Intellectual PropertyPatent Portfolio and Technologies for Sale

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Introduction

Mobility Workx, LLC also owned by Dr. Edwin Hernandez, founder of EGLA has licensed 3 Patents to Mobile Phone manufacturers.

EGLA Communications develops innovative products in the areas of Telecommunications, IPTV, and Mobile Platforms. They are experts in infrastructure and cloud-based computing with over 20 years of experience managing network infrastructure and complex computing systems, and assists in the commercialization of RF, Wireless, and Media technologies.

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Intellectual Property Portfolio

IP#2 Ray Tracing Mobile SimulationFacilitates testing and simulation of Antenna performance

IP#1 SAFEFI Portfolio includes patent Maps Power button emergency alerting function (or any other pattern) and Software for Android, IOS, and server backeind

IP#3 Cloud to Cable TV – Licensing enables Beats/Apple Music to be distributed on Cable TV Set Top Boxes

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Patent Portfolio

Already Licensedby some phone manufacturers

3 Issued Utilities:#7,231,330#7,697,508#8,213,417

Priority Date:

All on July 31, 2003

2 Issued Utility: # 9,071,957

# 9,338,629

Pending Utility:WO 2015/054501

others owned by Stadson Technologies, Inc

Provisionals:July 27,

2012Feb 25,

2013Oct 9,

2013Apr 28,

2015

1 Provisional:Dec 18,

2014

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IP #1 – SAFEFI Issued Utility Patent #9,071,957:System and Method for Emergency Communications

Utility patent encompassing a method(s) to start an emergency communication session(s) based on user interaction patterns on a communication device, such as a smartphone, smart watch, etc. (e.g Power button of the Phone)Enabling quick launch actions such as:

• Data Delivery, Updates, and Packaging• Application Launch• GPS Location Data Delivery Method • Custom User Interface Launch

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IP #1 - Patent FamilyPatent for #9,338,629:

• Details the transmission of data between a user starting and ending an emergency incident and a server providing a responder with real-time information associated with said incident.

• Unique method to forward incident details to pre-determined response authority.

• Data transmission between a communication device and a secure server during an emergency incident.

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IP #1 - Patent FamilyPending Utility Patent WO 2015/054501:Safety System Utilizing Personal Area Network Communication Protocols Between Other Devices

This patent covers the invention of a device utilizing wireless protocols to communicate with a paired/master device to remotely invoke a safety-oriented response/subroutine on said paired/master device. Invoking is accomplished via the successful matching of a detected event with a predefined activation pattern.An event consists of, but is not limited to:

• Voice or audible pattern recognition• Physical manipulation of device• Hardware Interrupts

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IP #1 - Patent Family Provisional filed Apr 28, 2015:System for Detecting and Initiating Activities

This patent consists of a collection of innovative and novel interaction methods to launch activities on communication devices. The successful fulfillment of launch requirements enables the transition to a device’s predefined response mode.

Interaction methods include, but are not limited to:• Audio-based environmental characteristics• Heart rate characteristics• Changes in environmental properties

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An innovative technology called SNAPP• Minimizes the number of steps required to invoke an

action/launch• Currently utilizes power button on communication devices• Additional launch methods prototyped

Multilayer connection system for information delivery called SafeFi Information Center

• The delivery and updating of time-critical data with unprecedented accuracy to a backend server

Expansive wireless protocol compatibility• Smart devices• Home automation• Industrial networks

Powerful collection of launching methods enabling• Discreet activations• Hands-free control• Environmental event triggers

IP # 1 - Summary & Implementation

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Our IP enables an increase in access to responders and reduction in response time to benefit various industries, such as:

InsuranceIndustry

Campus andCorporate

SecurityTelecommunications

PersonalSecurity

IP # 1 - Impact of IP

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Information CenterDynamic Web Application

• Allows for rapid viewing of pertinent information to an emergency situation

• Customizable geo-fences to alert a specified phone number based on location association algorithm

• Live GPS bread crumbing showing an incident from beginning to end

• Allergies, medical conditions, vehicle information, and other critical data is provided to receivers via user profile

Presents information that’s of far greater accuracy and detail than what is currently available to 911.

IP # 1 - Software

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SNAPP

Report Incidents

Timer Mode

Safety ProfileText-to-911

MobileAndroid and iOS

• Allows for instant launching via SNAPP with immediate transmission of dynamic location and personal information to the web application

• Timer Mode enabling an automatic launch after the set amount of time expires

• Text-to-911 support with zip code validation• Reporting of suspicious or malicious activities

to local authorities• Delivery of safety profile to SafeFi Information

Center during an incident

IP # 1 – Software for Mobile

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IP #2 –RF Simulation Software and Source Code in C/C++:Ray Tracing and Simulation Models.

-PTX 1 watt (+30 dBm)-Fc 5.0 GHz-TX ants. Half-wave dipole-HTXd 0.75 meters

(on the roof of the vehicle)-RX ant. Half wave dipole-HRX 0.5 meters-Area Outdoor/indoor

PRX (dBm)

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IP #2 –RF Simulation

Mobile-CDS is a versatile propagation tool based on ray-tracing technology. It allows the system designer to accurately evaluate the wireless system performance from the comfort of his or her office. Reduction in the time it takes to design the network and the amount of money spent, is achieved by avoiding wasteful data collection campaigns in the field. Models as simple as free space propagations including LOS (line of site) only conditions, to high density urban environments experiencing multiple propagation modes such as; LOS, reflection/transmissions and diffractions are supported. Outdoor only and simultaneous indoor and outdoor propagation analysis are currently available. The next set of slides will provide additional information about Mobile-CDS capabilities and its current status.

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IP #2 –RF Simulation 18.0 dBi TX antenna pattern. Both, TX and RX patterns are represented by their complex Etheta and Ephi electric fields components.

Ideal dipole antenna used at each mobile location to collect the incoming field.

3D building data bases (urban region)

Vehicles in the street

Propagating raysFigures 4a,b

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IP #2 –RF Simulation Simple to use GUI supporting the following functionalities:

Protocol generation. 3D databases (importing, exporting, cloning, cropping, etc.). Propagation analysis (received power, delay spread, co-channel, etc.). Computational engine settings. Material media library. Graphics.

Algorithms supporting LOS (line of site) reflection and transmissions and diffraction propagating modes are build in the original code. Geometrical optics is used to approximate the reflected and transmitted fields. UTD is used to estimate the over the roof and side walls diffracted fields.

In addition to the original facet format, the tool is able to handle other 3D databases formats such as .kml. Both, flat and undulated terrains can be incorporated into the analysis as well as any objects like building, trees and vehicles.

No limitation on the type of environment used in the simulation; urban, suburban or rural.

Able to incorporate in the analysis complex antenna patterns represented by their E and E components. The antenna patterns can be generated using an electromagnetic solver (XFDTD), anechoic chamber measurements or data provided by a vendor.

Throughout the ray-tracing process, the program tracks both the magnitude and the phase of the electromagnetic wave. Complex reflection and transmission coefficients are computed at each incident point. This feature allows the system engineer to analyzed not only SISO (single input single output) but also any diversity scheme and MIMO (multiple input multiple output) channels.

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IP #3 – Cloud to Cable TV

Provisional filed Dec 18, 2014:Method, System, and Apparatus for Multimedia Content Delivery to Cable TV and Satellite Operators

This patent consists of a novel method and a system for continuous media delivery and secured synchronization of multimedia files that are broadcasted to set-top boxes or subscriber units in the field that are connected to IPTV or Cable Systems.

Cloud to Cable TV enables quick and easy distribution of Apple Music to Cable TV systems worldwide with minimum effort and integration with our software. Cable TV systems tested are Arris, Cisco, Ericsson, and many others.

We enable Cloud Services to be delivered to Cable TV

• Connect Apple Music with Millions of Cable TV subscribers around the world

• Apple Music will offer 100+ of music channels to operators

HTML + Music

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Cloud to Cable TV• Integration with the Cloud• Automated Generation of Web/Mobile UI• Statistics and Streaming in multiple

formats • Cable/Headend Support• APIs for 3rd parties• Applications such as Music

and Video deployed to STBs in DVB systems CAB SAT from Cloud to Cable TV

IP #3 - Technology Utilizing IP

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US Patent for MediaPlug Cloud-based platform

Secure content and multimedia delivery

Multimedia Cloud to generate music-based web UI

Multi-platform versions in use by several cable operators in Brazil, Honduras, and other countries

Statistics and analytics for all users requesting Video and Audio

EGLA strives in providing Multimedia Platforms, specifications and software to support all their products and patented technologies

Applications for iOS, Android, and Chromecast

Support for cable systems and billing

IP #3 - Creation Highlights