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Litepaper Presented by Robert Smith Founder President CEO Technical Architect Jeroen Nissen Strategy and Marketing Advisor 1

Abstract In this public whitepaper version Voice Life presents the various components that constitute a holistic wireless power transfer solution WPT This WPT solution utilizes the latest Generation all in one Flexible Terahertz Transceiver and AI and blockchain technology to build the future of wireless charging that is fast secure sustainable and scalable More specifically Voice Life is building the world s first open source blockchain based wireless power network that allows users to harvest and store energy on a real time global basis while remaining in a secure immutable decentralized and proven blockchain network Moreover the Voice Life wireless power transfer network will provide new opportunities with expanded applications for a continuous charge of smartphones mobile devices wearable electronics sensors medical devices IoT drone devices and customizable electric industrial vehicles In addition to its WPT solution Voice Life also presents an online platform specifically designed for the distribution of Intellectual Property IP on the blockchain through F NFTs Via this approach Voice Life is paving the way for companies to distribute risk profit and reward without the need for complicated third parties Moreover this platform is adding to the current utility of NFTs and expanding the possibilities for real world use cases Finally via its strategic partners Voice Life is paving the way of tokenization of IP and sets a new market standard on how future innovators and investors operate within this domain

Disclaimer Informational Purposes Only This whitepaper is a shortened version of the original and excludes confidential information regarding some of Voice Life technologies business models and strategies The full whitepaper version is restricted for the public Moreover the information set out herein is only proof of concept and describes previous milestones and future development goals for the Voice Life continuous wireless power energy system In particular the future milestones in this Whitepaper are being shared in order to outline some of the plans of the Voice Life team and are provided solely for the informational purposes and do not constitute any binding commitment Moreover this Whitepaper chronicles the creation development and application of a continuous wireless power energy system utilizing blockchain technology and artificial intelligence In addition please do not rely on the content of this Whitepaper in making F NFT purchasing decisions because ultimately the development release and timing of any licensing products features or functionality remains at the sole discretion of the Company the licensee distributor or their respective affiliates and is subject to change Furthermore this Whitepaper or the Website may be amended or replaced overtime Moreover there are no obligations to update this Whitepaper or the Website nor to provide recipients with access to any additional information beyond what is provided herein This is not a prospectus or a call to invest in this project it is a paper which discusses the benefits and approach of creating a blockchain driven WPT solution This is not a solicitation for investment References to Companies and Platforms The use of any Company and or platform names or trademarks herein save for those which relate to the Company the Distributor or their respective affiliates does not imply any affiliation with or endorsement by any third party References in this Whitepaper or the Website to specific companies and platforms are for illustrative purposes only No Distribution No part of this Whitepaper or the Website is to be copied reproduced distributed or disseminated in any way without the prior written consent of the Company or the Distributor By attending any presentation on this Whitepaper or by accepting any hard or soft copy of this Whitepaper you agree to be bound by the foregoing limitations 3

Table of content 1 Introduction 1 1 Wireless Power Transmission WPT 1 2 Energy beyond Earth 1 3 WPT markets 1 4 The Problem 2 Voice Life Technologies 2 1 About Voice Life 2 2 Research and Development 2 3 Voice Life Prototypes 2 3 1 First Generation 2 3 2 Second Third Generation 2 3 3 MIMO Antenna Array 2 3 4 First second and third Generation limitations 2 3 5 The Fourth Generation 5 5 5 6 7 8 8 8 9 10 10 11 12 12 2 4 Advanced Artificial Intelligence 2 5 Pairing and validation 2 6 A Holistic WPT Solution 2 7 Licensing or Manufacturing 13 15 17 18 3 Licensing of Intellectual Property 20 3 1 NFTs F NFTs 3 2 The Voice Life F NFT 3 2 1 Fractional IP Ownership 3 2 2 Voice Life Royalties 3 2 3 Holographic Certificate of Ownership 3 3 F NFT sales 3 4 The Voice Life IP Ecosystem 20 20 20 22 23 24 24 4 Revenue Allocation 26 5 Voice Life s Future Milestones 27 6 Team Advisors 28 7 References Appendices 31 4

1 Introduction This chapter aims to elaborate on the elements of wireless power transmission its history the opportunity of energy beyond Earth and concludes with the main challenges WPT is currently facing 1 1 Wireless Power Transmission WPT Wireless power transfer WPT also known as wireless power transmission wireless energy transfer and electromagnetic power transfer is the method by which devices can be charged without a physical connection such as for example a traditional outlet WPT contains two main subdivisions short range WPT and long range WPT The primary technology for short range WPT is inductive coupling When referring to short range wireless charging technology there are already vast amounts of different applications deployed in consumer technology These applications range from charge pads for electronic toothbrushes and wireless phone chargers to garage charging pads for electric vehicles among other use cases What these applications have in common is the technology which transfers power by magnetic fields using inductive coupling between the two metal coils over a short distance Although near field charging offers some flexibility the issue remains that the charged device is still bound to a close range proximity of the charging pad Although short range WPT has already been commercialized it has limited applicability as its charging capability is severely limited to less than three feet In contrast to short range WPT long range WPT utilizes ambient terahertz waves microwaves radio waves laser and even ultrasound A significant benefit of far field WPT via terahertz ambient waves is that it can be used to charge devices over longer ranges Moreover RF has experimentally been proven as a means for charging low power devices but only recently has it become recognized as feasible due to reductions in the power requirements of electronics and smart devices Furthermore radio waves simultaneously carry both energy and information However radio frequency RF transmission of both energy and information have traditionally been treated separately Currently we are experiencing a paradigm shift in blockchain technology and wireless power transfer network design namely unifying wireless transmission of energy and information This unification enhances the utility of the blockchain and terahertz spectrum for the dual purpose of communicating and powering smart phones mobile devices wearables sensors and medical devices 1 2 Energy Beyond Earth There are currently various sources of renewable energy for example solar wind hydro and tidal However based on extensive research Voice Life has identified a new possible means of renewable energy using Terahertz Terahertz consist of electromagnetic waves within the ITUdesignated band of frequencies from 0 3 to 3 terahertz THz 1 THz 1112 Hz It is relevant to note that Terahertz are known under various definitions such as T rays T waves terahertz radiation tremendously high frequency and more Moreover utilizing Terahertz for long range wireless power transfer has been attempted for decades Some of the hurdles in its execution included challenges related to overheating ensuring the solution is economically viable and safe for commercial use However with the increasing WPT demands there is a need to create an economically viable long range WPT An enabler of this solution would be satellites such as a Low Earth Orbit LEO containing a Power Transmitter Terahertz Router 5

A LEO is the simplest and cheapest solution for a satellite placement while still providing a high bandwidth low communication time lag latency and the ability to provide wireless power L E O Power Transmission Moreover the viability of using LEO satellites becomes more apparent given their availability As of 2020 there are currently approximately 3800 satellites already circling Earth s orbit which could support and enable a faster wireless power transmission Furthermore the usage of the LEO satellites is not limited to the wireless power transmission they may also be configured to support communication signals as well as navigation signals Such navigation signals may be implemented to account for various factors such as registration and authentication between the transmitter and the receiver of the wireless energy transmission All in all the usage of a Terahertz based far field wireless charging solution as a source of renewable energy becomes increasingly more viable especially given the enabling capabilities of LEO satellites 1 3 WPT markets Voice Life believes that their technology will be compelling to many end markets each of which may have several potential customers In an effort to focus its activities Voice Life has selected certain initial licensing target markets based on the potential value they would be able to create in these markets As Voice Life continues to develop its technology they may find that it creates more value in other markets if that is the case naturally Voice Life will shift its focus In short Voice Life believes there is a wide variety of a potential use for their transceiver technology that utilizes the Voice Life s wireless power transmission solution Smartphones IoT devices Wearables Tablets Mice Gaming consoles and controllers Keyboards e book readers Remote controls Sensors such as thermostats Toys Rechargeable batteries Lights Automotive accessories Personal care products such as toothbrushes or shavers Retail inventory management such as RFID tags Hand held industrial devices such as scanners or keypads Medical devices Hearing aids This list is meant for illustrative purposes only Voice Life cannot guarantee that they will address any of these markets or that they decide to address a market that is not on the above list More specifically Voice Life intends to continuously evaluate any potential target markets and choose new markets based on factors including but not limited to time to market market size and growth and the strength of Voice Life s value proposition for a specific application 6

1 4 The Problem Portable electronic devices such as smartphones tablets notebooks and other electronic devices have become an everyday need in how we communicate and interact with others In addition due to the ongoing expansion of Internet of Things IoT based solutions there is an increasing utilization of small computing sensors and mobile devices The frequent use of these devices requires a significant amount of power which easily depletes the batteries embedded in these devices Therefore a user frequently needs to plug in the device to a power source to recharge the battery This may require depending on the device the need to charge at least once a day and in certain circumstances multiple times daily Although there are plenty of means available to charge devices they are often limited to traditional solutions such as charging via socket mobile batteries or shorter range wireless charging solutions A key dilemma is how to power these devices as they become smaller more numerous and its mobility becomes increasingly more important Moreover besides the rapidly increasing amount of devices these devices are often dependent on limited or depleting means to charge these devices on the go Moreover the use of mobile batteries or shorter range wireless charging solutions are inconvenient and nearly impossible on a large scale As a result the end user may face instances where there is no means available to charge the electronic device significantly impacting its usage and mobility To conclude in order to revolutionize the way devices are charged today would require a scalable dual wireless charging solution that combines today s latest technologies to enable a reliable continuous and fast charge that does not compromise a users mobility nor their ability to use the device Voice Life has developed such all in one solution which is presented and further elaborated upon in chapter 2 7

2 Voice Life Technologies This chapter elaborates the background of Voice Life the prototypes for a Continuous Wireless Power Energy System the role of artificial intelligence pairing and validation a holistic WPT solution the use of blockchain technology and the distribution of the technology via licensing Any additional information on the functionality flowcharts interoperability and application of the Voice Life Technologies described in this chapter is publicly available in Voice Life s patents and can be found via the following link https uspto report Company Voice Life Inc 2 1 About Voice Life Voice Life is a development stage technology Company that was incorporated under the laws of the State of Nevada on March 12 2015 Originally the Company started with the idea to create a voice controlled environment to set a new standard on how humans interact with electronic devices in their day to day lives However over time the direction has shifted towards the creation of a solution that supports a wireless power energy transmission that provides a secure clean continuous and limitless charge More specifically in the following paragraphs various Voice Life proof of concept prototypes are described that have been instrumental in identifying wireless power transmission limitations and how this can be turned into a all in one solution with the miniaturization of a flexible terahertz far field wireless power transceiver section 3 4 5 Via a platform and application utilizing blockchain technology and artificial intelligence this power transceiver will be able to generate a continuous and limitless charge to smartphones mobile devices wearable electronics sensors medical devices IoT drone devices customizable electric industrial vehicles among other electronic mobile devices 2 2 Research and Development Voice Life has conducted a vast literature research that contributed directly to the creation and filing of the Voice Life patents the technology advancements and this Whitepaper The topics researched by Voice Life include but are not limited to Wireless power transmission RF energy harvesting Far field wireless power transmission over Wi Fi Graphene materials and production methods Superconducting material states in Graphene Ambient terahertz wave energy harvesting Power Generation from free standing Graphene Quantum resistance in blockchain networks 8

2 3 Voice Life Prototypes Voice Life started its development journey by designing and aiming to implement a totally unrestricted and extensive voice controlled business and home environment The major voicecontrolled components necessary for these environments required the integration of a voice activated technology an unrestricted and ubiquitous energy source and complimentary networks As these three areas were examined the initial focus was on the creation of a Voice Activated System VAS However during the development of the VAS a significant hurdle became apparent namely the means of powering the VAS with the greatest flexibility Subsequently the direction shifted towards the creation of a Far Field Wireless Charging System FFWCS to ensure ease and flexibility in the use of the VAS However in order to establish a working FFWCS required multiple elements including A ubiquitous currently available wireless energy source A transceiver capable to transform this energy into power Utilization of blockchain technology and Artificial Intelligence to monitor protect and individualize system access and use Incorporation and specify uses of current and future data and voice transmission networks In order to establish the aforementioned elements required an ongoing refinement of the technology and analyzing the various energy types and potential energy sources Subsequently in 2018 the type of energy and the source was identified resulting in a logical next step which included the design development and composition of the transceiver In addition a Patent Cooperation Treaty PCT 1 application was filed on October 9 2018 with a priority date of October 9 2017 addressing the radio frequency use in the specialized transceiver involving the transmission networks Through an extensive process of trial and error Voice Life eventually defined the design and the development of the transceiver the identification of supplemental software and support necessary for the FFWCS Subsequently Voice Life was employing various patent data search engines and concluded that the hypothesis of creating a special transceiver utilizing radio frequency waves extracted from current available transmission networks was not only unique but groundbreaking More specifically this combination could create a new and novel Intellectual Property domain This domain would include if employing radio frequency waves and a transmission network any current and future device that would require a wireless charge 9

2 3 1 First Generation Voice Life s First Generation proof of concept FFWCS prototype was an add on accessory case for the iPhone smartphone The primary goal of this initial smartphone case design was to efficiently harvest power across multiple 2 4 GHz and 5 8 GHz Wi Fi channels and to function with existing Wi Fi chipsets without significantly compromising the network s communication performance Based upon a unique enclosure and battery receiver design utilizing a 1000 watt charger this prototype was able to produce a 2 minute charge The development of the First Generation graphene smartphone add on accessory case was the first confirmation of the feasibility of the FFWCS concept With this confirmation the focus on further refinements and future applications continued As a result a PCT 2 application was filed on March 25 2019 with a priority date of April 3 2018 This application focused on expanding the transmission network application enhancing the specialized receiver and updating the FFWCS components As validation of the initial 2016 2017 analysis Voice Life received a PCT examiners review for PCT Patent 1 on January 28 2019 and for PCT Patent 2 on August 26 2019 Two different examiners concluded that for both applications all claims were patentable and all uses were covered Subsequently Voice Life has filed and fast tracked these patents in the most important and beneficial individual countries to reinforce the unique technology and Intellectual Property niche 2 3 2 Second Third Generation The Second Generation proof of concept prototype consists of a unique portable charging device and the Voice Life recognition app This portable charging device is the same size as the typical cell phone and enables a rapid direct connect wireless charge to any cell phone which has the Voice Life recognition app A significant enhancement and modification versus the First Generation technology is that it replaces the current charging station battery Moreover the Second Generation soon transitioned into the Third Generation by introducing the advanced charging possibilities through the Voice Life recognition application and enhancement of the wireless charging experience by providing Various charging options A direct connect wireless charge A rapid 2 minute charge Far field charge capability Although the Second and Third Generation were a significant leap forward in terms of improvements of the wireless charging capability the true enabler was the Voice Life recognition application The Voice Life recognition application is an energy harvesting application that relies on an intricate network of signals wired and wireless that support it More specifically in our day to day lives we are completely surrounded by an invisible system of data cables and radio signals from access points cell towers and overhead satellites Our digital lives depend on these very physical systems for communication observation navigation and now wireless power transmission Detecting these signals and translating these signals into a far field energy harvesting capabilities are based on global open datasets of cell tower Wi Fi and low earth orbit satellite locations Based on a GPS location the app harvests energy in 360 degrees of signals around the user The current dataset that the application utilizes to detect surrounding signals includes almost 9 million cell towers 19 million Wi Fi routers and 3800 satellites Furthermore the application also has an Artificial Intelligence capability 10

The Artificial Intelligence AI portion of the application is a wireless charging protocol within a premier smart contract model where billions of software neurons and trillions of connections are trained in parallel This protocol combined with Deep Neural Network DNN algorithms operates with 99 percent accuracy on a single neural network framework that can locate detect classify and pinpoint the different types of mobile devices utilizing the Voice Life transceiver technology in a fast and reliable manner It also powers sensors and IoT device assets accurately seamlessly and continuously in real time for both indoor and outdoor environments All in all the Voice Life application is a silent enabler for the process of detecting and converting ambient energy as a reliable source of continuous wireless renewable energy 2 3 3 MIMO Antenna Array In addition to the First Second and Third Generation proof of concepts another critical component of the Voice Life WPT technology is the MIMO antenna array Multiple input and multiple output MIMO advanced antenna array techniques make it possible to accomplish successful wireless charging links Antenna arrays may not always receive the attention they deserve but in the Voice Life wireless power solution they are the silent enablers that make the wireless power transmission possible from one point to another The Voice Life MIMO antenna design is case specific and the antenna beam patterns are optimized so that more wireless users can benefit from this wireless power transmission This is especially important since systems such as the fifth Generation 5G wireless power utilizes the millimeter wave frequencies The four RF to DC receiver paths allow for the selective WPT connection of 1 to 4 antennas Moreover the MIMO antenna array enables energy Harvesting Receiver Features These features include but are not limited to RF inputs are internally matched for high integration and reduced footprint Targeted for higher output power devices which contain more receiver antennas and can deliver 100mW of DC power Moreover this solution has various benefits as it is a RF antenna based solution has a smaller antenna than coil based designs provides improved spatial and orientation freedom eliminates connectors and charging contacts and enables a fully sealed waterproof design 11

2 3 4 First Second and Third Generation limitations Although the first three Generations clearly proved the feasibility of an effective WPT solution there were still limitations present While via the First Generation solutions a smartphone could continuously gather power during Wi Fi transmissions once the phone is not actively used the smart phone s efficiency to gather power was significantly reduced This resulted in a significant limitation for Wi Fi s ability to effectively charge the smartphone An additional issue was the signal energy density In the US the maximum power that a Wi Fi hotspot can broadcast its signals without a special broadcast license is 150 milliwatts mW Even if the smartphone was collecting from Wi Fi hotspots all of the Wi Fi power with 100 percent efficiency it would take days to charge an iPhone battery Moreover the amount of power harvested from Wi Fi hot spots is severely limited by the small surface area of the phone and its distance from the Wi Fi hot spot Furthermore the rectenna device at that time could gather enough energy to power the Wireless Power Location Sensor but would still take days to charge an iPhone battery To address these current limitations Voice Life examined the miniaturization of all of the components and aimed to consolidate them onto a flexible transparent circuit After an extensive review Voice Life decided to move forward with a revolutionary all in one solution which will include the use of a graphene alloy in all of the system components More specifically this resulted in a solution that would become known as the Fourth Generation This latest innovative breakthrough consisted of the following components Flexible Circuit Flexible Transparent terahertz transceiver Flexible Terahertz antenna array Flexible terahertz hybrid battery supercapacitor 2 3 5 The Fourth Generation The most recent development is the creation of a Flexible Terahertz Transceiver that generates continuous power The transceiver circuitry structure comprises three components a twodimensional 2D graphene material membrane generating free standing ambient energy a terahertz antenna array that converts ambient energy from an alternating current AC power signal into a direct current energy charge and high energy supercapacitor that stores the harvested energy from the terahertz antenna array and power generated electricity from 2D the graphene membrane The 2D Transceiver Graphene superlatives 200 times stronger than steel The world s first 2D material 1 million times thinner than a human hair Stretches up to 20 of its length Carriers electrons at 1 million meters per second With a graphene twist of 1 55 the material becomes superconductive Built in 40GHz wireless link using a fully digital beam forming 6G terahertz array solution 12

The flexible terahertz antenna array energy harvesting efficiency superlatives Elimination up to 90 of the power losses that currently occur during AC to DC and DC to DC power conversion Power Transmission efficiency up to 10 times higher than silicon based devices which result in enhanced high power performance Capability of handling higher maximum temperature then Silicon based devices which will provide better overall system reliability Smaller and lighter antennas result in reduced life cycle energy use Antenna design allows for new opportunities with expanded applications for example IoT drone devices The flexible terahertz supercapacitor superlatives High energy supercapacitor stores both the harvested energy from the terahertz antenna array and the power generated from the terahertz graphene transceiver Four times more energy density than the current lithium ion batteries The ongoing development of the First Generation to Fourth Generation included careful product design expanding the FFWCS applications and network However in order to secure these developments Voice Life simultaneously executed a rigorous Intellectual Property strategy through selective filing with individual country patent offices The goal was to get coverage in the most similar technologically active countries On September 30 2020 the US Patent Office approved one of the utility patent applications all 20 Claims which included protection of the enhanced specialized receiver transceiver and the expanded far field transmission networks Furthermore on November 24 2020 Voice Life received notification by the US patent office of approval of a second US Patent further protecting the FFWCS 2 4 Advanced Artificial Intelligence As previously defined Voice Life already utilizes artificial intelligence in its Voice Life recognition application However recent advances in deep learning convolutional neural networks and reinforcement learning have shown that AI is able to assist in solving very complex problems previously considered intractable Applying AI technology to 5G and 6G wireless communications optimizes the physical layer design complicated decision making network management and resource tasks Moreover the emerging data technology provides an excellent means to study the essential characteristics of wireless networks resulting in more clear and in depth knowledge of 5G and 6G wireless networks behavior Voice Life concluded that AI is a powerful tool that examines and enhances wireless power transmission wireless signal processing channel modeling and bandwidth resource management Although Voice Life is still in the early stages of evolving from person to person communications and energy harvesting with device to device connectivity throughout the connected home machine to machine industrial and automotive markets these new and exciting applications are bringing profound advancements in deep learning artificial intelligence and ambient awareness 13

The Current Outline of AI Applications in Voice Life s Wireless Power Network WPN includes but is not limited to Novel design of deep learning and convolutional neural network approaches for wireless power system applications and services Novel design of machine learning and pattern recognition algorithms for wireless power over Wi Fi technologies for example Wi Fi Hotspots Direct Connect and 5G 6G cellular towers AI Applications to 5G 6G to optimize WPT over Wi Fi including channel models channel state estimation beamforming code book design and signal processing AI Applications to 5G 6G WPT for Wi Fi technologies including coordinated multiple points transmission reception large scale antenna array and multi hop relay AI Applications to 5G 6G and X Band bandwidth management including user association handoff strategy and backhaul technology AI Applications to 5G 6G and X Band resource management including spectrum resources energy sources cloud resources computing resources and communication infrastructure AI Applications to 5G 6G analysis with prediction of network behavior including the multi media traffic load network overhead and network collision AI Applications to 5G 6G to evaluate the scope and potential limitations of AI solutions on WPT over Wi Fi 14

2 5 Pairing and Validation In order to enable a successful WPT requires a connection and unique pairing and validation process of both the transmitter e g one or multiple LEO satellites and the receiver e g one or multiple mobile electronic devices When a terahertz transmitter and terahertz receiver device are placed within an effective distance the terahertz transmitter device will detect whether the terahertz receiver device is valid to receive power through a terahertz wireless signal In addition the terahertz transmitter device and the terahertz receiver device may be configured to mutually detect whether a function of transmitting and receiving power through a terahertz wireless signal is available This detection process will be supported by the Voice Life recognition application If both the terahertz transmitter device and the terahertz receiver device detect mutual availability for transmitting and receiving power through a terahertz wireless signal connection and a unique match i e pairing may be performed between the terahertz transmitter device and the terahertz receiver device During this pairing process a unique identifier i e a WPN ID is directly associated with each of the transmitter and receiver devices Based on a mutual detection of the functionality the receiver device will continue to transmit pairing data e g power transfer request to the transmitter device Subsequently the transmitter device will transmit a corresponding pairing data e g a response to the receiver device In an instance a mutually known code is exchanged between the transmitter device and the receiver device in order to establish a functional and secured pairing similar to the pairing process of Bluetooth When a connection and pairing are successfully established the terahertz transmitter device will send power to the terahertz receiver device through a terahertz wireless signal which results in the initiation of the wireless power transfer A visual representation of the pairing and validation process for a wireless charge is defined in illustration 2 illustration 2 pairing and validation of a charging request 15

In addition to the pairing process the validation of the request is equally important In order to mutually validate a charging request requires the power transmitter device to validate the information of a receiver device using blockchain technology The blockchain holds information regarding the particular receiver device and any number of other receiver devices For example in some cases the manufacturer of the particular receiver device may create an initial entry in the blockchain that includes details about the particular receiver device In turn validation of the receiver device s information may compare the information from the registration request to any existing information about the receiver device in the blockchain In some cases the power transmitter device itself may perform the validation however in some cases the power transmitter device may cause another validation device to perform the validation such as a blockchain server a devoted validation device etc Moreover the power transmitter device may cause an update to the blockchain based on the initial validation and the received information about the receiver device For example if the power transmitter device is a transmitter router the router may cause the blockchain to be updated to reflect that the particular receiver device is attached to the network of the router In some cases a level of trust for the particular receiver device may be included in the update More specifically if certain information about the receiver device does not match the information available in the blockchain the update to the blockchain may indicate a low level of trust for the receiver device Whereas if the information is already available and validated in the blockchain there is a higher level of trust A visual representation of the pairing and validation process is displayed in illustration 3 illustration 3 pairing and validation As previously described when a terahertz transmitter device and terahertz receiver device are matched the terahertz receiver devices may respectively receive an operation instruction from a user to perform a connection and unique match When unique match registration codes of terahertz transmitter device and terahertz receiver device are identical to each other the two are mutually validated in order to ensure the security and reliability of the power transmission However when a terahertz transmitter device and terahertz receiver device are not matched a user may be presented with an error Subsequent to an initial failure to be matched a user may select to retry to establish a connection 16

Although the previous paragraphs describe the pairing validation process and the role of blockchain it does not elaborate on the means of executing these requests on the blockchain In order to ensure an effective execution of the pairing validation process Voice Life has created a blockchain smart contract model which is directly associated with the receiver devices This smart contract model includes a wireless power transfer protocol where billions of software neurons and trillions of connections are trained in parallel with multi stage authentication verification payment process mechanisms and information storage on the blockchain The smart contracts will stipulate one or more terms of the agreement between one or multiple devices of the network such as receiver devices power transmitter routers and so on Furthermore the smart contracts will further define which actions may be executed upon fulfillment of the set parameters and may be configured to communicate in a peer to peer manner to share blockchain information with one or more blockchain servers In addition the smart contracts may mandate maintaining constant receiver connection resulting in constant power stream for the receiving device All in all the role of blockchain in the validation and pairing process is to ensure it authenticates identifies and verifies a unique pairing request between the transmitter device and the receiver This unique approach enables a long range wireless power transmission which is continuous reliable and secure A more detailed description of the validation pairing process the role of blockchain technology and smart contracts is further described in our publicly available patents found on https uspto report Company Voice Life 2 6 A Holistic WPT Solution This paragraph elaborates on the problem as presented in chapter one that described the need for a revolutionary WPT charging solution in order to revolutionize the way devices are charged today requires a scalable wireless charging solution that combines today s latest technologies and future innovations to enable a reliable easy to use and fast charge that does not compromise a users mobility nor their ability to use the device Throughout this chapter Voice Life presents the various components that constitute a holistic WPT solution This holistic WPT solution utilizes the latest Generation Flexible Terahertz Transceiver AI and blockchain technology to build the future of wireless charging that is fast secure sustainable and scalable More specifically Voice Life is building the world s first open source blockchain based wireless power network that allows users to harvest and store energy on a real time global basis while remaining in a secure immutable decentralized and proven blockchain cryptography space chain network Moreover the Voice Life wireless power network will provide new opportunities with expanded applications for a continuous charge of smartphones mobile devices wearable electronics sensors medical devices IoT drone devices and customizable electric industrial vehicles Furthermore facilitating the execution of such charging requests requires a wireless charging protocol within a smart contract model which enables a multi stage authentication verification payment process mechanisms and information storage This protocol in combination with the NVIDIA Deep Neural Network DNN algorithms works at 99 percent accuracy to classify and locate exactly the different types of mobile devices with a lightning quick speed Moreover NVIDA Deep Learning Accelerator NVDLA technology increases the scalability to include a global database of over 3 000 Low Earth Orbiting LEO satellites over 93 million cellular towers and over 2 3 billion Wi Fi hotspots for network positioning and object detection for the provisioning of wireless power This single blockchain network solution will utilize a constellation of satellites that will provide individual access to wireless power on a world wide basis Moreover the holistic Voice Life WPT solution will support a multitude of features which include but are not limited to 17

Determine which devices receive power Authentication of the Voice Life devices Encrypted information transfer between devices Identify whether a device requires a charge based on a battery level Set minimum and maximum power levels Manual and automatic operation of the power transfer system Schedule specific charging times for devices Determine whether a device receives a charge while in use Configuration Parameter control for transceiver and devices Configuration profile for easy duplication of parameters for transceivers Over the Air Software Upgrade of the devices included in the network The previous paragraphs clarify the operability and functionality of the Voice Life wireless charging network However in order to ensure devices are compatible with the Voice Life network would require manufacturers to incorporate the Generation 4 transparent flexible circuit into their products Since Voice Life currently holds all IP rights Voice Life has decided to utilize a licensing model in order to enable manufacturers to integrate the Voice Life Technology into their products 2 7 Licensing or Manufacturing Voice Life has considered the possibility to produce the flexible terahertz transceiver and future prototypes or to license the IP However manufacturing the transceiver and future prototypes would take a significant resource allocation in order to facilitate and manage the process of setting up manufacturing either domestic or overseas While this enables Voice Life to maintain full control of the production process and cycles this would also significantly increase the risks and costs associated with developing production capability and logistic processes from scratch Not only would manufacturing add significant overall complexity to Voice Life operational processes it would significantly increase the time to market of the wireless power solution In addition in terms of cost effectiveness it would require significant investment and resource allocation to achieve an effective production capability and to achieve economies of scale to lower the overall production cost to support the economical and commercial viability of the final product Therefore given the complexities associated with manufacturing Voice Life decided to primarily pursue a licensing approach This approach will enable a faster Integration of the wireless charging technology into customer product designs Moreover Voice Life will provide future license holders with developers kits that are specifically designed to support the mass production and integration of the Voice Life wireless charging technology in their designated product or product group These future licensees may include manufacturers brands OEMs and makers of small devices that require power either on a continuous basis like IoTs or vehicle sensors or products that need power over a distance while in use like wearables smartphones price scanners and tablets Some of the industries these licensees belong to include but are not limited to Automotive Smartphones and Wearables Medical Devices Retail Internet of Things Industrial and batteries 18

To conclude through a licensing approach Voice Life will distribute their IP and allow third party manufacturers to purchase the rights to the Voice Life Intellectual Property Subsequently Voice Life will receive an agreed upon licensing fee and in parallel royalty fees through a royalties model A significant benefit of this approach is that Voice Life will be able to utilize its resources to focus solely on future development of the technology while in parallel securing a faster time to market This faster time to market is achieved as a licensing approach will leverage already existing manufacturing capabilities and expertise of the future licensees Although a licensing approach is currently the preferred approach if the right manufacturing partner presents itself manufacturing any future products directly with this partner will remain within the realm of possibilities In case of a direct partnership with a manufacturer an ongoing assessment of the collaboration would remain critical to avoid any opportunistic behavior as Voice Life will significantly depend on this partner 19

3 Licensing of Intellectual Property This chapter elaborates on the role of Voice Life NFTs the sales of F NFTs and the Voice Life IP ecosystem 3 1 NFTs F NFTs Traditionally NFTs have represented digital art sports memorabilia and even iconic tweets What characterizes NFTs is that their content is unique and there is only one sole owner of its content In addition some traits of NFTs that add to their value include that they are indivisible verifiable on the blockchain indestructible are a guarantee of ownership and are interoperable Moreover given its rarity and unique traits these NFTs are known to sell for vast amounts of money Although its high value may be considered a benefit it also results in the exclusion of a significant number of market participants with less liquidity Therefore a more divisible alternative was introduced namely Fractionalized Non Fungible Tokens F NFTs These fractionalized NFTs enable greater liquidity and allow smaller investors to participate and own a fraction of a high value NFT Some examples of different use cases for F NFTs include real estate arts gaming music and Intellectual Property among other use cases 3 2 The Voice Life F NFT Voice Life acknowledges the utility of F NFTs and will therefore tokenize its Intellectual Property Utilizing tokenization will enable fractional ownership in Voice Life Intellectual Property as defined in 3 2 1 More specifically Voice Life plans to launch a fractional non fungible token F NFT on the Binance NFT Premium platform and therefore the Intellectual Property fragments of the FNFTs are hosted on the BNB chain The revenue distribution of these F NFTs will be executed exclusively with Verge Currency XVG which will be further defined in 3 2 2 3 2 1 Fractional IP Ownership The Voice Life F NFTs will provide fractional ownership in Voice Life Intellectual Property as defined in this subparagraph The extension or future updates of the patents will remain within the F NFT scope However Voice Life s strategy is to ongoingly file for additional patents to protect their innovation and future technology advancements Therefore any new technologies or innovations that are not part of the below defined patents will not be part of the scope of the first F NFT offerings More specifically owners of the first Voice Life F NFTs will therefore have a fractional ownership in the patents as defined in this subparagraph but do not hold any rights or fractional ownership in any future patents However any future updates or extension of the patents mentioned below will remain part of the initial Voice Life F FNT scope 20

February 2 2021 First US Patent Granted Priority Date October 9 2017 March 9 2021 Second US Patent Granted Priority Date October 9 2017 April 22 2021 Third US Patent Granted Priority Date April 3 2018 May 20 2021 Fourth US Patent Granted Priority Date April 3 2018 June 29 2021 International Patent Granted from South Korea Priority date October 9 2017 August 4 2021 International Patent Granted from Japan Priority date October 9 2017 September 2 2021 European Patent Office Patent Granted in 38 additional countries Priority Date October 9 2017 Each PCT coverage includes their respective European Patent Office EPO filing and with each EPO issuance gives automatic approval in 44 countries Each issued patent has been filed in an average of 7 selected individual countries not covered by their EPO respective filing but included under the PCT coverage As previously described the aim of the Voice Life patents is to ensure the WPT technology is secured on a global scale The key distinctive areas that are currently protected by the aforementioned patents are 1 Energy Harvesting of Ambient Terahertz Waves Covers far field wireless power delivery to Smartphones Internet of Things IoT devices mobile electronic devices autonomous vehicles and Medical devices etc 2 Blockchain utilization to authenticate identify and verify a unique pairing request for far field wireless power transmission 3 Advanced transceiver circuitry structure with the following attributes A two dimensional 2D graphene material membrane generating free standing ambient energy Terahertz antenna array that converts teraherz ambient energy from an alternating current AC power into a direct current energy charge High energy super capacitor that stores the harvested energy from the terahertz antenna array and power generated electricty from 2D the graphene membrane 21

3 2 2 Voice Life Royalties As a holder of the first Voice Life F NFT you are eligible to a passive income of up to 20 years through licensing royalties More specifically via a tailored smart contract all F NFT holders receive 15 of all licensing purchase prices generated within the patents scope These licenses may be purchased by different technology companies manufacturers brands OEMs and makers of IoT devices among other use cases For example if Voice Life sells an exclusive technology license to a smartphone Company for 10 million a F NFT would be eligible to receive 15 of 10 Million This would equal a 1 5 million split among the total pool of F NFT holders To ensure the licensing royalties are distributed in an automated and trustless manner requires a bridging solution between a Company interested in purchasing a Voice Life IP license and Voice Life and its F NFT holders In order to support this type of distribution Voice Life has created a unique Voice Life token which will function as a bridge between the exchange of IP between Voice Life and the future license holder and the distribution of the licensing fee among the F NFT holders and Voice Life More specifically after fulfilling the aligned licensing fee a licensing purchaser will wire the agreed upon price to the Voice Life token which upon confirmation of the payment will be burned The burning of the token equals the execution of the smart contract and distributes a signed copy of the licensing agreement to the license purchaser while in parallel distributing the licensing funds among the F NFT holders and Voice Life A graphic representation of the licensing process and the distribution of its royalties is defined in illustration 4 Illustration 4 Licensing royalty structure 22

In addition to a passive income through licensing fees Voice Life F NFT holders are also eligible for up to 20 years of passive income through product royalties Similar to the licensing structure the product royalties also utilize a tailored smart contract for F NFT holders More specifically the technology product royalties are sub license income that relates to any digital payment received through any licensed product or through the product or service the making using selling offering for sale importing exporting or other type of execution For example Xiaomi buys a license for 10 million dollars and they develop a product utilizing the Voice Life Technology and results in 500 million dollars in sales In case of a specific royalty agreement of 5 of total sales the F NFT holders would receive 15 of the 5 Thus the sum equals 15 of 25 million which would result in a distribution of 3 75 million among the F NFT holders A graphic representation of the product royalty process and its distribution is defined in illustration 5 Illustration 5 Voice Life product royalty distribution 3 2 3 Holographic Certificate of Ownership The previous paragraphs have defined that holders of the Voice Life F NFT have a fractional ownership in the Voice Life patents and are eligible for up to 20 years of passive income through licensing deals and product royalties In addition to these benefits holders of the Voice Life FNFTs will also receive a holographic certificate of ownership This holographic certificate is on the one hand the proof of fractional ownership in the Voice Life patents but on the other hand is also a piece of art More specifically the visual representation of the certificate displays the animation of a bolt of lightning representing the Voice Life logo and its patents This piece of art can be displayed on mobile devices 3D projectors or any type of virtual display A graphic representation of the Voice Life holographic certificate of ownership is defined in illustration 6 Illustration 6 Voice Life holographic certificate of ownership 23

3 3 F NFT sales The F NFT sales of the Voice Life fractional IP consist of 4 rounds which add up to a total of 5000 F NFTs It is noteworthy that the total of 5000 F NFTs will not be diluted More specifically no additional F NFTs within the aforementioned patent domain will be created resulting in a maximum supply of 5000 F NFTs The launch of the F NFTs will be executed via the Binance NFT premium platform and consist of the following 4 rounds 650 F NFT available in a private sale at a cost of 3 500 350 F NFT available in the first public round at a cost of 3 500 1500 F NFT available in the second public round at a cost of 4 000 2500 F NFT available in the third public round at a cost of 5 000 It is noteworthy that the public sales have no predefined period defined and may be sold consecutively Furthermore the first F NFT sale of Voice Life emcompasses exclusively the patents that are included in this whitepaper For future new patents Voice Life may decide to create a new F NFT and subsequently a new offer Therefore holders of the initial F NFT sales do not possess any rights nor fractional ownership into any future new Voice Life patents outside the patent domain presented in this white paper 3 4 The Voice Life IP Ecosystem The launch of the Voice Life F NFT as described in the previous paragraphs is the real life example of a Company generating income through fractional ownership distribution via F NFT in the IP domain Voice Life believes there is a market opportunity to extend this application beyond its own Company borders Therefore Voice Life will continue working together with Verge Currency and BNB Chain to design the infrastructure for a global patent marketplace asset sharing platform designed to transform intangible IP corporate assets into a digital tradable asset More specifically Voice Life has built a platform which allows companies to follow a similar approach of distributing their IP through F NFT offerings The IP F NFTs that are sold and distributed on the platform will consist of fractional ownership of the Intellectual Property of the participating Company a royalty structure and holographic certificate of ownership In addition this marketplace will utilize the BNB Chain infrastructure to support the premium smart contracts and in parallel utilize Verge Currency as the sole means of payment Voice Life will continue to use XVG to provide greater liquidity and in addition accountability due to the transparent nature of the blockchain What makes the Voice Life marketplace unique is that it will be a new means to help enhance global innovation by empowering companies to distribute IP rights effectively transparently and generate a new revenue stream through the usage of F NFTs These F NFTs can be created and distributed on the platform creating a new standard for companies to distribute their technology among licensees or third parties utilizing immutable blockchain technology This platform will enable a broader application of the tokenization of IP and create a new investment vehicle for the individual investor and will bring new diversity stability and liquidity to the IP domain for both innovators and investors In addition another significant advantage of utilizing the Voice Life platform would be that it allows businesses to easily distribute ownership and profit through a public blockchain ensuring transparency and accountability 24

As previously described the Voice Life IP platform will provide third parties the opportunity to tokenize their IP and to distribute it among interested market participants In order to support the IP launching process maintain the infrastructure and the promotion of the F NFT sales Voice Life will take a stake in the generated revenue of any F NFT offerings that are executed on the platform However before the actual offering and distribution of a F NFT there are various conditions for a Company to meet More specifically when Company X applies for an F NFT IP offering on the Voice Life platform Voice Life will first perform a due diligence check to understand the nature of the Company and the legitimacy of their IP Upon completing and passing the due diligence check Voice Life will align with Company X on the smart contract parameters of the IP F NFT offering This alignment includes defining the maximum supply of the F NFT and the percentage allocation of royalties amongst its holders Subsequently to the alignment and creation of the smart contract parameters the F NFT of Company X will then be minted and the actual F NFT offering is launched on the platform After the sales have concluded the F NFTs will be distributed amongst its new holders and in parallel the generated revenue in XVG is distributed back to the Company X and Voice Life A graphic representation of the F NFT IP offering process via the Voice Life IP platform is defined in illustration 7 Illustration 7 Voice Life F NFT platform All in all by creating an online platform specifically designed for the distribution of Intellectual Property IP on the blockchain through F NFTs Voice Life is paving the way for companies to distribute risk profit and reward without the need for complicated third parties In addition this platform is adding to the current utility of NFTs and expanding the possibilities for real world use cases Moreover the partnership between Voice Life BNB Chain and Verge Currency will pave the way of tokenization of IP and set a new market standard on how future innovators and investors operate within this domain 25

4 Revenue Allocation This chapter elaborates on the resource allocation generated through the sale of the Voice Life FNFTs The Voice Life founders have discussed and revised the assumption and projections made in this chapter with the Company Advisors In some instances Voice Life has changed the revenue allocation and projection based on new assumptions provided by the advisor However the final decision to alter any assumptions was finally made at full discretion by the Voice Life executive team Use of funds Revenue objectives 22 000 000 Transceiver Development 39 8 500 000 Operations 24 5 400 000 Energy Harvesting Development 18 4 000 000 F NFT Platform Development 10 2 200 000 Intellectual Property Development 9 1 900 000 Total 22 000 000 Private Sale 650 F NFT s Cost 3 500 2 275 000 Binance NFT 350 F NFT s Cost 3 500 1 225 000 Binance NFT 1500 F NFT s Cost 4 000 6 000 000 Binance NFT 2500 F NFT s Cost 5 000 12 500 000 Total 22 000 000 Transceiver Development 39 Ongoing focus on the flexible circuit creation refinement of the transceiver circuitry components to be modified for multiple applications and specific optimal graphene incorporation Operations 24 The use of these funds will be to reimburse development costs pay off debt expand the team complete end to end planning and handle future business needs Energy Harvesting Development 18 Refinement of the specific criteria web development component applications and maximum AI and blockchain utilization to most efficiently interact with the transceiver F NFT Platform Development 10 The creation of the global premiere platform for both the provisioning of wireless power and management of IoT devices Intellectual Property Development 9 On going extensive worldwide patent expansion and Intellectual Property protection 9 Transceiver Development 39 10 39 Operations 24 Energy Harvesting Development 18 18 F NFT Platform Development 10 24 Intellectual Property Development 9 26

5 Voice Life s Future Milestones This chapter elaborates on some of the key highlights of Voice Life s accomplishment since its inception In addition the key future initiatives are described However please note that any initiatives mentioned in this chapter solely encompass Voice Life s key future milestones and are not a representation of all planned future initiatives Some of Voice Life s key accomplishments include but are not limited to Designed schematics for a new prototype product family and ensured patent protection Designed and analyzed wireless power transmission network capability utilizing AI and blockchain infrastructure from Wi Fi network routers cell towers and Low Earth Orbiting satellites LEO Designed detailed specifications for a graphene prototype enclosure to enhance electrical and thermal conductivity Designed nano system mechanical graphene circuit components to enhance the conversion of captured energy to power Designed software optimizing the wireless power transmission efficiency Designed prototype specifications for testing quality and compliance Designed first step products with revenue projections Some of Voice Life s key focus development areas for 2022 and 2023 include but are not limited to Deployment of the outreach strategy for the onboarding of licensees and strategic partners Integration and implementation of quantum technology security features Creation and further expansion of the Voice Life F NFT platform Transceiver development and enhancements Energy harvesting development and enhancements Standardization of Voice Life technology integration through development kits and technology blueprints Intellectual Property development Full stack development of web 3 0 capabilities In addition to Voice Life s future achievements the Company was able to leverage and build strategic partnerships with Verge Currency Binance NFT Platform Binance Premier Smart Contract smart chain and UCLA among others All of these partners play a critical role in the development enhancement and further extension of the Voice Life wireless charging ecosystem 27

6 Team Advisors Robert Smith Founder President CEO Robert has more than 35 years experience and has advanced knowledge and skills necessary for conceptualizing designing implementing and managing complex systems and networks The combination of his graduate professional coursework and real world work experiences has provided him with the foundation and expertise in understanding processes by which complex networks and systems are conceived planned designed built tested and certified Robert received his Bachelor of Science B S in Pre Law in 1979 Eastern Michigan University EMU and went onto the University of Southern California USC where he took graduate and professional coursework at the Viterbi School of Engineering with focus on Aerospace Mechanical Engineering Robert s studies also included graduate work at USC Marshall School of Business and worked on his Master of Science in Entrepreneurship and Innovation He also did research at the UCLA California NanoScience Institute CNSI beyond CMOS developing new graphene materials that enable vastly more powerful 3D printed flexible circuitry In 1984 during the Los Angeles Olympics under the direction of Jim Harding the General Manager of the Los Angeles Coliseum Robert assisted with contract negotiations with broadcasters telecommunication companies computer vendors movie and TV studios and cable companies In 1986 he joined USC under the leadership of Senior Vice President USC Anthony Lazzaro where he was responsible for designing configuring and automating USC s 12 business affairs departments In 1998 during the Internet boom Mr Smith joined Ingram Micro where he created and managed 34 International worldwide electronic commerce websites and has created a 120 server farm managing all aspects of security load balancing clustering and scalability of global web architecture In 2002 Robert joined Microsoft to work with their hardware and software engineers integrating the load balancing clustering and scalability algorithm he developed at Ingram Micro and transferred this algorithm into the Microsoft operating system and created a new product called Application Center 2000 which he successfully integrated into Microsoft IIS operating system Robert also created all of the tech notes for implementation for reference guide to Microsoft business consultants to implement into corporations During tenure at Microsoft and also during this period he also worked as Senior Technology Business Development Consultant Robert realized he had a real passion for entrepreneurship and had the critical skills confidence and knowledge needed to create the next great technology Company of the future He conceived and envisioned a voice activated wireless power transmission network for both home and business As a result Voice Life was founded in March 2015 to develop and commercialize this idea Robert began the development of his vision and focused all of his efforts on the creation of a receiver device for facilitating wireless energy reception and far field wireless power transmission platform utilizing blockchain technology and Artificial Intelligence In 2016 he began patenting the receiver associated wireless power infrastructure As of 2022 under Robert s leadership Voice Life has achieved many milestones including the 4 granted US Patents 2 International Patents and 1 European Patent Office Patent The Company has since filed for validation for the patents in the following countries Austria Belgium Croatia Denmark France Germany Great Britain Italy Netherlands Spain Sweden and Switzerland Mr Smith is currently taking the IP accomplishments and creating a product designed to transform the patent asset class by increasing revenue Generation for the Company transparency and promoting technology engagement which he believes will encourage more technology innovation 28

David L Lark Co Founder SVP Strategic Planning and Operations David is an entrepreneur researcher and a physician based in California USA He has been working with Robert on technology development and innovation for the past 16 years He has more than four decades of a diverse international professional career which has included international business creation and development multiple diverse scientific endeavors resulting in a variety of patents multiple scientific peer review and consultant roles multiple medical administrative responsibilities and a multi year focus on the creation and development of the Far Field Wireless Charging System These experiences were based upon a science and math education a Northwestern University Medical Degree a Stanford University Ph D various fellowships and an international business degree As a Co Founder David has been involved in all aspects of Voice Life including but not limited to technology creation and short long term strategies Michael Smith Operations Manager Michael s business management experience began with a Masters Degree in Sports Management at the University of California Long Beach He then attained a position as a sales and marketing executive for the Los Angeles Clippers working in the front offices inside Crypto com Arena He was then able to continue his career in transitioning to work for the front office of Major League Soccer as the game day event communication lead for LAFC soccer club With the valuable business management experience he gained in the sports business world in 2019 Michael began working for Voice Life as the head of digital marketing and in 2021 he became the Manager of Business Operations for Voice Life In the current role he oversees the day to day work and effectiveness of business growth behind the ongoing advancement of the Company He currently plays the lead role in the financial management budgeting and new business development Mihael Radoslovic Project Manager Mihael was born in Rijeka Croatia finishing his education as a mechanical engineer He worked as an offshore mechanical engineer for 15 years where he was responsible for a team of engineers However he recently decided to focus on what he is most passionate about changing the world for the better with new and advanced technologies Mihael is a member of both Verge and Voice Life teams As a true believer in decentralized open source projects Mihael joined the Verge community in early 2017 He quickly realized he could support the project from within the team by managing the internal team activities and communications His roles in the Verge team have changed multiple times over the years and for the past two years he has volunteered as Project Manager for Verge Currency In September 2021 Mihael joined Voice Life as Project Manager where he oversees all aspects of the project and coordinates various departments to ensure all projects are delivered on time He enjoys working with other individuals and teams on providing the latest technologies and inventions to the world 29

Justin Valo Verge Currency Justin Sunerok is the founder and lead developer of Verge Currency with 20 years in network security ten years in blockchain technology and is a lifetime advocate of open source technology He first launched Verge Currency in 2014 under the name DogeCoinDark His project was started out of pure passion and determination to deliver a software based application designed to enable users worldwide to regain some privacy in their everyday lives Mark Wittenberg Blockchain Advisor HyperSphere Technology Board Mark is a crypto educator from Calgary Alberta with an extensive sales marketing and finance background since 1998 Mark has had huge success at scaling companies within a short period of time and since early 2018 has been a member of the Verge Currency core team focused on partner development He was an exhibitor and Top Influencer at the Consumer Electronics Show CES in 2021 Apart from Voice Life Mark is currently on the board of advisors for Hypersphere Technologies and CasinoCoin His links with cryptocurrency go as far back as 2010 His love for all things crypto is reflected in his very impressive following on Twitter 30

7 References Appendices The data and references that support the research descriptions explanation and findings of this Whitepaper are publically available in the Voice Life patents and can be found via https uspto report Company Voice Life Inc Any additional references and appendices are excluded in this public version of the whitepaper and are considered confidential as they refer to future developments that are not yet public The full version of the whitepaper is exclusively available for Voice Life s partners under strict NDA and upon reasonable request 31