Abstract: A digitized system includes an unbiased entity to display, formulate and moderate reputation of online companies for collecting personal data from online users. The digitized system includes a system for displaying the reputation of online companies in their website to inform or show online users the value the online companies for collecting their personal data. The digitized system includes a system and or a web portal for collecting feedbacks about online companies from online users including user who have provided their personal data and independent agencies. The digitized system includes a system to formulate or calculate the reputation of online companies for collecting personal data based on the feedbacks. Reputation can be a number, a grade, a recommendation, or other types of scoring method. The digitized system includes a system to formulates or calculate the reputation of online companies based on feedbacks kept in a blockchain.

Abstract: In one aspect, a digitized solution for an unbiased entity to verify and/or notarize/attest digital interactions along with interaction data between parties. The parties can be corporate entities or consumers and a between parties relationship can refer to corporate to corporate, corporate to consumer, consumer to consumer or group of corporate entities and consumers The digital interaction comprises consent agreement, data rights access, notifications/alerts, use of services and communications. A verify operation involves identifying the identity of the parties and their use of digital services. A verification of identity involves the verification by email, verification by SMS and/or verification by a Hypertext Transfer Protocol (HTTP) cookie. Notarizing or attesting involves a process of collecting interaction data. The interaction data comprises an interaction term, an interaction detail , an interaction message, a time of event, an internet protocol address, a location, a digital fingerprint.

Abstract: A method including accessing a website comprising one or more webpages. The method may also include determining, by a processor, one or more modifications to the one or more webpages of the web site configured to improve a search engine optimization (SEO) of the web site. The method may also include determining, by the processor, software code configured to enact the one or more modifications. The method may also include determining, by the processor, group-specific instructions configured to insert the software code into the one or more webpages of the website via attribute overwriting. The method may also include installing the group-specific instructions into an application stack of the web site so that device browsers executing code of the web site, to render the one or more of the webpages, execute the software code.

Abstract: A processor receives one or more types of marketing data including but not limited to SEO data, site crawl and log file data, web analytics data, competitor data, paid media spend & performance data, CDP, CRM, ABM, Ecommerce, internal search, and online-to-offline dataO2O. The received marketing data is processed by an optimization engine to calculate optimizations for URLs, pages, page components, page fragments, or websites, such types of optimizations including at least one of, removing duplicate content, optimizing tags and titles, optimizing mobile image and video media, optimizing product offers, optimizing calls to action, optimizing personalized content, optimizing marketing offers, or optimizing user experiences accessed through the use of a browser. A publisher processes the optimization into, each instruction associated with at least one of URLs, pages, page components, page fragments, or websites.

Abstract: In one aspect, a digitized solution for an unbiased entity is provided to attest or certify an acceptance of specified policies or agreements between a corporate entity and their customers or users. In yet another aspect, digitized solution for implementing an automated audit systems to periodically verify the user acceptance details with the corporate entity and how such acceptance are enforced by the corporate entity.

Abstract: In various implementations, job postings and applications for employment may be monitored. Job postings may include timelines, which have criteria that the employer and/or applicant for a job must satisfy during the application process. Ledger(s) may be generated based on timeline and associated with application(s) received and/or user(s). The ledgers may facilitate transparency and accountability in the application process for applicants and/or employers.

Abstract: A system for web asset modification comprises a processor and a memory. The processor is configured to: receive a request for a web asset for display on a device; determine one or more groups for the web asset, wherein each of the one or more groups comprises a group for adapting display of the web asset on the device; and modify the web asset based at least in part on one group of the one or more groups. The memory is coupled to the processor and is configured to provide the processor with instructions.

Abstract: A system for web asset modification comprises a processor and a memory. The processor is configured to: receive a request for a web asset for display on a device; receive an indication of one or more user contexts; determine one or more groups for the web asset, wherein each of the one or more groups comprises a group for adapting display of the web asset on the device; and modify the web asset based at least in part on one user context of the one or more user contexts and one group of the one or more groups. The memory is coupled to the processor and is configured to provide the processor with instructions.

Abstract: A system for web asset modification comprises a processor and a memory. The processor is configured to: receive a request for a web asset for display on a device; receive an indication of one or more user contexts; determine one or more groups for the web asset, wherein each of the one or more groups comprises a group for adapting display of the web asset on the device; and modify the web asset based at least in part on one user context of the one or more user contexts and one group of the one or more groups. The memory is coupled to the processor and is configured to provide the processor with instructions.

Abstract: Embodiments of the invention provide the ability to develop and deploy device independent applications for mobile communication devices having disparate operating systems. A workflow module is used to create an application comprising rule sets that are independent of mobile communication device specific operating system. The look and feel of each application is independent of the mobile communication device in which each application ultimately executes. Each mobile communication device executes a UI Engine that is specific to the device and operating system running on the device. Since the UI Engine is developed once per device and is capable of executing applications interfaces, the only element to be downloaded into each mobile communication device is a UI component comprising a rule set and content data that makes up an application screen.

Abstract: A method and system for implementing a user interface for providing a data service in a mobile client using a server with knowledge of the client's hardware and software capabilities to modify data content and display rules for an improved user interface on the client. Data may be cached on the client to improve application response time and provide a standalone application capability for the client. The automatic conversion of newly developed applications to a plurality of clients with differing hardware and software capabilities reduces application software development and maintenance costs. Software updates and bug fixes can be deployed with the same method and system. An interoperable array of adapters for reporting, billing, and format conversions is also described.

Abstract: A method and system for implementing a user interface for providing a data service in a mobile client using a server with knowledge of the client's hardware and software capabilities to modify data content and display rules for an improved user interface on the client. Data may be cached on the client to improve application response time and provide a standalone application capability for the client. The automatic conversion of newly developed applications to a plurality of clients with differing hardware and software capabilities reduces application software development and maintenance costs. Software updates and bug fixes can be deployed with the same method and system.

Abstract: Embodiments of the invention provide the ability to develop and deploy device independent applications for mobile communication devices having disparate operating systems. A workflow module is used to create an application comprising rule sets that are independent of mobile communication device specific operating system. The look and feel of each application is independent of the mobile communication device in which each application ultimately executes. Each mobile communication device executes a UI Engine that is specific to the device and operating system running on the device. Since the UI Engine is developed once per device and is capable of executing applications interfaces, the only element to be downloaded into each mobile communication device is a UI component comprising a rule set and content data that makes up an application screen.