home

Fiserv

Publisher Information

Fiserv is a software publisher located in Brookfield, Wisconsin in the United States*. Thre are 14 additional code signing certificates issued to this publisher.
Authority:
Symantec Corporation

Valid from:
1/10/2016 7:00:00 PM

Valid to:
1/29/2017 6:59:59 PM

Subject:
CN=Fiserv, O=Fiserv, L=Brookfield, S=Wisconsin, C=US

Issuer:
CN=Symantec Class 3 SHA256 Code Signing CA, OU=Symantec Trust Network, O=Symantec Corporation, C=US

Serial number:
4f3eab9ec349f8feadef0c2a3ade1b2e

Status:
No known positive detections

0 / 68
prologue.exe (Prologue by Fiserv)  (8165b86f64536cc089339533b594d4f2)

0 / 68
Prologue.Server.exe (Prologue by Fiserv)  (3b53596135c07523b9373a35e04b28a6)

0 / 68
Prologue.Server.Config.exe (Prologue by Fiserv)  (d8c0bf15c69ca2eb26df1bb1363948eb)

The certificates below are also signed by Fiserv.

1788CCF3FD5EE84779D5365D903A8A5C  (Nov 08, 2016 to Dec 03, 2019)

693E76708395AEC79530F266E70B2F5D  (Feb 17, 2016 to May 19, 2018)

4F797B012A73808E5832444394FD7E50  (Jan 18, 2015 to Feb 25, 2017)

756A45377ADD2D26BA48E7A9C3F05BA2  (Feb 25, 2014 to Feb 25, 2017)

209692DD0AFD3D539A687F3B44594B38  (Aug 09, 2015 to Nov 26, 2016)

3E59E51636862BDE109D8CF8CC73C92D  (Aug 27, 2013 to Nov 26, 2016)

618A1A718BB806379970E23084038D57  (Jul 28, 2015 to Jul 15, 2016)

09F17A81511BD78F3A33D87A0F6D9BBB  (Jan 23, 2013 to Apr 24, 2016)

36D042A40E3634AE82F7735EFA82AB94  (Sep 25, 2014 to Dec 26, 2015)

05A711A4AA4C38AFB9490739723AC8A3  (Jun 26, 2012 to Jun 27, 2015)

10 of 14 code signing certificates issued

* Note, the details and description above are based on the code signing digital signature issued to Fiserv by Symantec Corporation on January 10, 2016 with the serial number '4f3eab9ec349f8feadef0c2a3ade1b2e'.
herdProtect is a second line of defense malware removal platform powered by 68 anti-malware engines in the cloud. Since no single anti-malware program is perfect 100% of the time, herdProtect utilizes a 'herd' of multiple engines to guarantee the widest coverage and the earliest possible detection.