Secure Transmission. Contractor shall provide any and all information systems security findings, recommendations, and work materials via a secure file transfer method accessible by the City.
Secure Transmission. Business Associate will only transmit Personally Identifiable Information, Protected Health Information, and other confidential or sensitive data by secure transmission that must implement encryption products that have been validated under the Cryptographic Module Validation Program (see xxxx://xxxx.xxxx.xxx/groups/STM/cmvp/validation.html ) to confirm compliance with current and successor FIPS cryptology requirements as they are made final, in accordance with applicable federal laws, directives, policies, regulations, and standards. For example, FIPS 140-2 Level 4 is the current requirement and Business Associate will comply with its successor publications when made final. Covered Entity will not provide additional hardware or software to Business Associate for this purpose, nor will Covered Entity accept any Business Associate provided hardware/software.
Secure Transmission. The parties will always transmit information to each other in a secure and confidential fashion. Electronic information will usually be transmitted via the gsi network. Electronic information will always be encrypted or password protected when in transit between the parties. Paper documents and removable digital media, shall be sent by secure courier, using a recorded delivery service. • Liaison arrangements The case-specific protocol will build on the matters agreed in this Memorandum. Where co-ordinated investigations or joint regulatory actions generate media interest, both parties will liaise with each other and agree in advance, before it is made, the content of any statement that is to be made to the media.
Secure Transmission. 8. Asking questions about this policy Links to Other Sites - A Disclaimer (return to index) This site has links to other web sites as a convenience to our customers. These include links to web sites operated by other government agencies, nonprofit organizations and private businesses. When you use one of these links, you are no longer on this site and this Privacy Notice will not apply. When you link to another web site, you are subject to the privacy policy of that new site. When you follow a link to one of these sites neither the State of Oregon, nor any agency, officer, or employee of the State of Oregon warrants the accuracy, reliability or timeliness of any information published by these external sites, nor endorses any content, viewpoints, products, or services linked from these systems, and can not be held liable for any losses caused by reliance on the accuracy, reliability or timeliness of their information. Portions of such information may be incorrect or not current. Any person or entity that relies on any information obtained from these systems does so at his or her own risk. Information Collected When You Just Browse (return to index) If you do nothing during your visit to this web site but browse or download information, we automatically collect and store the standard data collected by all web server software. That information is as follows:
Secure Transmission. Once authenticated to the system, all data requests from the application interface are validated with a secure key before data is transmitted. All data is transmitted through encrypted, SSL connections. Service Level Agreement (SLA)
Secure Transmission. Two parties sharing a κ-bit perfect SK K seek to exchange a message M securely.16 To this end, they communicate interactively using a communication F, and based on this communication the second party forms an estimate Mˆ of the first party’s message M . This protocol accomplishes (s, δ)-secure transmission if P .M = Mˆ Σ ≥ 1 − s, 1 ǁPMF − PM × PFǁ≤ δ. ǁ ǁ ǁ ǁ The classic result of Xxxxxxx [30] implies that (0, 0)-secure transmission is fea- sible only if κ is at least log M , where M denotes the size of the message space.17 But, can we relax this constraint for s, δ > 0? In this example, we will give a necessary condition for the feasibility of (s, δ)-secure transmission by relating it to the previous example.
