Titusville, FL. October 15, 2013

Anchor Technology, Inc. Selected for SBIR Award

Anchor Technology, Inc. is proud to announce its selection for a U.S. Navy Small Business Innovation Research Phase I award to continue development of its new technology that revolutionizes the process of designing fluid distribution systems.

ANCHOR TECHNOLOGY, INC.

 

Titusville, FL October 28, 2014

Anchor Technology, Inc. is awarded an SBIR Phase I Option

Anchor Technology, Inc. is pleased to announce its selection for a U.S. Navy Small Business Innovation Research Phase I Option award to continue to develop its new technology that automates the process of designing fluid and power distribution systems.


Titusville, FL. March 21, 2017

Anchor Technology, Inc. participated in the Sea-Air-Space Expo April 3-5, 2017, at the Gaylord Conference Center, National Harbor, Maryland. Exciting new demos were given and technology unveiled. Thanks to all who visited us there.


ANCHOR TEHNOLOGY, INC.

March 27, 2018

ShipTech 2018, Charleston, South Carolina. Anchor Technology, Inc. is pleased to announce that there will be a presentation on its “Automatic System Design Technology” at ShipTech 2018 in Charleston, South Carolina, March 27, 2018.

July 15-19, 2019, Cocoa Beach, FL.

Anchor Technology, Inc. will be speaking in Cocoa Beach, Florida, July 16, 2019, at the National Shipbuilding Research Program Joint Panel Meeting. An update on the technology developed for generative design of shipboard fluid and power systems.


 

Titusville, FL.  September 25, 2015

Phase II Awarded to Anchor Technology, Inc.

Anchor Technology, Inc. announces its selection for a U.S. Navy Small Business Innovation Research Phase II advanced award to further develop its new technology that automates the process of designing fluid and power distribution systems. 

Anchor Technology, Inc. is developing innovative software technology for automatically synthesizing, routing and analyzing shipboard distribution systems.  These tools rapidly generate and evaluate large numbers of alternatives to reduce costs associated with concept, preliminary and detail ship design, and total lifecycle operation.