CYBER SECURITY PLAYBOOK

Brand Owner (click to sort) Address Description
CYBERSECURITY PLAYBOOK Coleman, Nicholas S cyberplaybook@gmail.com P.O. Box 50388 London W4 4WU A series of fiction and non-fiction works, namely books, booklets, pamphlets, newsletters, articles, manuals, handouts, worksheets, and educational materials, in the fields of cybersecurity, technology, and risk management;CYBER SECURITY PLAYBOOK;CYBERSECURITY;
CYBERSECURITY PLAYBOOK Focused Solution Recourse Delivery Group 10665 Durland Avenue NE Seattle WA 98125 CYBER SECURITY PLAYBOOK;Consulting and legal services in the field of privacy and security laws, regulations, and requirements; Consulting services in the field of maintaining the security and integrity of databases; Legal consultation services; Legal consulting services in the field of listing and tracking of foreign and domestic government regulatory requirements, for obtaining permits and regulatory compliance; Legal consulting services in the field of cybersecurity; Legal document preparation and research services for attorneys; Litigation consultancy; Litigation support services; Reviewing standards and practices to assure compliance with cybersecurity laws and regulations; Tracking and monitoring regulatory requirements in the field of cybersecurity for regulatory compliance purposes; Providing customized legal information, counseling, and advice, and litigation services in the field of cybersecurity; Providing information relating to legal affairs; Regulatory compliance consulting in the field of cybersecurity;'CYBERSECURITY';
 

Where the owner name is not linked, that owner no longer owns the brand

    
Technical Examples
  1. Different levels of security are provided in a security system so that users can decide the security level of their own communications. Users can choose a low level of security and maintain the security overhead as low as possible. Alternatively, they can choose higher levels of security with attendant increases in security overhead. The different levels of security are created by the use of one or more of two keys: an encryption key is used to encrypt plaintext data in a delta and a message authentication key is used to authenticate and insure integrity of the data. Two keys are used to avoid re-encrypting the encrypted data for each member of the telespace. In one embodiment, the security level is determined when a telespace is created and remains fixed through out the life of the telespace. For a telespace, the security level may range from no security at all to security between the members of the telespace and outsiders to security between pairs of members of the telespace. In another embodiment, subgroups called "tribes" can be formed within a telespace and each tribe adopts the security level of the telespace in which it resides.