Our new VMTI tool parses and visualizes MISB 903.4 object detection data enabling Activity Based Intelligence (ABI) and Structured Observation Management (SOM) analysis and reporting paradigms. Our new GEOINT Viewer enables third-party Web Map Service (WMS) support, allows users to see tracks, stare-point, and data layers that brings near-real-time (NRT) context to the mission. Our latest version brings enhanced situational awareness tools to the customer with a new Geospatial Intelligence (GEOINT) Viewer and Video Moving Target Indicator (VMTI) tracking tool. AIMES Server™ software is available on Red Hat Linux based systems.ĪIMES Exploit ™software is a flexible and extensible 64-bit application that provides real-time screening, near-real-time or post-real-time exploitation of imagery and data. AIMES Server uses metadata contained in the Key Length Value (KLV) PDS of each slice to temporally synchronize the video with additional data available to the Server. This open architecture empowers our customer to avoid the vendor lock-in inherent in “end-to-end” platforms, freeing them instead to build their own custom solutions using true best-of-breed components.ĪIMES Server ™ software is a data archive element that catalogs, indexes, and stores MISP compliant video slice files from AIMES PICTE. AIMES provides customers with the ability to create rich interactions and highly tailored workflows within their existing software ecosystems through a JavaScript API and a robust broker-based messaging backend. Leidos designed and implemented the AIMES software suite in close alignment with the Department of Defense (DoD) Motion Imagery Standards Board (MISB) for processing and distribution of MI data.ĪIMES ™ 2 is the next generation MI processing, exploitation, and dissemination (PED) suite and features an “integration by design” architecture. ![]() Built on a foundation of more than two decades of operational experience, AIMES is both a battle-proven MI solution and a critical enabler for intelligence enterprises. Leidos delivers a Motion Imagery (MI) system that receives, processes, and archives full motion video (FMV) data.
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