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Archive for the ‘ISR’ Category

Marine Corps Establishes the Information Development Institute

Saturday, October 30th, 2021

ARLINGTON, Va. —

The Deputy Commandant for Information established the Information Development Institute, the IDI Portal and available learning and development resources for information technology, cyber and intelligence civilian Marines reflected in MARADMIN 457/21 released on Aug. 31.

Recruiting, developing and training top talent with the right skills needed to fight and win in the information environment is a top priority for DC I.

Since the inception of the program to the beginning of FY22, more than 350 individuals, stationed in the US and aboard, assigned to various units have leveraged resources available to refine their skills and capability in support of the Marine Corps Team.

“As described in the Force Design Annual Update, we need to seek new approaches in training and education that will serve as a force multiplier,” stated Lt. Gen. Matthew Glavy, Deputy Commandant for Information. “Success starts with people. Developing and managing talent is a top priority for the Marine Corps. Information Development Institute is just one way DC I is enabling our civilian workforce to learn the skills needed in support of Force Design.”

The IDI provides a program for continuous development of Marine Corps civilians who deliver information systems, services, and products critical to the Fleet Marine Force. In practice, the IDI provides a centralized one stop shop for training and education opportunities for all Information Civilian Marines at scale.

Within the IDI, information civilian Marines have access to a learning network to include the IDI Pluralsight learning platform, technical training, learning partnerships and learning opportunities.

The newly established learning network is comprised of the IDI Pluralsight learning platform enabling unlimited access to over 10,000 on-demand technology courses and skill-based learning content organized specifically for work roles.

“Information Development Institute is just one way DC I is enabling our civilian workforce to learn the skills needed in support of Force Design.”

Lt. Gen. Matthew Glavy, Deputy Commandant for Information

“The learning platform has provided me with the flexibility to participate in both lecture format training and practical labs without the restrictions of a rigid schedule or location. It is this flexibility, mixed with the short lessons, that let me continue to learn when there are lulls in my daily work,” said Andrew Kosakowski, Information Systems Security Manager assigned to Marine Corps Information Operations Center, DC I. “Overall, I believe this learning platform is a good resource for developing new, refreshing old, and retaining current technical skills I do not use daily.”

Also part of the learning network is Marine Credentialing Opportunities On-Line to supporting credentialing voucher support for IT and cybersecurity civilians.

The IDI learning network is a centralized platform, accessed via the MarineNet eLearning Ecosystem.

Learning experiences and partnerships within the IDI enables industry exchanges and rotational opportunities that encourage cross training. Additionally, the IDI enables collaboration with academic institutions to bring degree-based programs of instruction.

In support of certification and technical training in security, networking, and applications skillsets, IDI has partnered with Naval Information Warfare Center and General Services Administration to provide courses.

“Our IT, cyber and intel civilian Marines are vital to the mission at DC I and enabling the force to operationalize information as a warfighting function,” said Jennifer Edgin, Assistant Deputy Commandant for Information. “We value the diverse skills our civilian force brings to the team and I am proud that we can provide them access to additional training and opportunities to continue to equip them with the skills for the future.”

All IT, Cyber and Intel Civilian Marines who would like to request access to an IDI course or Pluralsight subscription should request via the link: portal.marinenet.usmc.mil/IDI, or email IDI_Team@usmc.mil.

The referenced published MARADMIN: 457/21 can be found at the following link: www.marines.mil/News/Messages/Messages-Display/Article/2759437/announcement-of-the-information-development-institute-idi-learning-resources-fo

By Maj Gregory Carroll, Headquarters Marine Corps

Rampart Range Day 21 – Fischer Connectors

Friday, October 1st, 2021

Fischer Connectors has introduced the Rapid Deploy Camera Pole (RDCP) System featuring quick disconnect camera heads which can be swapped from lowlight EO to IR. The lightweight, extendable carbon fiber pole, facilitates visual inspection and assessment of inaccessible and hard-to-reach areas.

Fischer Connectors products are available for unit and agency orders within Canada from Rampart International.

Rampart Range Day 21 – Kwesst Battlefield Laser Detection System

Wednesday, September 29th, 2021

Kwesst has a large portfolio of technologies we’ll begin exploring over the next few weeks, but we’ll start out by mentioning their Battlefield Laser Detection System.

BLDS was developed in response to counter sniper laser systems and is available in individual, squad and vehicular configurations.

It will detect and locate active laser systems on the battlespace allowing counter fire. Additionally, both threat and friendly systems can be characterized to avoid fratricide.

The system also integrates with ATAK meaning everyone on the network gets an alert if a laser is detected.

Kwesst products are available for unit and agency orders within Canada from Rampart International.

AUSA 2021: Logos Technologies Unveils MicroKestrel Wide-Area Sensor for Tethered UAS

Friday, September 24th, 2021

World’s smallest wide-area motion imagery (WAMI) system, MicroKestrel delivers persistent surveillance to a whole new group of military and homeland security sensor operations

FAIRFAX, Va.— September 23, 2021 — Logos Technologies LLC, a leader in wide-area motion imagery (WAMI), announced today that it will be unveiling its new MicroKestrel sensor for small, tethered, multirotor-type unmanned aerial systems (UASs) at the upcoming Association of the United States Army (AUSA) Meeting & Exposition, in Washington, D.C.

When mounted on a tethered UAS and hovering at 200 feet, a single MicroKestrel can image three square kilometers, tracking every vehicle and detecting every moving dismount within its 180-degree field of regard. The WAMI system can also cue high-definition video cameras for close-in inspection should an operator require a positive identification of a target.

“The amazing thing, though, is MicroKestrel’s weight. At just under 5 pounds, the new WAMI system is so light that some tethered UAS can actually accommodate two units, each pointed in a different direction,” said Doug Rombough, VP of Business Development for Logos Technologies. “In such a doubled-up configuration, you get twice the coverage area and a 360-degree field of view.”

The idea of getting WAMI on a small, tethered unmanned aerial vehicles once seemed impossible. Now, these sensors will be able to go on tethered UAVs or free-flying UAVs that have been connected to a third-party tethering station. This greatly expands the types of operators who will be able to use WAMI.

“People who would never have access to runway or catapult-launched UAVs, let alone big Predators, can pop open a container, set up a tethered UAV, and launch a WAMI sensor into the air,” said Rombough. “Think about what that means for base protection, event security, or other mission sets.”

Logos Technologies will be showcasing MicroKestrel and other sensor systems at the company’s booth (No. 1143) at AUSA, on October 11-13.

DSEi 21 – Metravib Defence PEARL

Wednesday, September 22nd, 2021

PEARL is a weapon mounted system that localizes in real time, small arms fire based on sound waves generated by the shot.

Although it is mounted here to a carbine, it can also be mounted to a vehicle, mast, or directly to a building.

www.metravib-defence.com

DSEi 20 – DefendTex Drone-155

Tuesday, September 21st, 2021

Australia’s DefendTex has introduced the Drone-155, a drone launched from a custom 155mm tube which, once aloft, deploys four propellers to loiter over targets.

Featuring a GPS autopilot, it offers up to 120 minutes of flight time with a top speed of 40 m/s. The max payload is 20 kg. It can be fitted with ISR, EW, Kinetic, RPG40 multiple launcher, laser designator or smoke/flash payloads. It can also be used to deploy the? DRONE40 described below.

The Drone-40 is normally launched from 40mm Grenade Launchers and can stay aloft for up to 60 minutes, featuring a top speed of 20 m/s. Current payloads include ISR, HE Frag, Fuel-Air, Anti-Armor, Flashbang, Smoke, and C-UAS.

TEKEVER Launches TEKEVER ATLAS for UAV Real-Time and Historical Processing Data

Friday, September 17th, 2021

DSEI, September 15th, 2021 – TEKEVER is demonstrating during DSEI (London, 14-17, 2021) its new TEKEVER ATLAS, a tool to enhance Unmanned Aerial Systems missions. It provides advanced Artificial Intelligence (AI) analytics onboard for real-time and historical processing of data. Designed for key decision-makers, TEKEVER ATLAS delivers intelligence onboard, as well as ground-based tools, and assures that the right person gets the right information at the right time.

“TEKEVER ATLAS is a tool that extends the capabilities of TEKEVER’s unmanned technology. It allows you to collect all the information and to explore it after it’s been collected. ATLAS is a good name for the systems because it holds all the information that we are gathering about the world. It connects to multiple UAS systems at same time to collect data of the sensors that are on board (optical video, infrared video, radar, multispectral sensors, static aperture radars, for example). That information comes over a private network and gets collect in our AI/ML-powered datacenter, where all the information is stored and tagged”, explains Paulo Ferro, TEKEVER Director of Business Development

Decision-makers will be able to plan missions more effectively by easily including parameters such as areas of interest, objectives, and targets. This will enable the end-user user to review the specific details of any mission, and to easily retrieve historical data necessary as evidence for prosecution.

HENSOLDT and L3Harris Join Forces for NATO Surveillance Programme

Wednesday, September 15th, 2021

Taufkirchen, Germany, 14 September 2021 – Sensor solutions provider HENSOLDT and L3Harris Technologies join forces to develop new capabilities for NATO’s Alliance Future Surveillance and Control (AFSC) programme. Both companies have signed a joint strategic cooperation agreement to combine their respective skills in the areas of platform-independent mission solutions.

In the frame of the cooperation, HENSOLDT, with its track record in developing and manufacturing sensors and mission systems, will contribute, among other things, capabilities in the areas of active and passive sensors, sensor data fusion and network management capabilities.

“Next-generation surveillance requires an intelligent approach to platform-independent, networked high-end sensors, AI-based date exploitation and dissemination” said Jürgen Halder, Head of Strategic Projects at HENSOLDT’s Spectrum Dominance division. “L3Harris and HENSOLDT with their respective strengths are ideally suited to offer NATO the optimum solution.”

“Our team will explore open systems, multi-function solutions and data-centric concepts to sustain the NATO Alliance’s military advantage from 2035 and beyond“,  said Dave Johnson, Vice President, Strategy, Integrated Mission Systems, L3Harris.

L3Harris and HENSOLDT are part of an international team that brings together NATO nations’ industrial expertise in surveillance and control. This team will analyse the risks and feasibility of technologies and components within its system-of-systems approach to enhance the NATO Alliance’s capabilities to 2035 and beyond.  L3Harris’ international teammates share a common vision: to increase the effectiveness and efficiency of future NATO military operations through the procurement and integration of a multi-domain (AFSC) capability centred around the data enterprise.