Jan. 15, 2014
-- CHICAGO —
Keno Kozie Associates, a leading provider of information technology design, service and support to law firms and legal departments, today announced the company’s Washington, D.C. office is celebrating its one year anniversary.
The company, started 25 years ago in Chicago, has seen much growth and success since its inception. Part of this growth included an expansion and a new office in the Washington, D.C. region.
“The Washington, D.C. office was a natural fit for us,” stated Barry Keno, Keno Kozie president. “We had been servicing clients in that region for years and it seemed like a natural progression to open an office in that area, so we could have feet on the ground to better service our clients on the East Coast. It’s amazing to see that we’ve had the office for a year already and the success and feedback from our clients is very positive.”
As part of this anniversary celebration, and to show their support to an organization in that region, the D.C. office is donating to the Toni K. Allen Scholarship Program.
The company as a whole is celebrating its 25 year anniversary and has kicked off the beginning of 25 charitable acts to celebrate its number of years in business. Throughout 2014 the company will be donating to different organizations to show its support and dedication. The first two organizations receiving funding, the Illinois Mission of Mercy and St. Jude’s Research Hospital, were chosen by the two company founders. Additional organizations will receive donations and charitable acts throughout the rest of this year.About Keno Kozie
Keno Kozie Associates, Ltd. (www.kenokozie.com
) has been providing information technology design, service and support to leading law firms and legal departments since 1989. Hundreds of firms have chosen Keno Kozie to provide IT consulting, system integration, advanced application integration, 24/7 help desk support, training, and managed services. The company maintains partnerships with many leading software and hardware vendors to provide clients with optimal value and support.