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Military bases are in need of an upgrade, especially when it comes to establishing seamless connectivity across military operations. We hear from Honeywell how connectivity, networked asset management and operational control solutions can help future-proof military bases against emerging threats.
Futuristic Military Base
In parallel, the Marines are looking to similarly protect their expeditionary installations through a program newly renamed the Mobile All-Domain Operational Surveillance System (MA-DOSS). There are four sizes of MA-DOSS: Heavy (relocatable towers), Medium (vehicle-portable systems), Light (unmanned amphibious systems), and Ultra-Light (man-carried systems).
The Full Base Picture
Ranging in size from 30 pounds to seven tons, this system of systems would involve an array of sensors—cameras, RF detection, signals collection—to detect, identify, classify and track potential threats, including UASs. Armed with this knowledge, the Marines will have ample time to deter or destroy adversaries attempting to attack their operating bases
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Aerospace companies like Rolls Royce, for example, have for years operated a connected maintenance system for their products, allowing them to track faults, predict future maintenance and have spare parts waiting on the tarmac before a jet even lands.
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Q Financial Results Covid- Hits Commercial Aerospace Business But Defence Remains Stable
It has been for several decades. AFWERX, the Air Force's innovation incubator, has initiated a base of the future initiative designed to address challenges to the continuing operation of its facilities. The effort is currently focused on Tyndall Air Force base, which suffered damage in a 2018 hurricane as severe as any military facility might suffer in a future high-end conflict.
The initiative has identified six challenges, of which Base Security and Defense topped the list. Looking at the full ecosystem of the future base, at its top lies the digital depot, the tracking of parts and seamless connectivity of information.
Built on the basis of this are monitoring and control, voice solutions, energy management, airfield ramp management, asset and worker tracking. Boeing and Airbus reported massive commercial losses in Q1 2020 due to Covid-19, while their defense business remained relatively steady - as did Northrop Grumman's finances.
Harry Lye reviews the defense majors' Q1 financial results with comments from GlobalData's defense analysts. Read the article. Data and its efficient and effective use will become a critical function of future military bases. As we transition to network-enabled wars, with decision-making supplemented by data and artificial intelligence, the foundations for such systems will need to be laid at every level of operations and, crucially, in every military base.
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Cloud computing is central to such an approach. Governments and militaries are now "rapidly introducing their acceptance and trust of cloud solutions", Balchunas said. He added that Honeywell's customers are also quickly becoming more aware and accepting of cloud solutions already in place in a number of industries, including aerospace.
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Although a battle suit capable of deflecting a.50 caliber round seems like something out of science fiction, the Russian military is "totally serious about this," said Samuel Bendett, a research analyst focused on Russian military developments at the center for naval analyzes (
cna). Honeywell is applying this concept to defense in the form of its Forge platform. "What Honeywell Forge for defense is doing is being able to come into the government's acceptance of cloud as being secure, as being safe, and as being essential to them to be able to take advantage of the data that is being produced across many platforms,
Connectivity And The Military Base Of The Future
Balchunas explained. "Being able to pull that in through a data lake through secure connectivity, and being able to do the processing and the development of the analytics, tailored to directly support them for both Honeywell and non-Honeywell components."
The U.S. military is looking to expand its forward deployments with a heavy emphasis on mobile operations and expedient basing. These are central to the Marine Corps' new warfighting concept, Expeditionary Advanced Base Operations. Army leaders have long insisted on the need to disperse formations and logistics, constantly moving their forces to avoid detection and attack.
The same is true for the Air Force, which has experimented with operating combat aircraft from non-traditional airfields. The benefits of this approach are obvious: connecting people, assets, sensors and security; in essence, making all operations more straightforward and easy to manage – from helping a mechanic find a part to managing power consumption and keeping systems online.
Industry fairs and exhibitions are the place where big defense business is done, with billions' worth of contracts being signed at the major events each year. With Eurosatory & co canceled due to the Covid-19 pandemic, it won't be business as usual this year – but how will business be done?
Unmanned Minehunting The Vessels Leading The Way To Autonomous Operations
We speak to defense ministries and their suppliers to find out. Tactical vests, ballistic helmets, yoke & collars, groin protectors and more! After years in development, the army will field its brand new body armor, combat helmet, and protective gear to soldiers with the 3rd brigade combat team, 82nd.
While the main threat to military facilities may come from enemy ballistic and cruise missiles, it is time to consider the possibility of unconventional attacks involving small drones and infiltrators. Last year a THAAD missile defense battery on Guam was repeatedly "buzzed" by a number of small drones of unknown origin.
Military personnel in nearby guard towers observed these strange incursions but were unable to detect their approach, intervene, or determine their ultimate destinations. Countering unmanned aerial systems (C-UAS) is certainly important, and there are a number of solutions.
But before security forces can defeat the UAS threat, they need to detect, identify, and track them. High-tech surveillance is critical to securing the U.S. borders and, by extension, overseas facilities. USBP currently operates a sophisticated surveillance system including fixed and movable towers equipped with multiple sensors and communications relays;
Eurosatory Cancelled The Defence Industry Reacts To A Season Without Events
various mobile and man-portable surveillance; unattended ground sensors; tethered aerostats; manned aircraft; and drones. Two of USBP's premier surveillance systems are the Remote Video Surveillance System (RVSS) and the Integrated Fixed Towers (IFT). Primarily fixed, these systems are equipped with sensors including visible light and infrared cameras, plus radars, to detect, identify and track people and vehicles approaching the U.S.
southern border. Smart software with machine learning is used to remove false alarms. This largely autonomous system only notifies border agents when an item of interest is real, and requires either interception by or assistance from agents.
Some 200 towers have been deployed so far. USBP has been so pleased with its efforts to deploy fixed and movable surveillance towers that it has now created a program of record, the Automated Surveillance Towers system.
This system will use cutting-edge electro-optical sensors and radar, operate with 100 percent renewable energy, and provide autonomous surveillance operations 24 hours a day, 365 days a year. All the services understand that both their legacy fixed facilities (such as Guam) and new expedient bases will be subject to an expanded array of threats, including attempts by unconventional forces to penetrate their perimeters.
Digital Depots Tracking And Connecting Assets
Expedient bases face the additional challenge of providing perimeter security while simultaneously setting up a new base, conducting missions, and eventually conducting a withdrawal. Applying such systems to military operations could be a game-changer for readiness, keeping ships in the seas, jets in the air, and tanks rolling, not laid up undergoing maintenance.
These systems are slowly gaining traction in the naval sector with Babcock's i360 and iFrigate, for instance, designed to make ship maintenance easier; however, on a depot and supply chain scale, as envisioned by Honeywell, the benefits across the board would be significant.
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This network could be extended from the base to the acquisition system and to the wider fleet and the individual warfighter. This would allow for all parts of the system to be monitored and problems to be flagged up and solved before a small fault can cause a larger system to go out of service.
In response to USBP's need for greater autonomy, mobility, and tactical flexibility, both relocatable and mobile surveillance towers have been developed. The contractor for the RVSS program, General Dynamics, has developed and deployed a number of trailer-mounted, relocatable towers.
Similarly, Elbit America, which builds the IFTs, has developed the same types of towers, along with vehicle-mounted mast systems and unattended ground sensors. Both systems incorporate improved AI with machine learning capabilities. A fixed version of RVSS or IFT would be effective in protecting fixed facilities.
A mobile version of these systems could be a central element of the ability to provide perimeter security for expedient bases. Managing platforms from 'cradle to grave' is another aspect of Honeywell's vision, as Balchunas explained during the webinar.
For individual systems, he presented the idea of a 'digital birth certificate'. This would allow a part or system to be tracked throughout its lifecycle, including the history of new parts being introduced, and make that full lifecycle data available to the maintainer so they can quickly find and solve problems.
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Also in this issue, we take a look at cutting-edge unmanned minehunting vessels in development for the British and US navies, and find out how Dstl's improved automatic ship tracking system for tackling illegal maritime activity was created.
Also in the next issue, we take a look at the latest developments in electronic warfare in Japan, Australia, Russia and the US, check in on progress with major laser weapon projects, and dig into the defense industry's most expensive and embarrassing design mistakes.
We also round up some of the equipment and technologies we would have seen unveiled at Eurosatory, and take a look at how armed forces are responding to an international crisis such as the ongoing Covid-19 pandemic.
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The concept of connectivity emerged as a key topic during this discussion of the future military base. Just as cities and public services are increasingly 'connected', the military can apply the same techniques to aircraft and battlefields to support maintainers and operators.
This, in turn, can keep operators' hands on what they need to be doing to maintain equipment faster and more efficiently. USBP continues to invest in a number of systems that could be leveraged by the Air Force and Marines to meet some of their surveillance needs for base and force protection.
The U.S. military should examine what other government investments have already been made to solve similar problems. Like the military, the USBP operates in a wide variety of environments—maritime, desert, mountains, etc.—each with its own unique challenges and constraints.
It has practiced rapidly setting up, operating, and then relocating these towers in response to changing threats. Dan Gouré, Ph.D., is a vice president at the public-policy research think tank Lexington Institute. Gouré has a background in the public sector and U.S.
federal government, most recently serving as a member of the 2001 Department of Defense Transition Team. You can follow him on Twitter at @dgoure and the Lexington Institute @LexNextDC. As a result of supporting U.S. and allied forces in Southwest Asia for some 20 years, and the U.S.
Border Patrol (USBP) for even longer, the U.S. defense industrial base has tremendous experience in providing rapidly deployable security solutions for both fixed and expedient facilities. This knowledge should be exploited by the U.S. military as it develops concepts of operations and force structures.
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