Casambi and frequently asked questions

Casambi is a smart lighting control platform for professional projects, from single rooms to global enterprise installations. It lets you create, commission, and operate wireless lighting control networks using modern smart devices, with an ecosystem designed to work across many manufacturers.

Casambi removes much of the friction that typically comes with lighting control, like extra control wiring, complex commissioning tools, and vendor lock-in. It makes it easier to install, change, and expand lighting control over time as spaces and requirements evolve.

Casambi is used by lighting designers and specifiers, electrical installers, facility teams, system integrators, and manufacturers building connected luminaires and components. It is built to support real-world project delivery, from design and specification to commissioning, handover, and ongoing changes.

Casambi is especially strong when a project needs multi-vendor freedom, fast installation, flexible commissioning, and the ability to adapt after handover. It is a good fit for environments that change often, for sites where rewiring is expensive or disruptive, and for teams that want long-term control over upgrades and interoperability.

Casambi is designed around a resilient mesh architecture where the system intelligence is distributed across the network, instead of depending on a single central controller. This helps avoid single points of failure and supports reliable operation as projects grow.

Casambi is designed to let many companies build compatible products that work together within one control experience. This means you can combine devices and brands without having to commit to one manufacturer’s closed stack.

Yes, that is one of Casambi’s core strengths. The ecosystem is built so multi-vendor combinations can be specified and deployed while keeping the system coherent from commissioning to daily use.

In many cases, no. Casambi networks are designed to operate without requiring extra routers, gateways, or central controllers for basic functionality, which can simplify installation and reduce complexity.

Normal operation does not require the internet. If remote capabilities or cloud-connected workflows are needed, those can be enabled separately, but the core control network is designed to function locally.

Casambi is designed to scale from small projects to large sites. You can expand and adapt deployments over time, and structure networks to fit the reality of how a building or campus is organized.

Casambi’s mesh approach is built for resilience. If one device goes offline, the network can continue operating through other devices, and devices that come back online can re-sync to the current system state.

Casambi is well suited to retrofit because it reduces the need for new control wiring and supports incremental upgrades. That makes it easier to modernize lighting in phases, room by room, without turning the project into a major rebuild.

Casambi gives specifiers flexibility to design the lighting control approach that fits the project, including wireless, wired standards, or hybrid strategies. It also supports future changes, which helps reduce long-term friction when tenants, layouts, or use cases change.

Yes. Casambi supports designs that combine wireless control with wired standards, which can be useful when parts of a site are already built around wired infrastructure, or when different areas have different constraints.

Yes, integration is a key part of the platform’s value. Casambi provides ways to connect lighting control and data into broader building systems, so lighting can become part of a wider operational and automation strategy

Casambi can support access to operational data such as diagnostics and usage information, and it can support monitoring patterns that help teams understand how spaces are used. This can be valuable for maintenance planning, energy optimization, and broader smart building initiatives.

Casambi supports modern control strategies like scheduling, daylight-based control, and sensor-driven automation, which can reduce unnecessary runtime. It also makes it easier to adjust control logic over time, which helps keep performance aligned with how the building is actually used.

Security is treated as a core requirement, with encrypted communication inside the network and strong authorization controls for access. Casambi also positions the system for use in security-sensitive environments and aligns with external security expectations for connected systems.

Casambi is built around over-the-air updates and a platform model, so improvements can be delivered without rip-and-replace projects. The open ecosystem approach also helps you keep choice over time as devices and standards evolve.

Casambi is designed to keep your options open. You can specify and expand across multiple manufacturers, avoid being trapped by one vendor’s roadmap, and still operate the system through a unified control experience.