Precision timing and choice of targets to canalize the enemy into kill zones in the deep battlefield.
USA, November 3, 2023 /EINPresswire.com/ — Tipping Level Army Innovation (TPMI) is happy to submit a proposal to the Army Applications Laboratory (AAL) Request For Data (RFI). TPMI’s digital sand desk offers an revolutionary resolution as to the way it can assist with the Army’s downside (under).
The Downside: The Army is wanting for applied sciences that contribute to a number of duties that influence the enemy’s capacity to maneuver 70-150km+ from the ahead line of troops (FLOT).
Major Query: How does your proposed resolution deal with the downside assertion listed above?
A technology which might convey exact data of the terrain 70-150 km from the FLOT to Troopers of all ranks would assist information use of power. TPMI gives a complicated visualization system, which is able to assist obtain this.
TPMI’s proposed system is a complicated 3D digital navy sand desk, which is able to enhance statement, identification, and classification of menace targets. This information would allow the US Army to ship firepower to strategic factors to impede enemy maneuvering in the deep battlefield.
TPMI’s 3D digital, interactive sand desk would allow a strategic course of for defeating adversarial forces by forcing enemy forces to bottleneck and bunch up right into a killing zone. Step 1 is to analyze menace automobiles by sorts, numbers and distributions. Step 2 is to decide doable routes of strategy from menace car areas to the FLOT. Step 3 is to decide canalization areas related to the routes of strategy. These canalization areas might be annotated on TPMI’s digital sand desk. Step 4 is to decide the killing zones related to the canalization areas.
TPMI’s 3D digital sand desk would allow an improved visible evaluation of canalization factors and a extra intuitive strategy to coordinating the strike. TPMI’s sand desk will assist Troopers decide the first weapons strike (sort(s), quantity(s), timing, and placement(s)) of cannon-fired or air dropped anti-tank mines to trigger enemy menace automobiles to bunch up. As soon as enemy automobiles are bunched up, TPMI’s technology will assist Troopers decide a second strike of munitions to effectively remove enemy forces in the killing zones.
Secondary Query #1: Clarify in narrative format the product that you just construct, manufacture, produce, develop, or suggest and the way you see it finest assembly the wants of the Army.
The US Army is scheduled to obtain 100,000 Built-in Visible Augmentation Methods (IVASs). The product that TPMI will construct might be a complicated visualization suite for Troopers known as the 3D digital sand desk, which might be considered on the IVASs.
TPMI’s deliverable might be an end-to-end demonstration of the 3D digital sand desk, which is able to assist information the sort, quantity, timing, and placement of supply of munitions.
This deliverable will embrace making a digital sand desk from precise 3D information utilized in the OWT. Word that this may very well be created utilizing LIDAR information collected from precise models at the Nationwide Coaching Middle in CA. The sand desk would painting terrain slopes, riverbed networks, highway community, soil sorts, city areas, vegetation areas, sorts of vegetation and terrain slopes. Digital unit pleasant and enemy automobiles might be positioned on the sand desk. The sand desk will permit evaluation of routes of strategy from the blue power to the menace areas and annotation of the sand desk with these routes.
A simulation might be delivered to allow Troopers to find areas for doable canalization. Troopers might be ready to find factors alongside a canalized portion of the routes for potential blockage and related killing zones. Lastly, Troopers might be ready to conduct a simulated assault plan to select the sort, quantity, timing, and placement of supply of munitions.
TPMI’s technology would tie instantly into the PEO STRI’s One World Terrain (OWT). Key options of the 3D digital sand desk embrace:
• Tangible instruments for markup of digital terrain (US Patent 11,207,133).
• Tangible instruments for digital transformation of digital terrain (US Patent 11,417,071)
• Superior visualization technology to coordinate viewing for a number of customers (US Patent 11,574,435)
• Making use of AI to a sub-volume inside the OWT for improved AI evaluation (US Patent 10,959,696)
• Producing a practical OWT (e.g., soil sort, moisture content material, diploma of deforestation), which is able to assist to decide focusing on to obtain desired crater measurement/ depth (US Patent 10,878,639)
• Integrating generative AI into wargame simulations (US Patent 10,956,635)
• Enabling a “digital dissection” course of of terrain information for enhanced focusing on (US Patent 10,950,338)
Collectively, these applied sciences will enhance unit coordination, visualization of terrain canalization areas and blocking factors and focusing on at the killing zones.
Secondary Query #2: What wouldn’t it be like for a Soldier viewing TPMI’s 3D digital sand desk?
TPMI’s 3D digital sand desk can depict a variety of actions ongoing all of sudden. For instance, a Soldier viewing TPMI’s 3D digital sand desk would have the ability to see:
• UAVs outfitted with sensors (e.g., FLIR, Radar, LIDAR, EO) that observe, establish, and classify menace targets to impede enemy maneuver
• ATACMS with earth penetrator rounds with precision location and related vertical first rate and vary in step with necessities succesful of forming obstacles to form current terrain
• Sensible Anti-Tank (BAT) munitions
• Russian loitering munitions
TPMI’s 3D digital sand desk will assist Troopers see the full image of pleasant and enemy crafts and properly as key terrain options for focusing on, resembling bridges, a highway with forest on either side, a highway with steep canyons on either side, a highway with a river on one facet and steep on the different, and shutting off one highway of a community forcing one other longer route. TPMI’s 3D sand desk will give the US Army the capacity to strategically impair enemy maneuver in the deep battle (70-150+ km).
Secondary Query #3: What are extra advantages of TPMI’s superior visualization system?
The US Army is scheduled to obtain 100,000 Built-in Visible Augmentation Methods (IVASs). TPMI’s product is a complicated visualization suite for Troopers known as the 3D digital sand desk, which might be considered on the IVAS. TPMI’s technology would subsequently tie instantly into the PEO Soldier’s Built-in Visible Augmentation System. TPMI goals to ship enhancements to the IVAS together with:
• Headset-based LIDAR to enhance spatial mapping for the Soldier (US Patent 11,006,100)
• Headset-based eye monitoring for coordinated focusing on for a group (US Patent 11,380,655)
• Visible alert system for speedy and exact focusing on (US Patent 11,093,051)
• Enhancements in Soldier’s re-navigation (US Patent 11,442,534)
• Eye-tracking system to guarantee a complete visible search sample (US Patent 11,442,538)
• To spice up a Squad chief’s data of the place every member of his squad is wanting (US Patent 11,380,065)
• A pseudo-GPS system to maximize lethality in city warfare (US Patent 11,341,731)
• A pseudo-GPS system’s 3D hazard monitoring system (US Patent 10,973,485)
• Localized picture enhancement at a GPS coordinate (US Patent 11,709,546)
• See by way of partitions in city warfare (US Patent 10,766,989)
• Superior 3D rendering algorithm for Troopers (US Patent 10,964,095, US Patent 11,625,891, US Patent 10,964,124, and US Patent 10,657,731)
• AI for Soldier evaluation (US Patent 11,205,297)
• AI-assisted session course of (US Patent 11,090,873)
• Object classification and focusing on (US Patent 11,058,390)
• AI-based focusing on (US Patent 11,179,130)
• Utilized foreknowledge and rehearsals for more practical operations (US Patent 10,959,696)
• Utilizing AI to forestall data overload (US Patent 11,188,800)
• A way to visually localize the origin of a sound – key for speedy focusing on (US Patent 10,846,911)
• Enhancing a Soldier’s interplay with complicated navy tools (US Patent 11,285,674 and US Patent 11,090,873)
About the Writer: Dr. Robert Douglas, who’s the Managing Director of TPMI, served on the Army Science Board for 20 years and led 7 main research. A graduate of West Level, he served as a profession officer as an infantryman and labored for Lockheed Martin as Director of Methods Evaluation and as VP of Engineering at DRS Applied sciences. He has 17 years of expertise in 3D technology innovation, served as Principal Investigator for a Nationwide Science Basis grant on 3D imaging, and has been granted 80+ US Patents, the majority of that are advances in 3D technology.
Dr. Robert Douglas
TPMI
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