Newsroom

Mission Critical Partners Expands Its Team with Three Key Hires

STATE COLLEGE, Pa. (March 13, 2017)Mission Critical Partners (MCP) today announced several new additions to its industry-leading roster of public safety subject-matter experts. The new hires are as follows:

MCP Announces the Hiring of Three New Experts to Bolster the Company's Public Safety Technology Expertise

STATE COLLEGE, Pa. (March 13, 2017)—Mission Critical Partners (MCP) today announced several new additions to its industry-leading roster of public safety technology subject-matter experts. The new hires are as follows:

Mission Critical Partners Announces February Continuing Education Series

STATE COLLEGE, Pa. (February 17, 2017)—Mission Critical Partners (MCP) announced its February Continuing Education Series session topic today. This complimentary and virtual educational webinar provides the public safety and 911 community with an opportunity to stay current on new technologies, legislation and industry trends without having to travel.

Mission Critical Partners Weighs In on Smartphone Apps' Effect on 9-1-1

STATE COLLEGE, Pa. (February 10, 2017)Mission Critical Partners (MCP) today announced that the firm recently filed comments with the Federal Communications Commission (FCC) urging the Commission to initiate a proceeding to consider how best to apply existing regulations to smartphone 9-1-1 applications and, where necessary, adopt new requirements.

Mission Critical Partners Announces Fall Continuing Education Series

STATE COLLEGE, Pa. (October 13, 2016)—Mission Critical Partners, Inc. (MCP) announced its fall Continuing Education Series session topics for October and November today. These complimentary and virtual educational opportunities provide the public safety community with an opportunity to stay current on new technologies, legislation and industry trends without having to travel.

Mission Critical Partners Supports Successful Arizona Nationwide Public Safety Broadband Technology Test Event

STATE COLLEGE, Pa. (October 6, 2016)— Mission Critical Partners, Inc. (MCP) developed and managed, on behalf of the State of Arizona, a mock disaster drill designed to test a variety of communications technologies being considered for the state’s planned public safety broadband network (PSBN). The disaster drill—which simulated a tour helicopter losing altitude and striking a tour bus, with multiple fatalities and injuries and a wide debris field— was hosted by the Hualapai Tribe and its Grand Canyon West Corporation, and held on tribal lands at the west rim of the Grand Canyon.

National 911 Program Announces August 9th State of 911 Webinar

Join this webinar for a conversation about the pros, cons and alternatives of a national address database, the assistance available for counties who do not have electronic address data, and the findings from the National Address Database Summit.

March Continuing Education Series Announced by MCP

PORT MATILDA, Pa. (February 10, 2016)—The fast-paced nature and demands of emergency communications makes it challenging to set aside time for education sessions, however, it is vitally important to stay abreast of new technologies, legislation and strategic planning because lives count on 9-1-1. In order to help public safety communications agencies stay current, Mission Critical Partners (MCP) has decided to offer monthly, on-line educational sessions to the public safety community.

Mission Critical Partners Announces January Continuing Education Series

PORT MATILDA, Pa. (January 21, 2016)—The fast-paced nature and demands of emergency communications makes it challenging to set aside time for education sessions, however, it is vitally important to stay abreast of new technologies, legislation and strategic planning because lives count on 9-1-1. In order to help public safety communications agencies stay current, Mission Critical Partners (MCP) has decided to offer hour-long, monthly, on-line educational sessions to the public safety community. January’s event is listed below. Be sure to register early as space is limited.