Invention Disclosure Form – iTV Monitisation
WHAT IS AN INVENTION?
As a general rule, an invention is a solution to a technical problem which has utility in a field of economic endeavour.
In general, if the solution to the problem is novel and involves an inventive step when compared with anything previously disclosed anywhere in the world, it is patentable.
The purpose of this document is to provide information from which a patent specification (a document describing the invention) can be prepared.
INFORMATION REQUIRED
1. Field of the Invention
The Field of Invention is a Method and System for the Monetisation of Interactive Television.
2. Background to invention
2.1 The problem
Interactive Television is an emerging industry. IPTV and iTV Technology Vendors, Systems integrators and Network Operators use DRM Key to manage the Transactions of Content Titles on a Per Transaction Basis. This is attached to proprietary software systems that are secured by End-Point Serial numbers and other Software Protection Mechanisms.
2.2 Known solutions to problem
Other Methods and Systems for Monetising Interactive Television have also included Software Codes distributed to end-user Devices.
3. The Invention
3.1 Description
The System is dependent upon a group of processes that establishes a “monetisation” network between parties.
3.1.1 The Central Address – the Central Address contains database services communicating between the networked software application instances.
3.1.2 The Client – is a software program that enables the communications between the distributed networks instances
3.1.2.1 The client requires Registered information to be acquired via a Professional Services organisation in-order to initially obtain Account Information.
3.1.2.2 Once the Client has established an account, they are able to connect to the network using the information provided.
3.1.2.3 The client originates the information between their user environment and their Account Details.
3.1.2.3.1 The Client describes the platform in both hardware, software and network location terms in real time to the central address to formulate identity. (“Identity”)
3.1.2.3.2 The Client then connects via Bluetooth to the Account Holders Mobile Phone, and transfers an information code to the authorised registration organisation.
3.1.2.3.3 The registration organisation receives the information, personally communicates with the end-user and sends a digital code to the client.
The Client is then activated.
3.1.2.4 The Identity information provided by the client is then used to provide an encryption information transaction process for tracking and storing the transaction details.
3.1.3 Transaction.
As identities utilise the larger software environment to transact information to other identities on the network, a transaction process occurs. . information transaction will be provided with a unique digital Identity sting, based on the current information of the parties in association to the transaction. The Information may be transacted in either a native or protected formats. to other identities on the network.
3.1.4 Resources
3.1.4.1 As identities provide transactions through the clients, resources are created in the databases located at the central address. (“resources”)
3.1.4.2 The Central Address, then encrypts the resource address and enables it to be distributed to the client identities that do not store the information.
3.1.4.3 The Encrypted resource ID is then used as part of the transaction request to acquire the information from the alternative identity.
Describe how your solution differs from previous attempts noted in 2.2
With reference to figures or flow charts, give a very detailed description of your solution, and how it would be implemented in a practical situation.
3.2 Advantages
Describe the advantages of your solution. Mention critical commercial aspects.
3.3 Concept
Describe the principle or concept that has underlined you finding a solution to the problem.
What are the features of your description in 3.1 that embody the essence of your solution/advantages.
3.4 Alternatives
Describe in detail variations to your solution that, whilst may be not working as well as your solution described in 3.1, will nonetheless embody the concept of 3.3
4 Inventors
Timothy Charles Holborn, 63 Yerrin St, Balwyn. 3103 Victoria, Australia. who is an independant party. the basic concept and/or design the features that embody the essence of the invention, as noted in 3.3.
5. Provide Drawings
Project: iTV FTA – Codename: “Immersive”
Project: iTV FTA
Codename: “Immersive”
Project Owner: The iTV Company Pty. Ltd.
Project Partners: confidentia;
Start Date: April 2007
Free to Air, Interactive Television Platform for Australia.
1.0 Project Overview
The immersive project aims to distribute content via a standards-orientated interactive platform to TV’s, to provide a mechanism for Free to Air broadcasters and other channel providers to compete with pay-tv, PC Internet and other similar platforms.
iTV content is defined as audio / video and computer software (HTML, JAVA, etc.) that is compiled into a presentation that can be manipulated by an end-user via a “remote control”.
The immersive project will produce a system and methodology to generate iTV channels and content, distribute iTV content securely within a distribution environment (ie: Australian Broadband Network) and view / interact with content create, on a standard advanced set-top box.
Commercially, the immersive project will demonstrate a “free to air” styled IPTV/Digital TV service, via a Set-Top Box that will enable viewing of a free to end-user, interactive content.
The principle distribution of iTV will be paid by the broadcasters via advertising revenue, as an extension to the existing FTA Business Model. The system will however, be capable of delivering additional “iTV” services that incorporate end-user fee (“premium services”) orientated business models.
Background: The convergence of video media business systems.
Free to air broadcasters have been steadily losing their audience to other applications and services that utilise the television, over the past decade. This has produced a range of issues for free to air broadcasters, the most worrying of such is an effective attack upon their core revenue drivers – advertising.
If FTA’s do not receive advertising dollars, then they are unable to provide quality content.
iTV provides the means to deliver “content portals”. Content portals are interactive domains, such as DVD menus, program sites and other interactive programming. A content portal separates the content titles assets from the rest of the iTV environment.
Each iTV Channel can cater for as many content portals as the iTV Channel provide wishes to create. Furthermore, links and overlays can be provided between the iTV content portal and a digital broadcast. Providing the means to leverage a standard broadcast, with interactive content.
End-Users are able to save content to the Set-Top Box. If a user saves a broadcast show, then it will appear within the content portals generated by the channel provider.
The technology systems will incorporate an advanced set-top box profile, an internet storage and distribution methodology, a content production and syndication process, metering profiles, as well as a means to facilitate other requirements as made necessary for the implementation of a “Broadcast” level technology solution.
The basis to the technology already exists, and has been ratified by international standards authorities such as the Internet Engineering Task Force (IETF), The European Telecommunications Standards Institute (ETSI), International Organisation for Standards (ISO) and the International Electrotechnical Commission (IEC).
The First Project commercialise these standards via the sales and development of an operational iTV platform.
2.0 Project Plan May / June 2007: Deliverables.
Within the next 2 months, The iTV Company Requires the following;
- Pre-sales contracts with customers for purchasing channels.
- A PR Campaign
- Technology Supply Agreements
- Technology Implementation Agreements
- A project plan, including technical specifications.
- Establishment of core staff, and operational management and growth strategy
- A prospectus, to raise further funds.
The estimated expenditure breakdown is as follows;
Within two months. The iTV Company aims to be in a position where the company can choose between establishing its own infrastructure or commercialising existing infrastructure.
Description of Deliverables:
The Prototypes will include the demonstration of a Interactive Television Experience, and the opportunities for Advertisers to create interactive spaces and immersive content to sell products and services in connection to TV entertainment.
The Pre-Sales will Include commercial agreements with all three Commercial Free to Air Stations, as well as a range of significant Internet portal players and other “premium content” providers for the purchase of an Interactive Channel. The agreements will feature a “call to action” that will ensure timely sales within the 2 month window.
Channel Providers will provide an amount up-front that will be put in escrow until the channel has been delivered.
A limited number of STB’s will be Sold. This may include a preferred partner (such as Nintendo or Teac) who provides the funds required to develop the First iTV Software Image. The project aims to give away STB’s, on a contracted basis. A ‘symbolic’ fee for obtaining it, and a mechanism to ensure they use it and a method to ensure they don’t break it and ask for another one.
Technology (Commercialisation Phase 1) will be design and project documentation, and acquisition of Technology licenses.
Finding out more – TV Anytime
I’m working on Interactive Television, and have found your name mentioned on the RFC for TV-ANYTIME.
I am interested in defining whether this project is near a status whereby it could be used in a STB Deployment for iTV with DVB-T FTA’s. An adventurous project, however I believe I’ve defined the revenue models, and need to grasp some “architectural” understanding (top level spec’s) of the Integrated IP-Framework.
In order to take a solution to broadcasters, an end-to-end design needs to exist, for implementation with FTA’s, from production through to set-top specification.
I am not a university trained S/W Engineer. However, I’ve been working with digital video distribution technologies (from the computer side of the world) over the past 7 or so years. To my understanding, this is the broadcast industries evolving “standard” for enabling iTV.
However,
Please let me know if you have any info that may help, and whether there are some people here in OZ (Australia) or technology / tech vendors you may suggest I further investigate.
iTV Company WebStuff
The iTV Company aims to provide a community for the emerging Interactive Television Industry and work with other companies to help develop iTV. So, if you’re looking around for some ideas or want to get involved. The iTV Company hopes it can help you and your business become involved in the commercialisation of Interactive Video Content.
The iTV Company has launched an RSS Feed syndication program. linking RSS Feeds, globally concerning matters about iTV – in one place – theiTVCompany.com.au
A web-link archive has also been added. Members are able to add new Web-links to the ITV Company website by signing up as a user, and submitting a new link. Sign-up today, and get involved in The iTV Company development..
1. Choice via menu – delivering menu’s in choosing content within a channel
2. Choice within content – delivering “non linear” content, enabling users to “choose their own adventure”…
A web-link archive has also been added. Members are able to add new Web-links to the ITV Company website by signing up as a user, and submitting a new link. Sign-up today, and get involved in The iTV Company development..
The iTV Company – Establishes a company website.
Built in only a few days, The ITV Company establishes web-presence with the assistance of Joomla.
Joomla is a Open-Source Content Management System. The Joomla system enables a producer to quickly plug-together a system, for managing content and publication processes. The Joomla platform operates with PHP, MySQL, XML and CSS. It incorporates a sophisticated “point and click” administration system, for managing the site.
Additional Joomla “plug-in’s” were used to add some of the other features that were not incorporated in the initial Joomla package. This was an easily accomplished task, as the administration system incorporates a functionality to add “plug-in” packages
Joomla enabled The iTV Company to deploy a web-site for minimal cost, and minimal technical difficulty.
Now, the all important task – time to start generating some immersive content…
The iTV Company – Interacting Free To Air.
In today’s papers, there are a multitude of articles discussing the plight of Free to air broadcasters.
We all enjoy a bit of Free TV, but due to diminishing revenues and fewer eyeballs – our Free TV Is getting less, and less compelling content – because fewer advertisers are focusing their advertising dollars to TVC’s on the Free to Air Broadcasts.
Less than 15 years ago, in Australia, Free TV was the standard purpose of the householders televisions. Pay TV didn’t exist, and gaming consoles and early computers were for the geeks. Not many had imagined the changes that would happen, as computer horsepower developed, and the lounge room would take part in such a battle for commercial supremacy.
Today, Global Giants such as EBay and Google are buying out companies like YouTube and Skype for over a Billion US Dollars. The Household Television is increasingly connected to Internet distributed Content, as an evolution to the Pay-TV era that has only just reached a sustainable subscription rate, in Australia.
Timothy Holborn, founder of The iTV Company, has initiated works to develop iTV standards, a platform and iTV Content that has been designed to be integrated with Free To Air Broadcasters to expand the offerings of Free To Air Broadcasters, and other content channels – to advertisers.
As it was suggested to me over the Easter period. “Free TV is like the beach”, it’s free for people to use.
Interactive TV (“iTV”) offers existing broadcasters a path towards reclaiming the household television, growing their advertising revenues on an incremental and usage basis.
The Production of iTV Content, is different to the generic “web-browser” HTML. iTV Content needs to be navigated with a Remote Control, and produced in a manner that will minimize damage to older non-plasma or LCD Screens. The Resolution is different and the decisions to use the content will generally be through social discussion in a householders lounge room. iTV Content and content navigation systems also need to be suitable for families environments and standardized; so that new, interactive content, can be distributed across the plethora of environments that exist between the televisions, a broadcaster, and the broadband that can enable interactivity and provide further immersive channeling.
In 2007, the iTV Company will start selling iTV. Through this business practice, The iTV Company hopes it can contribute towards the evolution of Free TV, and the maintenance of the evolutionary Entertainment, Edutainment and advertising technology. Television.
Diabetes / chronic diseases Research and Management Tool
Strategy
Research, developing solutions or possible solutions then causing a lot of noise to get something done by corporations who are more specialized in the area of health sciences.
Activities and products
My work was pertaining to creating a digitally networked Research and Management tool, that interacted with the blood sampling unit, and contained the food database (glucose levels, etc) exercise and other affiliated information inputs. The model I was seeking was for Cellular PDA’s to be distributed for a government-discounted fee, allowing patents to enter their disease-affiliated information.
This information would then be used by the patents doctors, to help better manage the patent, and by researchers who if coupled with an advanced database solution would be able to make quantitive analysis studies on current treatment, Drug trials and accelerate Future treatment and analysis.
Chronic Diseases – Mobile Info System
Diabetes & other Diseases mobile reporting system (research, Case Management)
“The ability to Monitor & Report status for Medical requirements.”
This will decrease the time required in developing drugs, cures & other beneficial development in treatments;
IE; Diabetes
- Food Intake
- Carb’s
- Weight
- Glucose levels (up to 10 – 12 times per date)
- What types of Drugs currently on
- Amount of drugs taken
- Amount of Exercise
- Time of each event occurring
The idea behind this type of Solution is to enable medical researchers & medical practitioners with an electronic feeds of what their customers behaviours are & how their disabilities / diseases etc. are being affected by the prescribed treatments. The outcomes from implementation of systems such as the above is the ability to accelerate the curve on treatment & drug development innovations via reporting the effects in an electronically managed, distributed & analysed environments.
Current status is working on the requirements for a Diabetes based program to be developed for beta-testing
Basedrive
Basedrive was an online network operating system, designed between 2000 and 2002
Developed with considerable support of Sun Microsystems, this platform was designed around MHP and JAVA. It must be remembered that at this stage of technology development, Flash was not able to access databases or provide transparencies. As such, our mock-ups needed to be done in director.
Friends called this “windows for internet”. I designed it to provide a multi-device web-platform that provided full DRM Integration for the production, use, management, distribution content and service usage, on an ISP Platform.
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- Select a Game
The Graphics Above was designed by Brett Kiteley.
The demo below was designed by a firm internationally.
Basedrive: Functional Presentation
One of the Proposal by Basedrive Pty. Ltd.
The age of convergence is upon us. Media and mediums will merge to create an interactive multimedia platform that is faster, easier and more efficient providing richer access to all.
The battle lines between “Lean Back Vs. Lean To” technologies will blur as people begin to lean back whilst working, watching and interacting with their new empowered TV set.
Australian company Basedrive Pty. Ltd, will provide the Australian and international marketplace with a wholly integrated hardware and software package that will transform the speed and efficiency of data transfer, delivery, usage and storage.
The package presented is geared towards the TV user, with emphasis on the products’ ease of use and operations. This technology will also provide the smart PC user with functionalities not experienced before keeping all our end users tuned in and online.
The first half of our package is a server side upgradeable digital set top box solution incorporating an IBM compatible (Windows CE or NT), open system with a non-propriety application program interface. It will feature a local hardrive delivering broadband and standard connectivity for advanced internet and local functionality.
These secure set top boxes will be connected via digital cable or DSL lines and/or the terrestrial frequency platform. The Set top box will support constant high speed internet access, free/pay and interactive television, secure online transactions, full telephony, video on demand, IP video conferencing, games and more, all from the convenience of a PC/TV set.
The end user will interface with the TV via an illuminated wireless keyboard/mouse, remote control, wireless headphones and speakerphone. The platform will allow for video mixing, picture in picture and other manipulations supporting interactive video features all whilst web browsing if desired.
The core to our technology lies with the second half of this first generation package.
Basedrive.com will be the data storage and server platform that will act as the entire systems communication hub. All information will be delivered through Basedrive which will be housed in various data warehousing centres.
With the introduction of the new broadband platforms traditional stand alone set top boxes or computers will not be able to handle or store the breadth of information that will soon be available in the marketplace. People will now own and/or have immediate access to their own information rich data or they may chose to hire, buy, subscribe/ license/pay to use or store all their information content. It is to this end that we have created Basedrive.
Basedrive is a self contained product designed to effectively store and distribute data throughout it’s available online subscriber customer base.
The consumer needs that will be meet by this product are:
Online storage of personal data;
This will provide a universally internet accessible place where consumers can manipulate and store their documents, multimedia files, address book information, etc. This application styled product will be provided to the user at a fee incorporated into their access fee for extra “mb” or “gb” storage for which the user will pay. Current data storage companies talk megabytes, our scenario will fall within the range of gigabyte storage.
Application storage area;
The application storage area is where content/software producers, will store their programs and buy/sell access privilege rights, commercially available software that is stored online (used from customers location). This will become one of the most significant elements of the basedrive integrated network system. This online storage model adds to the useability of software and it’s licensees. The consumer will be able to access their programs and information from where ever they can access “a internet connection”. Only the upstream and downstream speeds will vary as this is dependant on the connection platforms of the connecting hardware unit.
These new capabilities will facilitate operators who will be able to offer additional revenue models for the provision of goods and services to the general entertainment and information marketplace.
Basedrive is building upon newly available industry leading interactive digital platforms providing a whole new level of broadband networking services. Enhanced PC functionality delivered via the home video environment makes total sense given the dynamic changes happening in the marketplace.
Intellectual property for Basedrive is now owned by Timothy C. Holborn excluding the domain, trademark and brand, basedrive. For more information on this project or related works, please feel welcome to contact us.
Ethics and IBank – A Vision for Information Security in the year 2000
This document was originally written prior to the basedrive project. It has been slightly edited to remove the worst grammatical mistakes.
Things have developed since, however at a very youthful age, these were the ambitions and motivations for what became the basedrive project – a learning experience about the poorer manufactured errors in a singular management hierarchy for security infrastructure. Nonetheless, this was undertaken in very early times, considering internet technology at that stage. A Vision, at the very least. A bit mad perhaps, but nonetheless.
Ethical Developmental Paper
circa June 2000
Definitions:
Communication, 1. The action of communicating. Now rare of material things. 2. The imparting, conveying or exchange or ideas, knowledge, etc
Language, 1. words and the methods of combining them for the expression of thought. 2. the phraseology or terms of a science, art, profession, etc., or of a class. 3. a community having the same form of speech, a nation.
Network, 1. work in which threads, wires, or the like, are arranged in the form of a net. 2. a piece of work having this form. b. of structures is animals and plants. c. a complex system of rivers, canals, railways, wireless transmitting station, etc.
Source: “the shorter Oxford English dictionary, vol 1&2, Oxford, 1983”
Information, 1.
noun
| 1. | knowledge communicated or received concerning a particular fact or circumstance; news: information concerning a crime. |
| 2. | knowledge gained through study, communication, research, instruction, etc.; factual data: His wealth of general information is amazing. |
| 3. | the act or fact of informing. |
The Digital Language Landscape
In order for a society to develop it must effectively manage, store and communicate information. This has been achieved by the evolution of languages. Throughout their avenues of expression, the digital language currently attains the virtues of a Universally Translatable Machine Communication Language.
Through the use of the Digital Language, any & all other languages have or are being translated, and then integrated to the matrix of information available within a globally networked communications environment.
Although this Web of Data, requires multiple layers of translation data, the eventual Goals of this evolving Globally networked Communications Structure, would be for it to Transact Requests, with minimal Input Requirements, at an efficiency never before available to the world as we know it.
The Machine – Future Tasks.
The world as the public knows it, is currently battling many mass demographic diseases & negative outcome generated from past sociological developments. Although the Cure for such diseases can be attained via future developments, the Processes required throughout any-such “fix” can only be advanced through the development of more effective communication structures.
Medical advances – Digitally Medical
Through the development of Digitally networked Devices, medical tools associated to digitally translated knowledge databases will drive Input/output devices to further identify diseases at a molecular levels, enabling additional procedures whereby such diseases can be removed utilising technologies,
Media Delivery – Social Education Forum
Remote Area’s
Traditionally, remote & country Living has been associated to being disconnected to the culture of more densely populated areas and their communication structures enabling the vast plethora of media delivery. However with digitally enabled Network Delivery, Remote area’s can reap the rewards of Visual, Audio & Text Media Delivery. This will in turn enable a Learning Curve associated to the requirements determined by the user. Theoretically, Internet Media Delivery Networks have the capability to enhance the Educational Curve of the population through a basis of Availability.
Throughout the ages of socialogical growth, availability of learned information has been restricted to economic, social & other demographic rationalisms. Through the use of digital Networks, the Connectivity associated Population can access archives of Television Programming,
Language
The Sociological Requirements for Effective Communication Networks.
As global societies develop, that is societies & communities that have little to no geographical barriers to development, languages & communication structures must be developed to adhere to pre-defined cultural, social & legal requirements.
Prior to the development of the global public digital network – internet, social structures & individuals daily activities were developed within the barriers of physical presence & associated communication requirements (Short Comings).
The global barriers has been significantly removed through the development & use of Internet.
Multiple data language structures can exist on the Internet Infrastructure, these will provide consumers with network or communication structure process differentiation.
However all networks must process any such distribution and storage of communicated assets (information) in an effective manner; The language then has the ability to efficiently be communicated throughout a sociologically defined “networked” environment.
Networks provide creative solutions that empower the evolution of society. The integration of a successful network is dependant on, the availability, financial security, and time efficiency provided by it services.
The networks communication process must enable the access of a larger, sociological environment that will increase the attainability of information.
Networks also enrich our ability to attain knowledge by recording information and organising the widespread facilitation of communicating or advertising socially relevant information or creative material.
This is where the association to the use and development of languages becomes involved. When effective networks are created, the demand can be pre-determined by the services it can effectively provide.
Communication networks demand the association of multiple exterior services providers to internally measure the networks advantages.
This process co-efficiently create further demands for education, simultaneously facilitating the networks ability to develop, creating communication solutions, that then accelerate the development of other languages…. creating evolution……
Most current storage networks rely on computerised information systems. Stand alone Computer are becoming significantly outdated as the electronically networked society develops.
Internet technology is now a requirement of the personal computer market.
Further advances in personal computer technology are becoming a largely secondary concern due to the predominate focus market focus on the Internet.
However, due to the comparative expense and product complications of the Internet network, large market “gaps” are becoming apparent.
The personal computer workstation is still effectively designed to function on a stand alone basis.
It depends on the access and storage of information locally in preference to facilities available on exterior networks, ie. Internet.
The personally created, files or documents can be irreplaceable, and the possibility of misplacing or losing this stored data can result in unjustifiable personal burden and stress.
The current system orientation also influences the communication and computer based communities, in creating “advanced” storage media that continually fail to protect distribution and exploitation of stored and communication based resources.
The sectors of commerce producing or utilising these interrelated products and services are now forced to operate in an environment where ineffective information security solutions are continually breached.
Due to this structurally pre-determined liability; companies and individuals have the internal obligation to predict an estimation of financial loss, likely to occur due to current inadequate systems accepted throughout; created, by current problematic circumstances that in themselves jeopardising this environment due to these ineffective security conditions.
There are countless ways our lives are affected by these primitive inefficiencies.
One of the consequences that produces the most socially disturbing effects, is the collective requirement to primarily focus on personal intellectual protection, before any validation of personal creativity can be assured to be endorsed.
This initial obligation, stagnates the implementation of otherwise warrantable endeavours worthy of validation and personal endorsement.
We as a society are forced to co-exists in this environment where pro-active individuals are supporting the commercial worth or value and production of goods, services and resources, whilst simultaneously created fundamental avenues for illegal and illegitimate use and distribution creating sectors of single directional transactions.
As such, there is a percentage of “market loss”. This could be significant curved by the implementation of a conglomerated communication network. This network would be designed to know all associated variables produced when any communication or transaction is performed internally within.
Protective security mechanisms are the foremost issue in any information storage network.
Securing personally stored information in a worldwide platform, seems enchanting. However the creation of a platform that offers its users total assurance of information safety, network security, and product versatility, if foreseeable.
Welcome to the information storage world I currently call “ibank”. It exists as a new worldwide information protocol, that is designed to be totally integrated throughout the next generation of electronic information access – communication era.
This protocol will be universally understood throughout the computerised communication world.
The “database language”, is designed to manifest a state of total network security. Enabling the eventually implementation, of a democratically based international government, empowered by the rule of communication and information systems.
This preposed organisation would be recognised as the world’s first legally governing international body, controlling the use of communication, intellectual properties and electronic information access.
This government would work in co-operation, with all involved countries and territories to develop internationally recognised laws, for the specific use over the ibank “network”.
The initial creation of an “ibank” legislative council, would specifically orientated this network towards the eventual development of this as yet non existent internationally governing body.
This platform will be designed to provide absolute protection to the individual, for all network related matters.
The rights and privileges available on this network must first be accredited by governing body before it is able to connect as a “ibank” network products or service.
All individuals must agree to the legal contracts provided upon membership, only then can any access to the “ibank” network be commissioned.
This is another network integrated feature, designed to enable the protection of the users freedom and rights on the “ibank” network. A specifically designed legal system is also preposed to be created and integrated into the network.
It would also help to ensure the protection of individual from intellectual, technological, and communication based crimes.
However I would suggest that all changes for “ibank laws” should be democratically voted in by the users, possibly via the network’s user account system.
Ibank is designed to be integrated into the world’s electronic information exchanges.
Via the “ibank” network, access to worldwide product and service industries, are more easily attainable, because of this universally accessible environment.
The “ibank” environmental interface is visually defined by the individual. This feature is designed to facilitate the needs of all individuals.
The personal “ibank” information network, allows the account holding user to enter the worldwide electronic communication market, this personal account system securely manufactures a monitoring system to also secure the “ibank” network environment.
use financial transactions we relay upon, to securely communicating information, and to database personally relevant materials in universally accessible location.
This idealistic aim is to in the most efficient way possible. These systems are inefficient, as they are only of use to the total user base owner or owners of the system or networks proprietor to provide superior security and efficiency.
This preposed information management system, to be presently referred to as “ibank”, I be developed to provide a secure information management platform, for individuals and companies to store and transact information.
Currently individuals store .
Both the financial and informational culturally created asset types’ entities are known to be prerequisites for social individuality and the recognition of social positioning materialistic existence and circumstantial certification for characteristically evaluated events.
This socially indispensable presence existing with such prevalence in our culture, demonstrates the necessity of such entities, currently existing as the primary form of payment and personal “worth”, is totally dependant on security systems in place during the time the individual has “ownership” of such “funds” displayed during means of transactions.
Knowledge, and the communicative version we call information, defines a unique value of the individual, filling a sociological gap perceivably untouched by any other personal entity existing in our society today.
This sociological descriptive tool used to develop communicative understanding, fundamentally necessitates the protection of intellectual “properties”.
The power it gives the individual and the larger environment, possibly benefiting from any personal creativity again creates a need for a totally secure platform where the user is the primary concern.
Upholding the individuals right to express ones’ theories, and to be heard with due acknowledgment of originality, and ownership of intellectual properties.
To be dually commended for the advancements in community knowledge by defining the individual and protecting the “property” interests created by intellectual means, protected by law.
To eradicate exploitation of the individual by means of misappropriating true and/or original person or person’s involved in primary concept and/or development, also to disqualify current structural weakness creating unnecessary risk, of foreign entities gaining undeserved acknowledgments for intellectual properties attained by fraudulent means, ie.
Stolen for reasons of greed of profit.
The ibank information network is designed to help facilitate the creation of a sociological environment where respect is of upmost importance, true intellectual property is recorded to the creator, not the advertiser. the ibank network should uphold these basic understandable “values” in a format better available than currently existing.
The ibank is a secure personal information database tool, available to anybody and every body who uses computers and would like any of the added benefits this product has to offer.
Access to this network must be charged at a negligible fee, with the predominate income becoming attained by percentages of the transactions associated with the distribution of affiliated products and services.
Additional account payments would be applicable for “better” accounts. ie.
- Larger file storage space, optional network features, accessibility options (mobile network, overseas), etc.
This product, ibank, is aimed at changing the present concepts of computerised information storage and information networks. To create a worldwide information storage platform that will encourage true competition, by the coordination of all personal research efforts to attain common worldwide goals.
This network must be efficiently secure. All information stored on this network must be easily attainable to all appropriate users via a simplistically logical visually user orientated, software interface.
It will also secure entitled financial income to the business involved, by assuring customer security and billing for any such information purchases or transactions via the ibank network.
The primary aim is to provide a highly efficient and affective information accessing and storage facility.
This in turn creates an affective information storage network, designed specifically for commercial “online” integration, for better customer targeting and efficient market integration whilst securing absolute privacy.
Product outline
The ibank system preposed is designed to be released in stage form.
First stage should incorporate the following facilities
Totally “online” file storage facility
This is aimed at facilitating the file storage needs of the individual account holder.
The user defines a storage space is allocated on the ibank network enabling the user the facility to store their personally created files in a universally attainable place.
This is a primary facility of the “ibank” network. ibank file storage space provides absolute privacy and a permanent file tagging encryption code to ensure the network file security.
- document files
- graphic files
- workstation backup’s
- user’s personal account information incorporating
- the ibank diary
- the ibank security system
- users integrated service providers (banks, telecommunications, etc)
ibank account diary
Address book information such as;
email addresses
phone and fax numbers
mailing addresses
ibank account holders, personal security system
Accessing procedures
hardware interface smartcard “key”
personally serial numbered credit card sized cd. for initial system contact (only necessary for full account access)
personal “user name” and “password”
ibank network usage history and account accessing privilege listings “d.n.s” style accessing history of all ibank account holders actions whilst online Other network members that have accessed your account listing’s of ibank users you have certified for specific privileges in your personal account
Total security management system incorporating; secure account opening procedures incorporating hardware key’s and security software orientation operating throughout the network.
These are viewed as crucially important initial steps, to be designed for total security and to gain market trust and loyalty. This network must be known as the most secure place one can store their information. This will create the foundations for “ibank” to be the next technological revolution.
