Why I didn’t wait for 2027

Neil Silver on November 12, 2026

The first in a series: On the record — my road to the Cyber Resilience Act.

Every light switch, thermostat and door controller in a modern hotel is now a computer on a network. For most of my career, the security of those computers came down to goodwill. A supplier said it was secure, and you took their word for it.

That is changing. This month 2N, whose intercoms we integrate with, led its newsletter with “Cybersecurity starts with secure design.” When the people who make the doors and the people who make the controls say the same thing, buyers are right to expect more than a promise. They should expect evidence.

What the Cyber Resilience Act asks

The EU’s Cyber Resilience Act, Regulation (EU) 2024/2847, sets security rules for products with digital elements sold in Europe. That covers hardware and software alike, which means the control systems, drivers and software we build at LCD and Centro. In plain words, it asks manufacturers to:

make products secure by default, with no shared default passwords and with data protected;
know every component inside the product, and not ship known vulnerabilities;
give people a clear way to report security flaws, and handle the reports properly;
tell the authorities within 24 hours when a flaw is being actively exploited;
keep products patched for a declared support period, normally at least five years.

Two dates matter. The reporting duties have applied since 11 September 2026. Everything else applies from 11 December 2027.

Why I started now

I could have waited for 2027. I chose not to, for three reasons.

Our customers are already asking. Hotel groups send every supplier a security questionnaire. The Act gives those questions a legal backbone, and I’d rather answer them with evidence than with adjectives.

Our installers share the duty. Under the Act, the distributors and importers who sell a product have duties of their own. If we aren’t ready, the integrators who trust us aren’t ready either.

Security added at the end is weak security. The habits the Act asks for work best when they’re part of how a team builds every day, not a project before a deadline.

What I found when I looked

I started the self-assessment in March and have kept it going ever since. I went through the regulation, requirement by requirement, against the Centro Box, the product we install on Crestron processors. For each requirement I wrote down the evidence. Where there was none, I wrote that down too.

The real answer was: not ready yet.

The product itself was in decent shape. It runs on site and works without the cloud. It uses HTTPS by default, and there’s no shared default password. The gaps were mostly in process:

We had no full list of the software components inside each release.
Our Centro websites and code had no published security contact.
We had no written procedure for reporting an exploited flaw to the authorities.
We had no formal risk assessment and no declared support period.

Then I followed the trail into our Crestron Home and device drivers. The shared libraries they’re built on had grown far beyond what the drivers actually use, and every extra component is one more thing to track and patch.

What we’ve done since

Every gap became a task for us to progress:

Every part of a Centro Box release now has a software bill of materials (SBOM). That covers the engine, the staff app, the guest web app and the Crestron Home driver.
Our builds now refuse to ship a component with a known High or Critical vulnerability. The first runs found real issues, including one in the embedded database engine, and we fixed them.
There’s a security contact everywhere: [email protected], our disclosure policy, and a security.txt file on each website.
We tightened up even more. Stored passwords are encrypted, key files are locked down, and the admin pages send browser security headers.
We declared a support period. Every Centro Solution gets security updates for five years from purchase.
The driver libraries are slimmer. The core library has shed components our drivers never used, and an old third-party library with a known weakness has gone. There’s more to do, and I’ll show it in the next article.

The same habits apply to the custom software we write for individual clients. Its source is checked automatically for outdated components, credentials live in a password store instead of in scripts, and we attack-test our own work in-house. I’ll come back to that in January.

Where we stand today

We’ve made significant progress, but there’s still work to do. The formal risk assessment is still being written, our written procedure for reporting an exploited flaw is still being finalised, and we still need to complete the Act’s conformity assessment, so I won’t call Centro “compliant”. What I can say is that we’re designing our products to meet the Act, and to go beyond it, and that you can check our progress. That’s the point of this series.

What comes next

Every couple of weeks I’ll take one part in turn:

how we know what’s inside every release;
how the Centro System Manager protects a building from the first minute;
what happens when someone reports a flaw;
what all of this means for installers, and for custom software.

I’ll use dates and specifics, and I’ll say where we’re still working.

One thing you can do today: if you look after IT or security for a hotel group, ask your controls suppliers the question I asked myself: “Show me the evidence.” Our answers are on our security page: centro.network/en/security.

Neil Silver, LCD and Centro

LCD Dashboard in the Ambient style, showing each room of a Crestron Home house

LCD launches LCD Dashboard: the whole Crestron Home house at a glance

Web Admin on October 9, 2026

A live dashboard, alerts and energy estimates for Crestron Home, running on the system homeowners already have.

LCD today released LCD Dashboard for Crestron Home, a driver that gives every Crestron Home house a live overview in any browser on the home network. Phones, tablets and wall-mounted displays show every room at once, flag what needs attention, and estimate what the lighting costs to run.

Crestron Home is built for control: tap a room, dim a light, run a scene. LCD Dashboard answers a different set of questions. Is anything left on? Is a door open? Is the house locked up? It puts the answers on one screen, updated every few seconds.

Every room on one screen

Each room shows its lights and levels, shade positions, doors and locks, occupancy, temperature and what’s playing. A summary bar covers the whole house. Homeowners can pick from four styles, including Ambient, a dark, calm design made for a wall tablet. Wall tablet mode runs the dashboard full screen, keeps the screen on and dims at night.

Alerts that matter

LCD Dashboard watches for a door left open, a device gone offline, a low battery, a security alarm and more. Each alert says what, where and for how long, and can be snoozed or dismissed. Each kind of alert is also a Crestron Home event, so an installer can turn on the hall lights when the back door is left open or send a notification when a sensor battery runs low.

Energy and processor health

The Energy page estimates the lighting’s energy use and cost by room and by load, and shows lights left on in empty rooms or overnight. For installers, a System page tracks the processor’s load, memory, storage and errors over 24 hours and 7 days, with a one-click troubleshooter.

Built for the handover

At handover the installer gives the homeowner a QR code or a printed card. They scan it on the home Wi-Fi and the dashboard opens in their phone’s browser, with no app to install and no account to create. Every screen can carry the installer’s logo, company name and support details.

LCD Dashboard runs on the Crestron Home processor itself. It needs no extra hardware and no cloud service, and the house’s information stays in the home.

“LCD Dashboard is a window to your Crestron Home system and your energy usage, built in your style,” said Neil Silver of LCD. “Homeowners see the whole house on one screen, and their installer’s name is right there when they need help.”

Availability

LCD Dashboard is available now for 4-series Crestron Home processors. A licence costs £200 per processor and includes updates for one year from purchase. A 30-day free trial is available from the LCD Dashboard store page. Downloads and release notes are on the LCD Dashboard driver page, and full set-up guides are on the LCD docs site.

Make your 2N a real Crestron Home lock — with PIN users and a log of who came through

Web Admin on September 2, 2026

You can already open a 2N’s door from Crestron by pulsing a relay. But a pulsed relay isn’t a lock. It has no state you can trust, no users, no schedule, and no answer to the question every client eventually asks: who opened the door, and when?

The 2N Native Lock driver closes that gap. It drives the 2N’s strike through a switch output and reports live state back from the device, so the door appears in Crestron Home as a native lock — a standard lock tile with proper Locked/Unlocked state, events, PIN users and schedules. Not a relay dressed up as a lock. A lock.

A native lock, not a workaround

Because it’s built on the Crestron Home entity model, the door behaves like any other Crestron lock. It shows the real state on the tile — read from the 2N’s event log, not guessed — so if someone opens the door on the keypad, Crestron knows. Lock and unlock are exposed to scenes, schedules and quick actions the same way every native lock is.

Lock commands are always sent to the device, even when the tile already shows the target state, so a stale reading can never leave a door in the wrong state.

Who and when

This is the part clients remember. PIN users are managed in Crestron Home’s own lock settings, and when someone enters their code the driver reports “Unlocked from keypad,” attributed to the matching user. The commissioning app keeps a live access log — newest first, each entry tied to a person — which is exactly the who and when a plain lock tile never shows.

Schedules are enforced as a rolling validity window, which makes them fail-secure: if the processor goes offline, access expires rather than staying open. A caretaker’s 8-to-6 stays 8-to-6 even if the network drops.

[Screenshot to add: the commissioning app’s attributed access log]

An app that signs the job off

The driver includes an installer-facing commissioning app, served from the processor — no internet or extra software. On site it lets you:

Test the strike — fire Test unlock and Test lock from your browser and watch the door physically release, without walking back and forth.
Prove the connection — a troubleshooter runs a sequence of checks against the 2N (network, HTTP API, credentials, services, the strike switch) and tells you how to fix anything that fails.
Validate a user before you leave — the emulator runs the driver’s real access rules for a chosen user, method and time, so you can confirm a new PIN or a schedule window without waiting for it.

It plays well with the intercom driver

The Native Lock driver and the 2N Doorstation driver run on the same site. Use the Native Lock for the front door you want managed as a lock, and the Doorstation driver for raw switches, inputs and SIP calls elsewhere on the same unit.

Spec it for the door that matters

For a front door, a gate, or a plant-room the client wants controlled and audited, this turns a 2N you may already be fitting into a managed access point — with users, schedules and an attributed log — and no separate access-control system to buy or wire.

The 2N Native Lock driver is a licensed product — a 30-day trial and full licences are on its product page. Compatibility, user management and the commissioning app are covered in the 2N Native Lock driver pages on lcd.network.

Hero image: Photo by Danielle Rice on Unsplash.

Your 2N intercom, finally programmable in Crestron Home

Web Admin on September 2, 2026

A 2N intercom is doing a lot of work at the front gate. It has relays for the strike and the gate motor, digital inputs watching the door contact and the request-to-exit button, a camera, a call button, and a SIP stack that can ring a phone anywhere. On most jobs Crestron Home sees almost none of it — the intercom rings a handset, opens a door, and stays a closed box beside the drive.

The 2N Doorstation driver opens that box. It exposes the 2N as a programmable control surface in Crestron Home: every switch, every input, the relay and output, and SIP call control — each one a tile control, a programming action you can call, and a programming event you can react to.

Everything the 2N can do, in programming

Add the driver and the intercom’s hardware turns into named pieces you can wire up:

Switches 1–4 — energise or de-energise each 2N switch to release a strike, trigger the gate, or drive a relay, from a scene, a schedule, or the tile.
Digital inputs 1–4 — the live open/closed state of a door contact or exit button, on the tile and as input opened / input closed events.
Relay and output — state changes surfaced to programming.
SIP call control — call the Crestron touch panels (or a custom SIP target) and hang up, when the 2N has a registered SIP account.

So the gate strike becomes a Crestron action, the door contact becomes a Crestron event, and the intercom can ring the panels in the house — all inside the programming you already build.

Events fire however the door was opened

The driver doesn’t just watch its own commands. It monitors the 2N’s event log, so a switch, input, relay or output event fires whether the change came from a Crestron scene, from the tile, or directly on the 2N — a keypad code, a request-to-exit button, a fob. There are also events for motion, noise and a call-button press.

That is the difference between “I know when Crestron opened the door” and “I know when the door opened.” Bind your notification, your log, or your welcome scene to the event and you catch every case, not just the ones your own automation caused.

[Screenshot to add: the 2N Doorstation tile — Switches / Inputs / Call Control]

A setup app that proves the wiring

The driver ships a browser-based Diagnostics & Setup app, served from the processor. It shows the live connection, streams the device event log, runs a connection troubleshooter that checks the network, the HTTP API and the credentials in order, and lets you fire test actions — pop a switch, place a call — from your laptop without walking back to the gate. Commission it once, prove it, sign it off.

The upgrade is painless

This is the current, web-configured version of the long-standing 2N Basic Http driver, rebuilt on the Crestron Home entity model. It keeps the same product SKU (CHTWONHW), so an existing licence key still works — there is no repurchase. Device actions are gated until the driver is licensed; feedback and the diagnostics app run regardless.

It also sits happily alongside the 2N Native Lock driver on the same site: use the Native Lock when you want the door to appear as a standard Crestron Home lock with PIN users, and the Doorstation driver for raw switches, inputs and call control.

Spec it because it needs no new hardware

The intercom is already on the wall and already on the network. The driver turns hardware the customer has already paid for into a first-class part of the Crestron system — no rack module, no bridge box, no cloud account.

The 2N Doorstation driver is a licensed product — a 30-day trial and full licences are on its product page. Compatibility, the full control/event list and the setup app are documented in the 2N Doorstation driver pages on lcd.network.

Hero image: Photo by Gabriel Ramos on Unsplash.

Sonos Amp Multi is Revolutionizing Custom Integration

Web Admin on January 29, 2026

How Sonos Amp Multi is Revolutionizing Custom Integration for Modern Homes

Image Credit : Sonos

The home audio landscape appears to have reached a new milestone with Sonos’ introduction of the Amp Multi. This multi-channel streaming amplifier promises to address many common challenges in residential audio installations while maintaining the simplicity and sound quality the brand is known for. Let’s explore what this solution offers for custom integrators and homeowners.

The Changing Landscape of Residential Audio

Modern homes have evolved dramatically in recent years. Open floor plans, mixed-use spaces, and seamless indoor-outdoor living create unique challenges for audio system design. Homeowners typically want high-quality sound throughout their living spaces without complicated controls or visible equipment disrupting their carefully planned aesthetics.

This shift creates significant challenges for integrators who need adaptable solutions for evolving home designs. Traditional multi-zone audio systems often require extensive planning and complicated wiring schemes that can be difficult to modify post-installation. The Amp Multi appears designed to address these challenges with a more flexible approach aligned with contemporary living spaces.

Engineering Features: What Sets Amp Multi Apart

Looking at the technical specifications, the Amp Multi offers impressive capabilities:

Eight amplified outputs delivering 125watts each at 8 ohms
Support for up to four independently configurable zones
Capacity to drive up to 24 Sonos Architectural speakers (3 per channel)
GaN power architecture paired with Class-D post-filter feedback
Fan-less design for silent operation with thermal efficiency

Beyond raw power, the design choices suggest a focus on installation and operation ease. The system features an audible chirp function that can be triggered from the Sonos app, potentially eliminating tedious manual identification processes when working with multiple units.

Flexibility in System Design

One of the most interesting aspects of the Amp Multi is the freedom it offers in system design. Any output can apparently be assigned to any zone, allowing for adaptable solutions for unique spaces. This flexibility could enable integrators to adjust configurations as project requirements evolve without extensive rewiring.

For larger installations, multiple Amp Multi units can reportedly work together, creating extensive possibilities for ambitious audio projects. If the system maintains performance quality when scaled up as claimed, this could address a common pain point in large residential installations where consistent performance across zones can be challenging.

Professional Tuning Capabilities

The introduction of ProTune seems to be a significant advancement, offering integrators manual sound optimization tools for each output. The 10-band parametric EQ, gain adjustments, width control, and delay offset capabilities could make it possible to fine-tune sound for challenging spaces.

This level of control might allow for consistent sound throughout a home regardless of acoustic challenges. Combined with optimization profiles for Sonos Architectural speakers, the system appears to offer both automated and manual tuning options.

Installation-Friendly Design

The physical design suggests thoughtful consideration of the installation process. The 1.5U chassis works with a dedicated 2U Rack Mount (sold separately) to create built-in ventilation space. This approach eliminates the need for additional vent panels while potentially improving cable management.

The flat-back design and recessed connectors allow the unit to stand upright during rack mounting. These design elements could make installations more efficient, reducing setup time and potential complications.

Engineering for Reliability

The use of GaN technology and a convection-cooled design eliminates common failure points like fans that can collect dust and create noise. This approach potentially improves long-term reliability – a crucial factor for integrators whose reputation depends on system performance over time.

Reduced maintenance requirements could help build stronger client relationships while ensuring more consistent audio experiences for homeowners.

Control System Integration

The Amp Multi integrates seamlessly with third-party systems, extending its functionality beyond standalone audio capabilities. The LCD Sonos Chimes Driver works directly with this hardware, enabling chimes and spoken messages to be distributed throughout the Sonos system.

This integration delivers notification sounds triggered by control system actions, creating essential functionality for doorbell alerts, security notifications, and household announcements – transforming the audio system into a comprehensive home communication platform.

Meeting Contemporary Homeowner Expectations

Today’s homeowners typically expect technology to enhance their living experience without requiring technical expertise. The Amp Multi seems designed with this balance in mind – offering sophisticated capabilities through accessible interfaces.

The dual approach – professional-grade control for installers and streamlined operation for users – represents an interesting solution for high-end residential installations.

Evolution of Residential Audio Integration

The introduction of products like the Amp Multi suggests a shift in residential audio system design. The emphasis on flexibility, scalability, and user experience reflects an understanding of modern home functionality and technology interaction patterns.

As homes continue to evolve with more multi-purpose spaces, solutions that can adapt without major reconstruction will likely become increasingly valuable. Sonos appears to be positioning itself to address this trend.

A New Option for Custom Integrators

For the custom integration market, the Amp Multi represents an intriguing addition to available multi-zone audio solutions. The combination of hardware specifications, design features, and software integration could address challenges throughout the project lifecycle.

By potentially reducing complexity without sacrificing capabilities, this product might enable integrators to approach ambitious projects with greater confidence. The result could be improved experiences for both professionals and homeowners.

As Sonos prepares to showcase the Amp Multi at upcoming industry events, it will be interesting to see how integrators respond to this new option for professional residential audio installations in contemporary homes.

Modern Security Meets Classic Control:

on October 28, 2025

Modern Security Meets Classic Control: Our Ajax & Inner Range Integrations for Crestron Home

Introduction: Security, the Crestron Home Way

Crestron Home provides a dedicated Security System Type—a standardized way for homeowners to view and control alarms inside a familiar interface. Out of the box, users get:

A Home Page Tile (with a fixed icon set),
An Alarm Summary Page showing all areas (but no global controls),
A system-wide Keypad Emulation Page that supports function buttons.

This consistency is a strength for user experience. It also defines a clear set of boundaries for what developers and integrators can—and can’t—expose in the UI.

Where the Framework Helps (and Where It Doesn’t)

Working inside the Security System Type keeps things predictable, but there are constraints that matter in real homes:

No “Arm All” control on the Alarm Summary Page, even when the alarm platform supports it.
Function buttons can’t be password-protected at the Crestron UI level, which limits how tightly you can secure sensitive actions where they are outwith the standard alarm states that Crestron support.
Fixed visuals and flows mean we can’t tailor the UX to modern, software-centric security systems.
Event feedback and dynamic controls are narrower than what next-gen platforms can provide.

For homeowners, the experience is simple and consistent. For developers and integrators, it’s a design box we must work within.

Disruptors in a Traditional Space

Our two security drivers—Inner Range and Ajax—reflect the shift from old-school, panel-led alarms to modern, app-first platforms. These systems lean into wireless devices, cloud connectivity, mobile experiences, and rich automation. They’re powerful—and that power doesn’t always map one-to-one into Crestron Home’s fixed security interface. In addition one of the benifits of these systems is that they can provide IO for automation beyond security.

Our Philosophy: Build Natively Where Possible, Extend Where Valuable

Our goal is straightforward: deliver the most capable, stable, and intuitive experience within Crestron Home’s framework, and add value around it where the SDK allows. That means careful mapping of modes, zones, and events into the Security System Type—and selectively using Extension Drivers when they improve clarity or control without confusing the homeowner or the integrator.

Inner Range: Leading With Extension Tools

When we began our Inner Range work, Crestron Home’s Security System Type wasn’t yet sufficiently evolved or stable for what we wanted to deliver. Our approach was deliberate:

Primary strategy: build a set of extension tools to surface key functions and statuses outside the fixed Alarm UI.
Why: extension drivers gave us flexibility to present information and controls that the native security type couldn’t expose at the time.
Outcome: integrators could craft a more complete experience—while still keeping the core interactions intuitive inside the Crestron Home environment.

There’s a trade-off: Extension Drivers are not intrinsically tied to the alarm type. They can enhance the system but won’t replace the built-in flows or override core UI behavior. We designed our tools to complement—not confuse—the native experience.

Ajax: Built for the Security System Type

For Ajax, we’ve focused on building directly against the Crestron Home Security System Type, including robust zone handling. This gives homeowners a native feel: reliable arm/disarm flows and clear status inside the standard Crestron interface.

At the same time based on feedback from users, we see opportunities to improve situational awareness with lightweight status tiles delivered via extension drivers. These tiles can surface at-a-glance information (e.g., area states or noteworthy events) that the fixed UI doesn’t highlight well—without trying to “recreate” the alarm UI outside Crestron’s design.

In other words: native first for core security interactions; extensions where they increase clarity.

Practical Limitations You Should Expect

Crestron (Security System Type constraints)

No “Arm All” action in the user interface (except in Function buttons):
Arming is per-area only.
Our approach: We provide Arm All as a function button which is by nature not password protected and this can be hidden by the integrator.
Function buttons lack password prompts:
Sensitive actions can’t be locked behind a PIN in the Crestron UI.
Our approach: We leave this up to the integrator to hide the sensitive functions if there system should not expose them.
Fixed UI look/feel & iconography:
Limited ability to customise visuals, layout, or flows.
Our approach: Clear labelling, grouping by area/zone, and concise copy to keep complex systems intuitive.
Constrained event representation:
Not every granular event maps neatly into the native screens.
Our approach: We use function buttons and extension tiles/pages for at-a-glance summaries which partially duplicates the Alarm UI.

Ajax (within the Security System Type)

Per-area arming model in Crestron:
Even if Ajax supports broader actions, Crestron requires per-area control.
Our approach: Native per-area flows, plus optional overview tiles for clarity.
Advanced Ajax features not fully surfaced in Crestron:
Some rich capabilities (e.g., deeper device insights or advanced automations) aren’t natively exposed via the fixed UI.
Our approach: Prioritise reliable arm/disarm and zone status in the Security Type; add lightweight status tiles via extension drivers for key summaries.
Function-button safeguards limited by Crestron:
Crestron lacks PIN prompts on functions, regardless of Ajax configuration.
Our approach: Keep function-button mappings conservative; push sensitive tasks to the Ajax app/panels where appropriate.
Limitations on using Zone actuators for Automation and feedback
- Zone Limitations
  By Default, devices such as MotionProtect, DoorProtect do not report alarm events to the CMS unless the system is in an ARMED state.
  If you want these devices to always report state changes, it needs to be set to “Always Active” and “Instant Alarm” which makes the device always armed. More info here
- Turning off Alarm notifications in the Ajax App (Optional)
  This is so devices don’t activate the alarm notification (If you choose to set any Devices to Always Active)
  You can turn off Alarm notifications by going to Hub >> Settings >> Users >> Select the User >> Notification settings >> Turn off Alarms. More info on notifications here
- Turning off Siren Alerts (Optional)
  This is so devices set to “Always Active” does not trigger any Sirens.
  NOTE If the device is a critical security device and the Siren needs to sound when in Alarm, do not turn this off.

The Integrator’s Role: Turning Capability into Experience

Great outcomes depend on great deployments. Integrators have a unique role to explain the capabilities and expectations of any integration.

Map areas and zones with consistent, human-friendly names,
Decide when to use extension tiles for clarity (and when not to),
Educate homeowners on what the Crestron interface can and cannot do versus the native Ajax or Inner Range apps,
Configure function buttons with low-risk actions and lean on platform-side security for sensitive tasks.

The result is a system that feels native, predictable, and respectful of security best practices.

Extending the Fixed UI—Carefully

Crestron’s Extension Drivers let us augment the experience with extra tiles, pages, or indicators. They’re great for:

Summarizing multi-area states,
Highlighting exception conditions,
Providing quick links to common, low-risk actions.

But because extensions aren’t bound to the Security System Type, we use them sparingly and intentionally—to inform, not overwhelm. The fixed Crestron flows remain the homeowner’s anchor.

Its possible in many cases to use our range of UI Tiles to extend the user interface with connections made in Crestrons Events and Actions system. However where this is limiting we will work with integrators to provide custom solutions.

Sustainable Progress: Innovation with ROI

We’re committed to evolving our drivers as Crestron’s SDK grows. That said, we also have to responsibly invest: prioritize features that meaningfully improve homeowner outcomes, deliver stability for integrators, and make commercial sense. This ensures we can keep shipping updates, provide support, and push the ecosystem forward.

What Homeowners Get Today

Whether you choose Ajax or Inner Range with Crestron Home, you get:

A reliable, native control experience for everyday arming/disarming,
Clear area/zone feedback aligned to the Security System Type,
Thoughtful extensions where they add clarity (e.g., status tiles),
Deployment practices that emphasize security, simplicity, and predictability.

What’s Next

As Crestron expands the Security SDK and manufactures expand their SDK architecture , we’re ready to:

Deepen zone and event visibility,
Explore safe patterns for aggregate actions if/when supported,
Improve status summarization and exception handling,
Iterate on extension tooling that enhances, not duplicates, the fixed UI.

Our aim is steady progress: a modern security experience that respects Crestron’s design, makes integrators’ jobs easier, and keeps homeowners confident in their system—day one and year five.

Look out for the next article when we will discuss how the above ties up with the new Lock Type for Crestron Home and the new functionality this brings.

The Hidden Reason

on October 28, 2025

Spoiler alert: It’s not what you think.

Last week, I walked into a conference room where a £200,000 AV system sat completely unused.
The touchscreen was dark, cables were disconnected, and someone had placed a handwritten “OUT OF ORDER” sign over the control panel.

The facilities manager looked embarrassed.

“We went back to our old projector and laptop setup,” he admitted. “No one could figure out how to make this thing work properly.”

If you’ve been around AV long enough, you’ve probably seen this scene before.
And here’s the uncomfortable truth: most AV system failures have nothing to do with technology.

The Real Culprit Behind AV System Failure

When AV systems fail, people assume it’s a technical issue — faulty hardware, bad wiring, or incompatible devices.

But most of the time, the technology works perfectly.
It’s everything else that breaks down.

Think about it: when was the last time you saw an AV system fail because the equipment was physically broken?
Much more often, you see systems where:

No one knows how to use them
Simple tasks feel complicated
Maintenance gets ignored
The one person who “knows how” becomes a single point of failure

The hidden reason behind most failures?
The integration was treated as a product purchase instead of a relationship investment.

How Traditional AV Integration Sets You Up for Failure

Picture this: You decide your organization needs a new AV system. You collect quotes, compare specs, choose the best technical proposal, and schedule installation.

The engineers arrive, install everything perfectly, demonstrate it once, hand you a manual… and leave.

Sound familiar?

That’s when the countdown to failure begins.

The 18-Month Decline

Months 1–3: The Honeymoon Phase
Everything works exactly as it did in the demo. Everyone’s happy.

Months 4–8: The Struggle Phase
You try to do something new. The manual is 200 pages long. The person who attended the demo has left the company. Small frustrations start piling up.

Months 9–18: The Abandonment Phase
People find workarounds that bypass the system. Those workarounds become “the way we do things.”
The AV system becomes expensive furniture.

The Three Gaps That Doom AV Integrations

After seeing countless failed projects, I’ve noticed three recurring gaps that appear every time.

1. The Consultation Illusion

Most “consultations” focus on technical goals — what you want to achieve — not how your organization actually works.

Real consultation means understanding:

Team dynamics
Meeting habits
Comfort levels with tech
Operational constraints

If your AV partner spends more time talking about features than about your workflows, that’s a red flag.

Systems fail when they’re designed for technology, not for people.

2. The Training Trap

When was the last time you mastered complex software from a single demonstration?

Yet somehow, we expect people to master sophisticated AV systems after one training session.
This isn’t a training problem — it’s a learning design problem.

Successful user adoption requires:

Progressive complexity: start simple, add features over time
Multiple learning touchpoints: written guides, short videos, hands-on sessions
Contextual help: training based on real-world use, not theory
Confidence building: early wins that make users feel smart, not intimidated

People don’t abandon technology because it’s difficult — they abandon it because they feel stupid using it.
The best systems make users feel capable from day one.

3. The Support Desert

Installation day isn’t the finish line — it’s the starting line.
But most AV integrators treat it as the end of the project.

Once users begin relying on the system, new needs always emerge.
Real-world use surfaces issues that no planning phase could predict.

The most successful organizations treat the first year as an extended commissioning period, not just a warranty period.

Support shouldn’t just fix problems — it should grow adoption.

What Successful AV Integration Actually Looks Like

The best AV integrations don’t start with specs — they start with understanding people.

They focus on how work really happens

Before discussing equipment, great integrators explore how teams communicate, who runs meetings, what frustrates users, and what “success” means day-to-day.

They design for gradual adoption

Rather than overwhelming users with everything at once, they build learning pathways — adding new features as users gain confidence.

They plan for evolution

Needs change. Usage patterns evolve.
The best systems are designed to adapt — not lock you in.

“I’ve seen £50,000 systems outperform £500,000 ones — simply because they were designed around people, not technology.”

The Early Warning Signs of Integration Failure

If you’re evaluating a new or existing system, look out for these red flags:

During Planning:

Conversations revolve around specs, not outcomes
Training is listed as a single line item
Support ends when the warranty does
No mention of adoption or change management

After Installation:

Only one person “knows how to use it”
Users avoid certain features as “too complicated”
Documentation is needed for every basic task
People invent workarounds that bypass the system entirely

If any of these sound familiar — you’re not dealing with a tech problem.
You’re dealing with a human one.

Turning AV Integration Into a Strategic Advantage

Organizations that achieve long-term success with AV systems see integration differently.

They understand that:

The installation isn’t the challenge — adoption is
AV integration is change management with hardware attached
The goal isn’t technical perfection — it’s human alignment

When people feel confident using technology, adoption becomes natural.
When systems are intuitive, they disappear into the background — and people focus on their actual work.

That’s when AV becomes a strategic advantage, not a sunk cost.

The Path Forward: Integration as Partnership

If you’re planning an AV upgrade, ask a different question.

Instead of:
“What technology do we need?”

Ask:
“Who can help us build sustainable technology adoption that actually improves how we work?”

This shift changes everything.
It transforms vendor selection from price comparison to partnership evaluation.

The most successful AV projects happen with partners who:

Invest time in understanding your organization
Design for behavior, not just function
Commit to ongoing optimization
Measure success by user adoption, not just uptime

The Bottom Line

AV integration failure isn’t a technology problem — it’s a partnership problem.

The dark, unused touchscreens sitting in conference rooms across the country aren’t signs of broken hardware.
They’re signs of broken processes — systems that were installed, but never adopted.

When you treat AV integration as a relationship investment, not a product purchase, everything changes:

Adoption grows naturally
Optimization becomes ongoing
Technology becomes invisible — and truly useful

Because the real measure of success isn’t how advanced your system is.
It’s how effortlessly people use it every single day.

What’s been your experience with AV integration projects?
Have you seen technically perfect systems that nobody actually uses?
I’d love to hear what made the difference — especially the human factors.

Are ‘Smart’ Building Systems Really Making You Efficient?

on August 27, 2025

Are ‘Smart’ Building Systems Really Making You Efficient?

Ever felt like you need a PhD to operate your “smart” building? You’re not alone. A facility manager recently summed up the paradox: “Our systems are so smart, nobody knows how to use them.”

Instead of the seamless automation we were promised, many find themselves tangled in complexity—juggling multiple interfaces that don’t communicate and spending more time troubleshooting than they did with “dumb” systems. The uncomfortable truth? Most “smart” buildings are just complicated, not intelligent.

Connection vs. Intelligence

The industry confused connection with intelligence. Connected systems communicate; intelligent systems think.

Imagine your lighting system knows the room is empty, your HVAC system knows the temperature is perfect, and your AV system knows the presentation ended. But instead of coordinating, they require separate commands and interfaces. That’s not intelligence—it’s costly connectivity.

Integration and User Experience

Facility managers face the integration nightmare: brilliant systems that can’t work together, creating a digital Tower of Babel. Staff spend more time managing technology than benefiting from it.

If it’s not intuitive, it’s not smart. Consider your smartphone—it requires no training. Now, think about your building’s interface. How many clicks does it take to adjust the lighting? True intelligence prioritizes the user, not the technology.

The Energy Efficiency Illusion

Complex systems often consume more energy managing themselves than they save. Efficiency comes from simplicity, not complexity.

Truly intelligent systems disappear into the background—responding to intent, learning from behavior, and solving problems before you notice them.

The Human Factor

Smart building design often overlooks the people using them. Technology should enhance human capability, not replace judgment.

The best systems provide intelligent defaults with intuitive override options. Does your building technology make your team more productive or frustrated? The answer reveals if you have smart systems or just complicated ones.

Moving Beyond Marketing

The smart building industry has focused on technical specs over practical benefits. But the tide is turning.

Professionals demand systems that make buildings more efficient and easier to manage. Ask yourself:

How long does it take for a new team member to be comfortable with our systems?
Do they reduce or increase complexity?

The Path Forward

Real intelligence in building systems isn’t about having the most advanced tech—it’s about thoughtful integration.

The future belongs to systems that understand the relationship between lighting, temperature, occupancy, and user preferences. They should respond to context, not just commands, making operations feel effortless.

Your Building Should Work for You

If your smart systems need more management than traditional ones, they’re not smart enough.

The goal isn’t technical complexity—it’s creating environments where people focus on work, not building controls. True building intelligence feels invisible, anticipating needs and operating seamlessly.

The technology exists. The question is: will we prioritize genuine intelligence over mere connectivity?

What Do You Think?

What’s your experience with smart building systems? Have they delivered on their promises, or created new challenges?

Let’s focus on human needs, not just technical capabilities.

The New Integration Approach That’s Making Traditional AV Obsolete

on July 24, 2025

The End of the Siloed System Era

Traditional AV design revolved around assembling top-tier components—an excellent projector from one company, a premium audio system from another, and a third-party control interface to stitch it all together. While theoretically optimal, the reality was often a maintenance nightmare. Systems clashed, protocols conflicted, and IT departments were left managing an unscalable mess.

Beyond the headaches, these siloed systems failed to share critical data. A lighting system might detect occupancy but couldn’t inform HVAC to adjust temperature. An audio system might detect ambient noise but couldn’t alert environmental controls to intervene. Each new feature added a new vendor, a new support contract, and another point of failure—what the industry has come to call the “vendor multiplication effect.”

This fragmentation drives up costs—not just at installation but throughout the lifecycle. Staff need redundant training. Troubleshooting becomes exponentially harder. And opportunities for efficiency are lost because systems simply can’t collaborate.

The Rise of Unified Smart Building Ecosystems

The alternative is clear: unified ecosystems that integrate AV, lighting, HVAC, and access control into a cohesive platform. In this model, buildings are no longer seen as collections of independent systems—they’re dynamic, responsive environments that optimize themselves based on real-time data.

Take lighting, for example. In a smart building, it’s not just for illumination. It’s a sensor network, a data collector, a trigger for broader workflows. Entering a room doesn’t just switch on the lights—it can adjust the climate, lower blinds, power up AV systems, and prepare the space based on how it’s used.

This integrated approach transforms buildings into intelligent environments. Instead of asking, “What’s the best display?” the question becomes, “How can we make this space adapt seamlessly to user needs?”

Scalable Control Systems: The New Standard

Modern buildings demand scalable control systems that offer consistency without sacrificing flexibility. These platforms abstract the complexity behind a unified interface that works across brands, protocols, and devices.

This scalability allows organizations to expand without disruption. New rooms, new hardware, or new functions can be added without a complete redesign. More importantly, the user experience remains consistent—whether it’s a small huddle room or a global headquarters.

The benefits are immediate: fewer training needs, fewer support calls, and happier users who no longer have to fumble with inconsistent controls.

Problem-Centric Software Design

The success of modern integration hinges on software that’s designed not around technology—but around real-world problems.

Users don’t care about protocols or device compatibility. They care that when they walk into a meeting room, everything just works. Problem-centric software begins with user workflows and builds intelligent automation around them.

This shift changes everything. Instead of stringing together interfaces and APIs, developers create experiences. Systems become proactive—adjusting lighting, calibrating audio, and launching video calls automatically based on occupancy or scheduling data.

And because the software is designed around problems—not products—it’s more adaptable, easier to maintain, and quicker to troubleshoot.

Proactive System Management with Smart Scheduling

Proactive system management is another pillar of this transformation. Smart scheduling platforms anticipate needs, rather than reacting to inputs.

By analyzing occupancy patterns, energy pricing, weather forecasts, and user preferences, systems can intelligently precondition spaces, reduce consumption, and avoid conflicts. For example, meeting rooms can be pre-cooled before use, lights can dim based on natural light levels, and systems can power down during low-demand hours.

Maintenance benefits too. Predictive scheduling helps identify when systems need attention—before they fail—minimizing downtime and support costs.

Real-Time Monitoring and Actionable Insights

Real-time monitoring allows facilities teams to see everything happening across their building systems—lighting, AV, HVAC, access control—all in one place.

But more importantly, it turns raw data into intelligent insights. With machine learning, patterns can be analyzed to improve comfort, efficiency, and usage. Anomalies can be flagged instantly. Performance issues can be resolved before users notice.

This intelligence empowers building managers to shift from reactive firefighting to proactive optimization. It also informs longer-term decisions—like how to redesign spaces, where to invest in upgrades, or how to adapt policies based on actual usage.

Data-Driven Decision Making

The final piece is cultural. For decades, building decisions were made based on gut feel and vendor recommendations. Unified systems make it possible to base decisions on evidence.

How is space being used? Which rooms are underutilized? Where are we wasting energy or overpaying on maintenance? The answers are in the data.

But making use of that data requires organizations to change how they operate. Facilities managers must become analysts. Processes must adapt to incorporate insights. And leadership must embrace the idea that technology isn’t just a tool—it’s a strategic asset.

Competitive Advantage Through Integration

Unified integration doesn’t just create smarter buildings—it creates better businesses.

Employees expect intuitive, seamless environments. When everything works—without needing to call IT—it improves satisfaction, productivity, and retention. In competitive job markets, that matters.

Space utilization improves too. Instead of guessing how to allocate real estate, organizations can optimize based on real usage patterns, cutting costs and improving outcomes.

And because unified systems are scalable, organizations can adapt to change—adding new locations, incorporating new technologies, or responding to evolving needs—without massive reinvestment.

Navigating the Transition

Of course, this transformation isn’t without challenges. Cultural inertia, incompatible legacy systems, budget constraints, and training needs can all stall progress.

But these challenges are manageable—with the right partners.

Success starts with clear goals and stakeholder alignment. It requires choosing vendors who understand both the tech and the operational realities. And it demands thoughtful change management—training users, supporting staff, and communicating the long-term vision.

The Future of Building Intelligence

As AI, IoT, and machine learning evolve, the potential for building intelligence will only grow.

Buildings will predict needs before they arise. They’ll integrate with enterprise platforms to support business objectives. Interfaces will become more natural—voice, gesture, mobile—reducing friction and boosting adoption.

And on a larger scale, buildings will connect with cities—sharing energy loads, optimizing traffic flow, and contributing to sustainability goals.

Conclusion: The Time to Act Is Now

Traditional AV systems weren’t designed for the connected world we live in. Unified integration isn’t a nice-to-have—it’s the only way forward.

Organizations that embrace this shift will gain operational efficiency, lower costs, better user experiences, and strategic agility. Those that don’t will fall behind—stuck maintaining complex, incompatible systems that no longer meet modern expectations.

The future of smart buildings is unified, intelligent, and seamless. Will your organization lead the change—or struggle to catch up?

The Future of Building Controls: What’s Coming in 2026

on July 17, 2025

The Building Revolution That’s Already Started: Why Your Controls Are About to Become Obsolete

Meta Description: Discover the groundbreaking building control innovations reshaping facility management in 2026. Learn how AI, IoT, and sustainability features are revolutionizing smart building automation systems.

While facility managers across the globe were debating whether to upgrade their aging building management systems, a quiet revolution was already underway. The traditional control panels that have governed our buildings for decades are becoming as outdated as flip phones, and the transformation happening right now will determine which facilities thrive in the next decade and which become costly relics of the past.

The writing isn’t just on the wall—it’s flashing in neon lights across every smart building display in major cities worldwide. The building controls landscape is experiencing its most dramatic shift since the introduction of digital systems, and the organizations that recognize this shift today will hold a decisive advantage over those who wait until tomorrow.

The Current Crisis Hidden in Plain Sight

Walk into any modern office building, and you’ll witness a peculiar contradiction. The lobby showcases sleek digital displays and cutting-edge architecture, yet behind the scenes, facility teams are juggling multiple disconnected systems like a circus performer spinning plates. The HVAC system speaks one language, the lighting controls another, and the security system operates in complete isolation from both.

This fragmentation isn’t just an inconvenience—it’s a silent budget killer. Facility managers find themselves trapped in a web of incompatible systems that demand constant manual intervention, creating inefficiencies that compound daily. Energy costs spiral upward not because buildings use more power, but because systems can’t communicate effectively to optimize consumption patterns.

The complexity has reached a breaking point where even the most experienced facility professionals struggle to maintain optimal building performance. Training new staff becomes a months-long process of learning multiple interfaces, and troubleshooting problems requires expertise across numerous disconnected platforms. This isn’t sustainable, and industry leaders recognize that the traditional approach to building controls is fundamentally flawed.

The AI Revolution That’s Redefining Intelligence

Artificial intelligence in building controls isn’t science fiction—it’s the present reality that’s rapidly becoming the baseline expectation. The transformation goes far beyond simple automation; it represents a fundamental shift from reactive to predictive building management that anticipates problems before they occur.

Modern AI-driven systems analyze patterns in equipment performance, environmental conditions, and occupancy data to predict maintenance needs with remarkable accuracy. Instead of waiting for systems to fail and scrambling to fix them, facility teams receive advance warnings that allow for planned maintenance during optimal windows. This predictive approach eliminates the costly emergency repairs that have plagued building management for generations.

The sophistication of these systems continues to evolve rapidly. Advanced algorithms now optimize energy consumption by learning from historical data and external factors like weather patterns and occupancy trends. The result is building performance that improves over time, with systems that become more efficient as they gather more operational data.

Perhaps most significantly, AI integration is democratizing building optimization. Complex decisions that once required specialized expertise are now handled automatically, allowing facility teams to focus on strategic initiatives rather than constant system management. This shift is particularly valuable for organizations operating multiple buildings, where centralized AI oversight can identify optimization opportunities across entire portfolios.

The Internet of Things Reaches Critical Mass

The proliferation of IoT devices in building systems has reached a tipping point where comprehensive integration becomes not just possible, but essential for competitive facility management. Every sensor, actuator, and control device can now contribute to a unified understanding of building performance, creating unprecedented visibility into operational efficiency.

This connectivity revolution extends beyond traditional building systems to encompass everything from smart lighting that adjusts automatically based on occupancy and daylight availability to advanced air quality monitoring that responds to real-time environmental changes. The data generated by these interconnected systems creates opportunities for optimization that were previously impossible to identify or implement.

The integration capabilities emerging in modern building controls allow for sophisticated automation scenarios that span multiple systems simultaneously. When a conference room is reserved, the system can automatically adjust lighting, temperature, and AV equipment while ensuring optimal air quality for the expected occupancy level. This level of coordination was once the domain of custom programming but is becoming standard functionality in advanced control platforms.

Security considerations have evolved alongside connectivity capabilities, with robust cybersecurity measures becoming integral to IoT device management. Modern systems implement end-to-end encryption and segmented network architectures that protect building operations while maintaining the flexibility that makes IoT integration valuable.

Sustainability Becomes the Driving Force

Environmental responsibility has transformed from a corporate nice-to-have into a business imperative that directly impacts operational costs and regulatory compliance. Building controls are at the forefront of this transformation, with sustainability-focused features becoming central to system design rather than afterthoughts.

Energy management capabilities in modern building controls go far beyond simple scheduling and setpoint adjustments. Advanced systems now incorporate real-time energy pricing, renewable energy availability, and carbon footprint optimization into their operational decisions. This comprehensive approach to sustainability delivers measurable results in both environmental impact and operational costs.

The integration of renewable energy sources and energy storage systems requires sophisticated control logic that can balance multiple variables simultaneously. Modern building controls excel at managing these complex energy ecosystems, optimizing the use of solar panels, battery storage, and grid power to minimize both costs and environmental impact.

Reporting and compliance capabilities have become essential features as sustainability regulations become more stringent. Building controls now generate detailed reports on energy consumption, carbon emissions, and resource utilization that support both internal optimization efforts and external compliance requirements.

The Integration Challenge That Defines Success

The most significant advancement in building controls isn’t any single technology—it’s the ability to integrate diverse systems into cohesive, intelligent platforms that work together seamlessly. This integration capability separates modern building controls from legacy systems that operate in isolation.

Successful integration requires more than technical compatibility; it demands a fundamental rethinking of how building systems should interact and share information. The most effective modern platforms create unified dashboards that provide comprehensive visibility into building performance while maintaining the specialized functionality that different systems require.

The expertise required to implement and maintain these integrated systems has become a critical differentiator in the building controls market. Organizations that understand both the technical requirements and the operational implications of system integration are positioning themselves as essential partners for facility managers navigating this transformation.

API-based architectures and cloud connectivity have become foundational elements that enable integration flexibility while maintaining system security and performance. These technical capabilities allow building controls to adapt to changing requirements and incorporate new technologies as they emerge.

Why Waiting Is the Costliest Decision

The rapid pace of advancement in building controls technology creates a unique challenge for facility managers. The systems being installed today will operate for decades, making current technology decisions critical for long-term operational success. Facilities that invest in outdated or inflexible systems now will face costly upgrades sooner than those who choose forward-thinking platforms.

The competitive advantage gained by early adoption of advanced building controls extends beyond operational efficiency to include tenant satisfaction, regulatory compliance, and property value. Buildings with modern, integrated control systems command premium rents and attract quality tenants who recognize the benefits of sophisticated facility management.

Training and workforce development considerations make early adoption even more compelling. Staff who become proficient with advanced building controls are better positioned for career advancement and can contribute more effectively to organizational success. Delaying this transition means missing opportunities to build internal expertise while the technology is still emerging.

The window for strategic implementation is narrowing as the technology becomes more mainstream. Organizations that act now can influence system design and integration to meet their specific needs, while those who wait may find themselves adapting to standardized solutions that don’t align perfectly with their requirements.

Your Next Move Determines Your Future

The transformation of building controls is accelerating, and the organizations that thrive in this new landscape will be those that recognize the opportunity and act decisively. The choice isn’t between old and new systems—it’s between leading the transformation or being forced to catch up later at a much higher cost.

The expertise and partnership you choose for this transition will determine not just the immediate success of your building controls upgrade, but the long-term adaptability and performance of your facility management strategy. LCD’s deep understanding of both current capabilities and emerging technologies positions us as the ideal partner for organizations ready to embrace the future of building controls.

The revolution in building controls is happening now, and your facility’s role in this transformation depends on the decisions you make today. The question isn’t whether these changes will impact your operations—it’s whether you’ll be prepared to capitalize on them or struggle to keep pace.

Don’t let your building become a casualty of technological advancement. Schedule a consultation with LCD today to discover how we can future-proof your facility management systems and position your organization at the forefront of the building controls revolution. The future of building automation is here, and it’s time to claim your place in it.