Our architecture is local-server

based at each property, with a

small single board Raspberry Pi

computer configured as a

controller for each room. The

controller regulates a series of

actuators placed throughout the room. These

actuators are configured for both circular and

linear mechanisms and are secure-wirelessly

connected to the Raspberry controller.

We enhance that base technology with an

Arduino Uno SMD R3 to sense and control objects

in the room. The Raspberry Pi receives wireless

commands, then communicates with an Arduino

serially to change color, pattern, etc. (Arduinos

are better at clocking the signals (such as

required by a multi-color LED strip, for example.)

All UI (user interface) control screens on tablets

and smartphones are server-delivered intra-net

webpages. This gives the screens a user-familiar

look and “under-the-hood” functionality common

to web-site delivery to the device. The UI itself is

swipe-touch-drag-refresh and therefore intuitive

for any user of a smartphone, tablet, or touch-

screen personal computer.

The system wirelessly identifies the unique IMEI

or MEID of a guest’s cell phone (even dormant

ones) and instantly adjusts the room to the pre-

selected preferences of that particular customer.

Our interoperability with multiple systems is

rooted in the direct code reconciliation routines

initially developed by our co-founder for

interaction between major slot machine

manufacturers’ systems and player tracking

systems for casino.

Rather than the massive-data processing power

(and cloud data storage) required for AI systems

(or hybrid pseudo-AI systems), our entire

technology is an on-property install of a small-

processing server, the wireless system, the

Raspberry minis, and the actuators.

The data storage is pulled from existing on-site

data warehousing from the various systems

already installed at the properties (which frees

SmartRooms© from having to maintain its own

data warehouse (other than temporary

configuration files); our system simply passes

message files to populate the web interfaces of

data and stores the data in the original customer

data system.

This architecture allows for a simple installation

with the most minor maintenance required. The

complex specialization of our system is the

interface code itself combined with the actuator

functionality.

The Technology

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