A filter for real-time video and still imagery that improves visibility through adverse conditions such as thick fog, smoke, and darkness.

The Advanced Hooking Algorithm (AHA) supports and enhances existing user-interface designs by providing constant computation of a “selectable” cursor target, which is the object closest to the current cursor position on a computer display.

SSC Pacific has developed an algorithm for an antenna model design based on user requirements that provides antennas at least 50% smaller than using current methods.

Device provides pulses of electrical energy through streams of high pressured electrolytic fluid to disable electrical components within a vehicle.

Miniaturized remote system detects, analyzes, and reports the presence of biohazards using permanently deployed remote surveillance stations. Each station can operate independently and without human intervention for prolonged periods.

SSC Pacific’s Boat Capture System is a solution for loading a boat onto a trailer under substantial power in calm or rough water. The system has been successfully field-tested by the Navy SEALs.

A bicone antenna configuration that permits a device to transmit and receive over a range of 130 MHz to 9.0 GHz (capable of improvements to over 10 GHz).

A system for determining collision risk and calculating the maneuvers necessary to minimize collision impact.

A method and apparatus for removing interference in high-amplitude, impulsive environments without the need for external references.

SSC Pacific’s nodding LiDAR mechanism dynamically modifies a LiDAR’s scanning range and nodding speed in real-time, allowing LiDAR data to be expanded to view a large area or condensed to view a small area of interest

A method for detecting statistically significant changes in data with a wide array of applications and uses including medical data analysis, market-trend analysis and reporting, sales forecasting and analyzing, and system monitoring.

Electroactive polymers (EAPs) are polymers that change shape when voltage is applied. SSC Pacific has developed an EAP structure that has decreased bulk and mass, and increased flexibility and local shape control.

Allows users to manipulate the graphical elements of a graphical user interface and receive tactile feedback.

Automates the complexities and labor-intensive tasks of assigning users to resources such as software applications, web services, and facility entry.

SSC Pacific has developed a flexible video display that overcomes integration limitations by using single crystal silicon to form the electronics layer.

A chemical and gas sensing system and method that uses fluctuation enhanced sensors to provide improved sensitivity and selectivity.

A solar powered “Hydrogen Sponge” that generates and safely stores hydrogen gas for use in fuel cell and hydrogen based technologies without the use of fossil fuel energy. (VIDEO)

Invention provides an improved method for fabricating trench structures using a CF4, HBr, and CL2 combination etching process.

A system and method for increasing user communication paths on available, non-controlled channels without additional hardware.

A system and method for knowledge amplification employing structured expert randomization that vastly reduces the primary cost of acquiring and maintaining knowledge for an expert system.

A device and method for measuring contaminants likely to be released during in-water hull cleanings.

With a bit of light and a simple solution of polymers, SSC Pacific has created a new and novel way to induce mechanical motion in the form of contraction and expansion.

Originally designed for cell batteries, this technology uses established optimized packing algorithms for the development of space-saving holders that can be easily configured for various applications. (VIDEO)

A pulsed laser method that allows the threshold voltage of a microprocessor to be tuned regardless of its physical dimensions.

A microprobe and microsensor system for digitally monitoring and processing patient data in order to deliver optimal patient care. The subcutaneous microprobe sensor measures tissue pH to detect shock and determine if tissue is viable.

Device uses electrostrictive polymers to generate electrical energy from natural motion. Incorporated into the sole of a shoe, this device could power multiple portable devices.

A method and system that allows for the selection and pre-selection of objects in a 3D computer-generated environment.

A device that could be used in an analog-to-digital converter to provide higher quality digital data with fewer errors.

A small, lightweight, wideband, wide beam pattern, passive antenna that is able to transmit and receive signals to and from satellites at any position relative to the antenna, and is immune to interference and jamming at the horizon.

Addresses the limitations of conventional SERS by improving chemical and biological detection limits from parts-per-million (ppm) to parts-per-billion (ppb), allowing for the monitoring of analytes in real time and in-situ.

A software program that quickly and automatically detects and maps fires from high resolution commercial overhead imagery. (VIDEO)

A software program that automatically detects ships from high resolution commercial overhead imagery and quickly outputs the results in various user-friendly formats. (VIDEO)

Allows for the real time extraction/concentration of a gaseous component from a gas mixture (e. g., oxygen from air) through the use of novel miniaturized extraction units.

A system and method for maintaining communications in urban environments by utilizing an automatic robot radio relay system. (VIDEO)

Consolidates multiple scanning probe tips into a rotating array, saving the user time and money when taking several types of scanning probe microscopy measurements. (VIDEO)

Uses a sea water stream as an antenna to transmit and receive communication signals. (VIDEO)

A software application that summarizes natural language statements and provides users the capability to train responses for any given input.

Sponsored by PEOC4I, PMW 770 Submarine Integration Program Office

Uses compact, inexpensive, shielded acoustic emission sensors to identify specific component failures in high power microwave tubes (MWT).

This patented technique orients and binds the heads of phage to a substrate, resulting in a more efficient and accurate bacteria sensor.

Device measures tidal seepage over time and can obtain multiple samples per use.

A magnetic sensor using newly-discovered aspects of the physics of coupled nonlinear oscillator networks that deliver high-power efficiency and high sensitivity, at a lower cost and power than other magnetometers.

Non-invasive system uses laser vibrations to detect voids in vehicle compartments that could potentially conceal explosives or contraband.

Individually or combined, these technologies can be configured for a multitude of applications and are ideal for any type of water monitoring task.

Incorporates ultra-broadband antennas into garments that absorb radiation to reduce radiation hazard to the operator.

Space and Naval Warfare Systems Center Atlantic provides comprehensive engineering expertise to fabricate, integrate and test for all Command, Control, Computers, Communications, Intelligence, ...

SSC Atlantic's C4ISR Command Lab in Charleston, SC

Critical Infrastructure Protection Center (CIPC)

SSC Atlantic Charleston - COGENT's primary responsibility is a toolkit to support safe navigation by providing a soft real-time graphical display of ownship position and surrounding area.

A Customer Support Center, Computer Operations Center and Database Administration are operated at the New Orleans, LA location.

SSC Atlantic, Norfolk, VA location - FSM is an automated means for food service personnel to perform all administrative and record keeping functions relating to the daily operations of a dining facility. ...

SSC Atlantic New Orleans Office offers an experienced, competency-based software engineering organization focused on the customer...

ICE was developed for use by U.S. Navy, U.S. Coast Guard, U.S. Merchant Marines, academic institutions, and research & development agencies.

SSC Atlantic Norfolk - MicroSNAP is a suite of selectable software applications that provides the smaller operating forces with maintenance and supply functions based, ...

Naval Aviation Logistics Command Management Information System - Aviation maintenance and material management.

SSC Atlantic's New Orleans Office Systems Design, Development and Maintenance for Active Duty Navy

Systems designed for the Navy Reserve in SSC Atlantic's New Orleans Office

Naval Tactical Command Support System (NTCSS) is a multi-application information system for afloat and shore-based fleet activities. Major components include R-ADM, RSupply, OMMS-NG, and NALCOMIS.

The SPAWAR Atlantic Medical Systems consists of SNAP Automated Medical System (SAMS). Under the direction of the Chief, Bureau of Medicine and Surgery (BUMED) meetings were convened in 1985 to ascertain the need for a computerized system.

The SCAP Compliance Checker (SCC) is a Security Content Automation Protocol (SCAP) validated application designed for the Internal Revenue Service (IRS) by Space and Naval Warfare (SPAWAR) Systems Center Atlantic.

SSC Atlantic, New Orleans location, is a Central Design Agency (CDA) and an In-service Engineering Agent (ISEA) for numerous legacy systems...

SSC Atlantic Norfolk - With the advent of the PC at the desktop, today’s Navy and Marine Corps personnel have launched into the supply world with technology at their fingertips.

An outgrowth of the Lincoln Experimental Satellite series and TACSAT-1 , FLTSAT was developed by the Navy to be the first complete operational system in space to serve the tactical user...

Dedicated Defense Department UHF satellite commercially built and operated, LEASAT was Launched in 1990 aboard Shuttle Columbia. Under Defense Department contract...

In August 2007 the Deputy's Advisory Working Group (DAWG) briefed the Deputy Secretary of Defense on pursuing a Commercial Lease agreement for UHF Communications

Narrowband military satellite communications system that supports a worldwide, multi-service population of users in the Ultra High Frequency band...

constellation of eight geo-synchronous communications satellites that provides tactical narrowband UHF SATCOM to all of the Defense Department and other government agencies...

The consolidation and enhancement of the requirements for five existing legacy network programs, as well as a single support framework for all C4I applications...

A Secretary of Defense and Chairman, Joint Chiefs of Staff priority transformation initiative to provide a standardized, integrated, rapidly deployable, modular, scaleable, and reconfigurable Joint Command and Control (C2)...

DGCS-N provides the Navy's primary Intelligence, Surveillance, Reconnaissance, and Targeting (ISR&T) support capability. Afloat (CVN, LHA, LHD, LCC) or Ashore (MHQ /MOC), DCGS-N's tools...

GCCS-M provides maritime commanders at all echelons with a single, integrated, and scalable Command and Control system. GCCS-M fuses, correlates, filters, maintains, and displays location and attribute information...

A multi-application program providing standardized tactical support information systems capability to afloat, deploying, and shore-based Navy and Marine Corps activities...

Provides secure, survivable, anti-jam and low probability of interception/detection communications terminals designed to provide connectivity...

The fourth generation MILSATCOM system for naval platforms, NMT will provide joint interoperable ‘core' and ‘hard core' communications via AEHF, Milstar, UFO, Polar, DSCS, and WGS satellites...