly. Each sensor, switch, and control module becomes part of a secure mesh network.

This eliminates the need for:

• Dedicated control wiring between fixtures
• Large centralized relay panels
• Complex panel schedules
• Hardwired re-zoning when layouts change

Instead, zoning and behavior are defined digitally.

How AleoBlue Works on a Jobsite

Understanding how AleoBlue functions during installation is critical for contractors evaluating specifications.

A typical deployment includes:

• Control-ready LED fixtures or wireless control modules
• Wireless occupancy or vacancy sensors
• Daylight sensors
• Wireless wall-mounted dimmer switches
• Optional scheduling or time-based control modules

Devices are installed using standard line-voltage connections. Once powered, they are discovered in the AleoBlue commissioning app.

Commissioning typically involves:

1. Identifying installed devices
2. Grouping fixtures into zones
3. Configuring occupancy and daylight settings
4. Defining scenes or schedules
5. Verifying system performance

No control wiring is required between fixtures. If zoning needs to change, adjustments are made in the software.

Key Features That Matter on Commercial Projects

While the wireless architecture is important, contractors and facility managers ultimately care about how the system performs on real projects. The following features are what differentiate AleoBlue in practical applications.

Wireless Communication Over Bluetooth Mesh

AleoBlue uses Bluetooth mesh technology to create a distributed network of devices. Each device acts as a node, strengthening network reliability as more devices are added.

This architecture provides:

• Secure communication
• Scalable coverage across large facilities
• Redundancy through multiple communication paths

Unlike Wi-Fi-based systems, Bluetooth mesh is designed specifically for building-scale lighting control networks.

Reduced Control Wiring

One of the most significant advantages of AleoBlue is the elimination of traditional low-voltage control wiring.

For contractors, this can mean:

• Fewer conduit runs
• Reduced material cost
• Shorter installation timelines
• Less coordination with other trades

In retrofit projects, this benefit becomes even more pronounced because ceilings and walls often remain intact.

Built-In Code Compliance

AleoBlue supports modern energy code requirements, including:

• Occupancy sensing
• Vacancy control
• Daylight harvesting
• High-end trim and low-end trim
• Scheduling and automatic shutoff

Because these parameters are configured digitally, adjustments can be fine-tuned during commissioning rather than through physical rewiring.

For projects in jurisdictions governed by IECC or California Title 24, this flexibility can simplify compliance.

Flexible Fixture Integration

AleoBlue can be integrated in two primary ways:

1. Installed in Aleo Lighting fixtures with built-in control capability
2. Added to existing lighting systems using wireless control devices

This makes the system suitable for:

• LED high bay retrofits
• Office troffer upgrades
• Linear lighting installations
• Outdoor area lighting

It also allows contractors to propose control-ready fixtures during value engineering if networked control is not initially specified.

Where AleoBlue Makes the Most Sense

AleoBlue is particularly effective in projects where:

• Running new control wiring would be disruptive or costly
• Layout changes are likely over time
• Energy savings and code compliance are priorities
• A centralized panel system feels oversized for the scope

Common applications include:

• Warehouses with high bay lighting
• Multi-tenant office buildings
• Schools and municipal facilities
• Retail spaces with flexible merchandising layouts

Because the system scales naturally, it can start small and expand over time.

How Contractors Can Position AleoBlue Strategically

Contractors rarely control the specification, but they can identify opportunities.

When reviewing plans, look for:

• Networked lighting control language
• Daylight harvesting requirements
• Multi-zone scheduling sequences
• Centralized relay panel specifications that may be complex relative to project size

In these situations, AleoBlue may be positioned as:

• A simplified alternative to panel-based systems
• A value-engineered solution that reduces control wiring
• A scalable system for future tenant changes

Our team can assist with reviewing specifications to determine whether a wireless distributed control system would meet the project intent while simplifying installation.

Ready to Explore AleoBlue?

Networked lighting control is no longer limited to large institutional buildings. Wireless mesh systems like AleoBlue make advanced control accessible to projects of every size.

If you are bidding on a project that includes lighting control requirements or if you are evaluating retrofit opportunities, we can help:

• Identify compatible fixtures
• Recommend appropriate AleoBlue devices
• Estimate potential energy savings
• Review drawings and provide alternative strategies

Contact us to discuss your next commercial lighting project and explore how AleoBlue can simplify installation while delivering modern lighting control performance.