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2017
Unisys wins Gold at the ITSMA Marketing Excellence Awards in the "Ensuring Customer Success" category for the Unisys Closed-loop Client Success Program.
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2017
Latest version of
Unisys Stealth®
microsegmentation security software introduces greater interoperability and scalability to protect data in hybrid cloud environments.
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2017
2017 Unisys Security Index™
measures concerns of consumers on issues related to national, personal, financial and Internet security around the world.
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2017
Unisys Digistics™
, a new cargo platform for air carriers, can simplify business processes through automation, provide advanced analytics, improve processes and sustain efficient routes.
Unisys AirCore®
provides a suite of advanced transportation solutions for airlines to optimize their sales and customer service capabilities across aspects of the passenger journey.
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2017
Unisys ActiveInsights™
provides Healthcare and Life Sciences organizations with a secure, integrated approach to medical device management.
Unisys FamilyNow™
introduces a comprehensive, next-generation case management software solution for social services agencies to better protect children and assist families in need.
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2017
Unisys Elevate™
provides new omnichannel solution for a seamless banking experience anytime, anywhere.
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2016
U.S. National Security Agency designates Unisys Stealth® microsegmentation security software as eligible to protect sensitive systems for 20 governments worldwide.
Unisys announces the new Stealth(aware) application to deploy enterprise-wide microsegmentation security across extended networks with the touch of a button, as well as availability of Stealth(cloud) on the widely used Amazon Web Services Marketplace and Microsoft Azure cloud.
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2016
Unisys inaugurates its newest U.S. client service center in Augusta, Georgia, helping spur that city's growing economy and supporting its emergence as a global hub for cybersecurity.
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2016
Unisys marks the 30th anniversary of the brand around the world.
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2016
Unisys takes its flagship ClearPath® software virtual with a hardware-independent version of the MCP operating environment ready to run on any Intel x86 server, whether from Unisys or another provider.
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2015
Unisys announces a range of advanced security products and solutions, including a new software-based release of Unisys Stealth®, for protection of digital physical assets.
Stealth(core)
for microsegmentation
Stealth(mobile)
to secure mobile devices
Stealth(cloud)
to extend protection to public cloud
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2015
Unisys integrates the capabilities of the ClearPath® and Forward™ platforms to create the consolidated
ClearPath Forward™
Unisys debuts the high-end ClearPath® Dorado 8300 Series, transitioning the ClearPath architecture from proprietary platforms to a software-based fabric architecture running on Intel processors.
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2015
Unisys becomes a global managed services partner to ServiceNow to deliver integrated service management solutions that help clients in their digital business transformation.
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2015
Unisys expands the NOAAPort Gateway to begin receiving Geostationary Operational Environmental Satellite-R (GOES-R), the most advanced fleet of geostationary weather satellites that orbit the Earth's equatorial plane at the speed matching the earth's rotation - allowing them to remain stationary with respect to a point on the ground from 22,300 miles above Earth.
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2014
Unisys debuts the first ClearPath® systems making use of an advanced fabric-based architecture that enables clients to run OS 2200 and MCP applications alongside Linux and Windows in the same Intel-based computing platform.
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2013
Unisys announces its new Forward!™ enterprise computing platform - a breakthrough fabric-based solution that brings unmatched levels of mission-critical security, availability, scalability and predictable computing performance.
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2013
Unisys announces availability of its Unisys Stealth® for Mobile solution using microsegmentation to address the major security concerns facing enterprises as growing numbers of their employees use consumer devices at work.
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2012
Unisys launches the ClearPath® Libra 6200 high-end server and other new members of the ClearPath family.
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2012
Application development services of Unisys Global Services, India, achieves CMMI-Dev version 1.3 Maturity Level 5.
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2011
Unisys unveils Stealth™ Solutions for Secure Virtual Terminal, a solution residing on a federal government-certified USB device to protect mobile users' data.
Unisys Stealth® solution for Networks achieves EAL-4+ certification from the National Security Agency as a secure solution for protection of data-in-motion.
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2011
Unisys rolls out its most powerful ClearPath® system to date - the Libra and Dorado 800 Series.
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2011
Unisys Weather launches Weather Enthusiast Mobile application.
Unisys releases a new technology system called the Unisys NOAAPort Gateway, combining the Unisys satellite broadcast with the National Oceanic and Atmospheric Administration (NOAA) service, providing unparalleled commercial weather data to supplement and complete the weather offered on NOAAPORT.
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2010
Unisys debuts secure partitioning (s-Par®), a Unisys-developed virtualization technology for Intel processor-based ClearPath® servers.
-
2010
Unisys launches the Unisys Hosted Secure Private Cloud Solution, giving clients the primary benefits of both provider-hosted clouds and private clouds.
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2009
Unisys announces new, focused strategy building on the company's strengths in growing markets of security, data center transformation and outsourcing, end user outsourcing and support services, and application modernization.
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2009
Unisys refreshes its solution portfolio with innovative services and technologies, including Converged Remote Infrastructure Management, Smart On-site, and a range of new ClearPath® enhancements.
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2009
Unisys completes security certification for 14 multi-client service centers worldwide to help clients maintain stringent security for business-critical information.
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2008
Unisys helps Beijing Airport prepare for the 2008 Olympic Games by serving as the master systems integrator for a brand new Terminal 3 to handle soaring traffic.
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2007
Unisys opens a data center in Eagan, Minnesota with innovative "green" design - from energy-efficient servers to restoration of surrounding prairie lands.
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2007
Unisys Security Index goes global, measuring consumer opinion on various issues related to national, personal, financial and Internet security.
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2006
Unisys ES7000/one Enterprise Server gives clients a foundation for combining Windows and Linux applications in their data centers.
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2004
New Unisys 3D Blueprinting™ introduces a new way of seeing the inner workings of an organization that makes predicting the outcome of change more a matter of analysis than of guesswork.
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2001
The Unisys CS7802 ClearPath® Plus Server provides exceptional flexibility by allowing users to partition computing resources on the fly, adjusting to varying workloads.
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2000
Unisys begins shipping ES7000 servers - the first in the market to take advantage of Windows 2000 Datacenter Server's support for 32-processor scalability.
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1999
Unisys develops a fingerprint ID system for South Africa that targets more than 40 million people, as well as the world's first large scale multi-application smart card for Malaysia.
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1998
Unisys launches initiative to bring enterprise-class capabilities to Windows NT environments with Cellular Multi-Processing (CMP).
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1997
Unisys Windows NT servers lead industry in price/performance
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1996
Unisys launches a seven-year project for the U.S. Social Security Administration to install more than 1,700 LANS, 70,000 workstations and 4,000 servers at 1,500 locations in one of the largest IT deployments in the federal government.
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1995
Unisys introduces ClearPath® Heterogeneous Multi-Processing (HMP), enabling clients to integrate A Series and 2200 Series applications and databases.
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1995
Services and solutions become the company's single largest business.
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1998-95
Unisys launches the WeatherMAX Weather Data Center, providing value added services including:
| - Weather radar to the National Weather Service/National Centers for Environmental Prediction (NWS/NCEP) and other clients
|
| - Software and weather radar to the Federal Aviation Administration Weather and Radar Processor (FAA WARP)
|
| - Weather radar data to flight services for the FAA Operational and Supportability Implementation System (OASIS)
|
| - Weather data and product services to various aviation, energy and value added content providers worldwide
|
| -
Weather.Unisys.com
website |
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1993
Unisys introduces 2200/500, the first mainframe based on complementary metal oxide semiconductor (CMOS) technology.
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1992
Unisys forms unit to deliver IT services.
First installation of the WSR-88D for operational use in Sterling, Virginia.
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1990
Unisys selected as the contractor to build the NEXRAD (Next-Generation Radar) system, called WSR-88D (Weather Surveillance Radar, 1988, Doppler), a network of high-resolution S-band Doppler radars to detect and forecast weather.
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1989
Unisys introduces Micro A, the first desktop, single-chip mainframe and the 2200/600, setting new standards for large mainframes.
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1986
Sperry and Burroughs merge to form Unisys Corporation.
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1986
Sperry introduces 2200 Series, forerunner of the current ClearPath® Dorado system.
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1984
Burroughs introduces A Series, forerunner of the current ClearPath® Libra system.
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1980
Burroughs golf scoring service first introduced at the 109th Open Championship in Muirfield, Scotland. Unisys scored major tournaments around the world for more than 20 years.
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1976
Sperry introduces first cache memory disk subsystem.
Cache memory, integral to the V77-800 (1024 bytes) and optional with the V77-600 (2048 bytes), can almost double processing speed in most typical applications.
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1976
A UNIVAC 1108, the first multiprocessor system, processes the 1970 United States Census.
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1965
Sperry introduces the UNIVAC 1108, the first multiprocessor computer.
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1961
Burroughs introduces the B5000 Series, the first dual-processor and virtual memory computer.
One B5000 selling point is offering "higher level" programming languages (ALGOL and COBOL) as the human interface to the system.
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1960
U.S. Census Bureau purchases two UNIVAC 1105 computers for the 1960 census.
Sperry introduces the UNIVAC 1100 Series, forerunner of the 2200 Series.
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1960
Grace Hopper's co-creation of the UNIVAC proves instrumental to the Apollo missions, which require a different form of communication than the Earth-orbiting Mercury. This Deep Space Tracking Network (DSTN) can be processed by the UNIVAC accepting a continuous 48kbps data stream from the Apollo spacecraft.
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1960
Sperry Rand's Ship Inertial Navigation System (SINS) enables the USS Triton submarine to circumnavigate the world without surfacing.
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1959
Burroughs pioneers use of magnetic ink character recognition (MICR).
The MICR encoding at the bottom of checks and vouchers allows MICR readers to scan and read the information directly into a data-collection device.
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1956
U.S. government starts using the UNIVAC-1 weather forecasting.
Watch this Remington Rand commercial
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1955
Sperry and Remington Rand merge to form Sperry Rand and over the next decade introduce ~100 computer products for commercial and military use.
Remington Rand introduces UNIVAC 1103, marking the first commercial use of random access memory (RAM).
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1953
Burroughs introduces first 10-key adding machine.
Remington Rand introduces UNIVAC 1103, marking the first commercial use of random access memory (RAM).
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1952
The UNIVAC makes history by predicting the election of Dwight D. Eisenhower as U.S. president before polls close.
Remington Rand's Harold E Sweeney and J Presper Eckert demonstrate UNIVAC for CBS' Walter Cronkite (L-R).
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1951
Remington Rand delivers UNIVAC, the first commercial computer, to the U.S. Census Bureau.
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1950
Remington Rand acquires Eckert-Mauchly Computer Corporation.
John Mauchly and J. Presper Eckert
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1949
Remington Rand 409 designed as the world's first business computer. The 409 is later sold as the UNIVAC 60 and 120, and is the first computer used by the U.S. Internal Revenue Service and the first computer installed in Japan.
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1946
J. Presper Eckert and John Mauchly develop Electronic Numerical Integrator and Calculator (ENIAC), the world's first large-scale, general-purpose digital computer, at the University of Pennsylvania; ENIAC is 100 times faster than any other previous computer.
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1942-45
Burroughs manufactured Norden bombsight and Sperry bombsight prove instrumental in the winning air campaign against Axis powers in World War II.
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1942-45
The Sperry S-1 precision bombsight becomes "standard" equipment when used in some U.S. Army Air Force bombers early in World War II.
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1933
Sperry Corporation formed as a holding company for a number of smaller entities including the original Sperry Gyroscope, Ford Instrument Company, Intercontinental Aviation, Inc., and others.
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1930
Working closely with Lt. James Doolittle, Sperry Gyroscope engineers develop the artificial horizon and the aircraft directional gyroscope. They quickly find their way aboard airmail planes and the aircraft of the fledgling commercial airlines.
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1928
Burroughs ships its one millionth adding machine.
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1927
Rand Kardex, led by James Rand, Jr., merges with Remington Typewriter to form Remington Rand.
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1925
Burroughs introduces first portable adding machine, weighing 20 pounds.
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1925
Remington Typewriter introduces America's first electric typewriter.
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1923
Burroughs introduces the direct-multiplication billing machine.
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1911
Burroughs introduces first adding-subtracting machine.
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1910
Sperry Gyroscope Company, founded by electrical inventor Elmer Ambrose Sperry, begins to manufacture and sell navigational equipment for ships and aircraft.
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1909
Remington Typewriter Company introduces first "noiseless" typewriter.
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1904
American Arithmometer Company renames itself Burroughs Adding Machine Company and moves to Detroit, beginning construction on a huge plant; company soon becomes the biggest adding machine company in America.
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1888
Burroughs' granted patent for adding machine with nine-digit adding and printing mechanism, designed to record only the final result of the calculation.
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1886
American Arithmometer Company was founded in St. Louis, MI to manufacture and sell the first commercially viable adding and listing machine, invented by William Seward Burroughs and was later patented in 1892.
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1878
The Remington Standard 2 typewriter upstrike machine was produced and sold in considerable numbers with the major improvement of adding the ‘Shift’ key to type capital letters.
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1873
E. Remington & Sons introduces first commercially viable typewriter, the Model 1 Remington, that uses the QWERTY keyboard layout. The names comes from the first six keys on the top left letter row of the keyboard still used today.
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1856
Remington company becomes E. Remington & Sons when all three of Eliphalet Remington’s sons joined him as the company expanded its manufacturing capabilities across various industries.
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1816
E. Remington company was founded by Eliphalet Remington as a manufacturer of firearms.
