Michael E O'Malley

7879573, Feb 1, 2011

Jul 2, 2007

11/772739

Wayne Forrest Patton - Newton MA, US
Thomas Edwin Miller - Boston MA, US
Nan Fei Jiang - Newton MA, US
Michael Paul O'Malley - Tyngsboro MA, US

PerkinElmer Health Sciences, Inc. - Waltham MA

G01N 33/566

435 75, 436501

The disclosure features, inter alia, methods and compositions for detecting, isolating, and/or analyzing one or more analytes such as, but not limited to, biomolecules (e. g. , proteins, glycoproteins, lipids (e. g. , sphingolipids), and carbohydrates). Such methods and compositions are useful in, e. g. , the discovery of novel proteins, or the amino acid sequence of novel proteins, or identifying biomarkers for diseases such as cancer, immunological disorders, or microbial infections.

8234696, Jul 31, 2012

Feb 12, 2007

11/705553

Michael O'Malley - Lowell MA, US
Gideon Ansell - Boston MA, US
Andrea Doherty - Cambridge MA, US
Aaron Kechley - Cambridge MA, US
Andrew Nanopoulos - Wakefield MA, US

EMC Corporation - Hopkinton MA

G06F 7/04
G06F 21/00

726 6, 713182

A method of submitting information as part of an authentication operation includes generating a one time password that is intended for use in an authentication operation. The method further includes providing the one time password in a display field, wherein the display field is adapted to work in conjunction with a browser to submit the one time password in response to a request for the one time password. A method of controlling submission of identity information within an authentication system includes receiving a trust list from the authentication system. The trust list identifies entities that are authorized to receive the identity information. The method further includes receiving a request to submit the identity information to a candidate entity for an authentication operation, and providing the identity information to the candidate entity if the trust list indicates that the candidate entity is authorized to receive the identity information.

8312519, Nov 13, 2012

Sep 30, 2010

12/895130

Daniel V Bailey - Pepperell MA, US
John G. Brainard - Sudbury MA, US
William M. Duane - Westford MA, US
Michael J. O'Malley - Lowell MA, US
Robert S. Phipott - Andover MA, US

G06F 7/04
H04L 9/00

726 6, 726 5, 726 7, 726 9, 726 10, 726 20, 713184, 713185, 713156, 713168, 380255, 380259, 380262

A method, system, and apparatus for agile generation of one time passcodes (OTPs) in a security environment, the security environment having a token generator comprising a token generator algorithm and a validator, the method comprising generating a OTP at the token generator according to a variance technique; wherein the variance technique is selected from a set of variance techniques, receiving the OTP at a validator, determining, at the validator, the variance technique used by the token generator to generate the OTP, and determining whether to validate the OTP based on the OTP and variance technique.

8433914, Apr 30, 2013

Jun 22, 2010

12/820829

Robert S. Philpott - Andover MA, US
Yong Qiao - Acton MA, US
Michael J. O'Malley - Lowell MA, US
Daniel V. Bailey - Pepperell MA, US

EMC Corporation - Hopkinton MA

H04L 9/32

713180, 713176

A transaction system combats malware and phishing-based MitM attacks on transaction processing systems by using digital signatures to integrity-protect the user-verified transaction data. With this system, a user submits a transaction from a client device (e. g. , desktop web browser) over a communications channel to a server device, such as a transaction server. Before accepting the transaction, the transaction server securely delivers all relevant transaction data to a second device (e. g. , the signing device), such as a smart phone, in the possession of the user. The signing device has its own distinct communication channel with the server device. The user verifies the data and the signing device creates a digital signature value for the transaction. The user submits the signature to the transaction server to confirm the transaction with the transaction server.

8566916, Oct 22, 2013

Oct 30, 2012

13/663535

Daniel Bailey Vernon - Pepperell MA, US
John G Brainard - Sudbury MA, US
William M Duane - Westford MA, US
Michael J O'Malley - Lowell MA, US
Robert S Philpott - Andover MA, US

EMC Corporation - Hopkinton MA

G06F 7/04
H04L 9/00

726 6, 726 5, 726 7, 726 9, 726 10, 726 20, 713184, 713185, 713156, 713168, 380255, 380259, 380262

A method, system, and apparatus for agile generation of one time passcodes (OTPs) in a security environment, the security environment having a token generator comprising a token generator algorithm and a validator, the method comprising generating a OTP at the token generator according to a variance technique; wherein the variance technique is selected from a set of variance techniques, receiving the OTP at a validator, determining, at the validator, the variance technique used by the token generator to generate the OTP, and determining whether to validate the OTP based on the OTP and variance technique.

8627424, Jan 7, 2014

Jun 30, 2010

12/827045

Michael J. O'Malley - Lowell MA, US
Robert S. Philpott - Andover MA, US

EMC Corporation - Hopkinton MA

G06F 15/16
H04L 29/06
H04L 12/28

726 6, 726 9, 713158, 370254

A method, system, and computer product for use in generating one time passcodes (OTPs) in security environment, the security environment comprising an OTP generator and an OTP validator, the method comprising generating, at the OTP generator, an OTP according to a function, wherein the function includes as an input a device id, validating the OTP at the OTP validator, whereby the validation comprises generating, at the OTP validator, a second OTP according to the function, and determining whether the OTP is valid based on a comparison of the OTP with the second OTP generated at the OTP validator.

8631475, Jan 14, 2014

Dec 21, 2011

13/332936

Michael J. O'Malley - Lowell MA, US
John G. Brainard - Sudbury MA, US

EMC Corporation - Hopkinton MA

H04L 29/06

726 5

A method is used in ordering inputs for order dependent processing. Ordered inputs are derived from original inputs. The ordered inputs have an order based on values of the original inputs. Order dependent processing logic is applied to the ordered inputs, to produce a result that is derived from the original inputs.

D4162846, Nov 9, 1999

May 18, 1998

D/088170

Michael O'Malley - Chicago IL

1903

D19 20