Method of collating, abstracting, and delivering worldwide viewpoints

A system for tele-professional communication, comprising:

• an internet-based platform configured to distribute subject matter relating to particular issues or topics across multiple professions to devices of multiple users;
• a location module configured to use signals from a location device to determine a user's location, wherein the location device is one of or any combination of a global positioning satellite, WiFi, a mobile transceiver, and a mobile terminal;
• a tagging module configured to attach one or more keywords to the subject matter using the content of the subject matter and the location of the user posting the subject matter;
• a verification module configured to enable verification of the multiple users for at least 10,000 profession types;
• a tracking module configured to track interests of individual users in cookies within the user data on a back-end of the platform, by adding the keywords to the cookies of the user of subject matter created by the user and any other subject matter the user interacts with;
• an AI system configured to determine an area of interest and a legitimacy of a profession of the user based on the tracked interests and e-verification;
• a search module configured to enable users to search for other users with particular interests or professions stored in their cookies files and target subject matter towards these particular users;
• a presentation module configured to present subject matter to a user, prioritized according to the user's interests and profession as stored as keywords in the user's cookies;
• an interaction module configured to facilitate multi-user interaction on the same topic, determined by location, area of profession, and age;
• and
• wherein the verification module includes a nodal detector to detect movements of the face and body of a user during voicing, signing or non-verbal communication and determine the words voiced, signed and non-verbally communicated by the user from the nodal movements of the face and body, and wherein the verification module may compare the words voiced by the user as determined from the nodal movements of the face and body with the words voiced in the video of the user as determined by a speech recognition module, to determine if the user is a real person.