Triton Systems, Inc.

Hazardous noise exposure is a serious problem in the military. Monitoring must not interfere with duties and match attenuation of standard hearing protection. Triton demonstrated the feasibility to de ...

Pain is a serious and widespread problem over the short-term for wounded military personnel in the battlefield and over the long-term for veterans. Military pain management strategies for acute and ch ...

Triton will develop a recoverable and reusable air launch missile pallet to assist the government in reducing launch cost per mission. The current air launch missile pallet is an expensive one-time us ...

The Triton Multisensory Interactive Data Analysis System (MIDAS) is an innovative method to present, manipulate, and analyze large multi-dimensional data sets to revolutionize the systems analysis of ...

Triton will develop a low-cost approach for improving the performance of the Directional Frequency Analysis and Recording (DIFAR) sonobuoy upper section. Triton at a minimum will adhere to the followi ...

Triton will develop a surface finishing process that can efficiently post-process additively manufactured metallic components to a consistent finish while enhancing material properties and part perfor ...

Triton Systems Inc. propose to create adversarial image techniques that will both fool U.S. classifiers and can applied in operationally relevant physical modification kits to military objects. We wil ...

Triton Systems proposes to develop environmental inference capabilities to provide in situ characterizations of the speed and attenuation of sound in the seabed and water column to enhance the tactica ...

Triton will develop a specialized airborne robot that can autonomously detect, identify, and safely treat bird nests to halt embryo development.

Triton Systems, Inc. and partners will develop a stabilizer that integrates with the aft end of a fat line towed array to provide improved acoustic performance of the array, reduced degradation of the ...