Saab Seaeye's Falcon Flies High
and status interrogation, along with remote piloting via satellite.This distributed intelligence breakthrough has opened an evolutionary pathway for the entire industry and given birth to Saab Seaeye’s revolutionary iCON common technology ecosystem of intelligent configurable hardware and software modules.Today, iCON with its advanced behavior-based intelligent control architecture is installed on Falcon as part of its own evolutionary journey. Photo: Saab Seaey
SeeByte to Extend US Navy Unmanned Capability
for the MK18 Unmanned Underwater Vehicle (UUV) Family of Systems (FoS). The award allows the government to execute task orders with SeeByte for the provision of various supplies and services including but not limited to upgrades to the SeeTrack Common Operator Interface for Navy (COIN) EOD software modules, purchasing of autonomy software (SeeByte’s Neptune autonomy engine) licenses for MK18 UUVs, MK18 software and configuration control management and upgrades, and development of Automatic Target Recognition (ATR) modules. The rational for selecting SeeByte was outlined in
MTR100: Greensea
intelligent automation for Unmanned Underwater Vehicles based on our patent-pending technology, openSEA. openSEA was designed and developed specifically as a modular programming environment for UUVs, and is built on a robust error reporting and communication backbone. It provides proven and tested software modules ranging from optimal control and Kalman filtering, to data management, to native support for thousands of widely-used sensors and devices. The strength of Greensea’s technology was first recognized by the scientific community. One of our earliest adopters is the National Oceanic
MTR100 '13 Greensea Systems, Inc.
and control technology with the Open Software and Equipment Architecture, openSEA. Greensea designed and developed openSEA specifically as a modular programming environment for unmanned vehicles. openSEA is built on a robust error reporting and communication backbone and provides proven and tested software modules ranging from optimal control and Kalman filtering, to data management, to native support for hundreds of widely used sensors and devices. • openSEA Suite. The openSEA Suite is a suite of software built on openSEA that can be deployed as independent applications or as linked modules to
Greensea Systems Launches openSEA
vehicles. This flexible and scalable architecture provides a development platform and a rich API upon which powerful independent applications may be developed with significantly reduced effort. openSEA is built on a robust error reporting and communication backbone and provides proven and tested software modules ranging from optimal control and Kalman filtering, to data management, and native support for hundreds of industry standard sensors and devices. This open architecture is unparalleled in both breadth and robustness and continues to serve as the core technology framework at Greensea. Greensea's
Greensea Delivers Four Systems in May
on the vehicle that integrated to the original topside interface and original vehicle subsystems. Both systems performed well during sea trials, demonstrating full autonomous functionality complementing traditional pilot-based ROV operation. Greensea's architecture is a modular framework of software modules that plug into a core inertial navigation engine to add specific capabilities or configurations. The four deliveries in May illustrate some of the configurations possible. The standalone INS utilized only Greensea's core inertial engine to provide a fully integrated and aided inertial navigation
February 2024
