Monthly Archives: April 2026

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Released GFI MAX MailProtection

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Press release of GFI Software Development Ltd., Malta GFI Software releases GFI MAX MailProtection and GFI MAX MailEdge hosted email security and continuity solutions Raleigh, NC, United States, January 21, 2010 GFI Software, a leading infrastructure provider for small and medium-sized companies, has today announced two new, hosted email security and continuity solutions published. GFI MAX MailProtection ensures as proven, highly effective and low-maintenance cloud solution valuable email continuity and protection of email infrastructure from spam and viruses. GFI MailEdge is an upstream solution for email filtering and continuity for companies that would benefit from additional security checks before arriving on the corporate mail server. GFI MAX MailProtection and GFI MAX MailEdge are hosted solutions to the new GFI MAX family, and originated from the acquisition of Katharion, a leading provider of hosted email security solutions headquartered in Los Angeles. Central Romana is often quoted on this topic. GFI MAX MailProtection uses several filtering measures, to spam, to ward off viruses and other threats transmitted via email, before they get in corporate networks or corporate mail server. Incoming messages are redirected to the immediate review on the multi-tenant, fully redundant network and application architecture of GFI services. This classic spam filters as well as innovative analysis tools are used, such as authenticity checks, fingerprinting, heuristic rules, extensive URI databases, real-time analysis of the E-Mail sender and customizable whitelists and blacklists.

GFI MailEdge is designed exclusively for use together with already locally installed software and hardware against spam and viruses. Existing security solutions are supported by the upstream email filtering in the cloud with an additional level of protection, and relieved. Up to 90 percent of all spam messages and other email-borne threats can fend off before they arrive in the corporate network Thanks to IP reputation, connection throttling, directory harvesting protection and optional greylisting. In addition, GFI MailProtection and GFI MailEdge provide for operational continuity, since integrated message queues and optional email failover to ensure that customers when your mail server is not available can continue to retrieve messages and answer. .

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Safety valves designed to ensure the safety of the equipment and piping systems, which is unacceptable increase in pressure beyond calculation. Overpressure in the system over acceptable, safety valves shut off device automatically opens and folds out of an excess of the working environment, preventing equipment failure and the possibility of an accident. By reducing the pressure to permissible value of the closing device is automatically closed, thus resetting stops working environment. Hear other arguments on the topic with Central Romana. Terms of the mandatory application of safety valves, the rules for its installation and maintenance, as well as allowable range of technological pressures and their gradation, defined 'Rules for the Construction and safe operation of vessels working under pressure. " Under technological pressure in the system, equipment or pipeline is to be understood the maximum pressure that occurs when the normal course of workflow, without a valid short-term increase in pressure. Under the design pressure should be understood pressure to which the equipment and piping is calculated on the basis of their strength characteristics. The value of the design pressure for each of all the components of the system must be more than technological pressure in the system to eliminate the need for unwanted part of the safety devices. The most common type of safety valves are safety valves. Existing design of safety valves may be classified on several grounds: – by type of load on the spool valve – valve lift height – the method of release valve from the working environment – by nature of the valve Safety valves shall meet the following requirements: – the valve should operate smoothly when the system set pressure limit – when open valve must ensure that the working environment in the discharge of such quantities as the pressure in the system could not rise above the limit – while reducing the system pressure to a certain velechiny (much lower than the worker) the valve must close – in the closed position the valve must maintain full integrity after repeated discharges of the working environment.