The CEDIA Expo 2025 in Denver wasn’t just a showcase of bigger screens or sleeker designs. This year, the dominant theme was the growing role of AI and intelligent control systems in shaping the future of connected living and smart environments, from automated lighting/shading to smarter integrative control systems. AI is becoming the core that drives how systems anticipate, adapt, and respond.

Manufacturers highlighted platforms that can learn user habits, detect anomalies, and adjust in real time. This isn’t just convenience; it’s about creating environments that are more energy-efficient, secure, and human-centric.

A clear trend was the move away from complexity at the user interface. Instead of multiple apps and remotes, AI-driven systems promise seamless integration across lighting, HVAC, AV, and security. Voice recognition, context awareness, and predictive behavior all stood out.

We saw demos of systems that could distinguish between family members’ voices, apply personalized presets automatically, and even use sensor fusion to predict needs, such as combining occupancy data with time-of-day and historical usage patterns.

The AI story wasn’t limited to homes. Exhibitors emphasized how intelligent control systems now span both residential and light commercial use cases. From energy optimization in offices to adaptive lighting in retail, the same AI engines that drive a luxury residence can power small commercial environments.

Here is what attracted our attention:

AI X OS, the newest version of Josh AI’s control OS, integrates AI more deeply across lighting, audio, AV, scenes, and more. It brings improved touch, text, voice control, and more dynamic intelligence in handling “scenes” and automations.

The Josh Edge remote is an advanced handheld remote featuring hard buttons, backlighting, and customizable functions, recognized for its intuitive UI/UX. It won the CE Pro Best Award for Best User Interface in Control & Automation.

Configure Pro, a new configuration platform for Crestron Home OS, is a big leap in how integrators set up systems, offering more visual, more drag-and-drop, easier navigation, and a more intuitive interface for laying out rooms, devices, inputs/outputs.

Cevo Mini Remote, a compact premium remote, provides Crestron Home OS users with a more approachable and ergonomic control device, designed to work well in media rooms, guest bedrooms, condos, and other spaces by controlling systems without relying entirely on touchscreens or app interfaces.

Our key takeaways were that user expectations are rising. It’s no longer enough for a system to “do things.” It has to feel seamless, beautiful, and intuitive.

AI functionality is differentiating. Predictive scenes, lighting that understands context, audio that adapts, intelligence without complexity — these are what will separate premium systems from commodity ones.

Interoperability and ecosystem matter: Having integrations with locks, cameras, streaming services, lighting systems, and AV protocols will make or break usability. Being part of a broad ecosystem is becoming more important.

POLYN’s neuromorphic analog voice management solution could easily slot into many ecosystems featured at CEDIA Expo 2025 that lean heavily on voice commands.

Privacy was a recurring theme at CEDIA, and users sensitive about their data (whether from luxury, corporate, or government sectors) could benefit from NeuroVoice by processing raw speech signals locally, ensuring that no raw voice data leaves the room. Only lightweight embeddings (sub-millisecond latency, microwatt power levels) pass upstream. This is critical for high-end residential, corporate boardrooms, and government-grade installations.

NeuroVoice also offers reliability in noisy environments. Homes with open kitchens, HVAC noise, or even small commercial spaces (such as cafés and meeting rooms) require robust, low-latency voice detection.

In multi-room settings, POLYN’s solution can support personalized scenes triggered by different speakers (e.g., varying lighting/music preferences) and zoning, distinguishing commands in one room from those in another without false activations.