TYR Tactical

Archive for the ‘Digitization’ Category

Rheinmetall Receives Order to Modernise the German Army Combat Training Centre

Thursday, November 20th, 2025

Rheinmetall has been awarded a contract by the Bundeswehr to modernise its Army Combat Training Centre (Gefechtsübungszentrum Heer, GÜZ) in Saxony-Anhalt. The main objective is to integrate the ‘Digitalisation of Land-based Operations’ (D-LBO) project into the central training facility of the land forces. The contract was booked in October 2025 and is worth around €61 million gross. The first services will also be provided in 2025, with the full integration scheduled for early 2028.

The project will have a particular focus on integrating the new digital radio system into the combat training centre. Additionally, all data provided via the battle management system will be displayed in the centre’s command and control centre. Hence, the existing radio infrastructure will be upgraded and expanded extensively. Other components of the contract include establishing a new broadband radio infrastructure using 5G technology, and integrating the Tactical Core software from Rheinmetall subsidiary Blackned into the existing communications infrastructure.

Modernisation will enhance and institutionalize training and leadership capabilities of the Bundeswehr and its NATO allies for the future. A unique multinational interoperability in the training context is being created in the Altmark region.

Once the project is complete, the standard of training at the Combat Training Centre will be elevated to a new hight. The central evaluation software of the centre already offers the option of displaying language and position. Additionally, all digital command processes of the ‘Sitaware Frontline’ and ‘HQ’ systems introduced in the Bundeswehr will now also be processed in the central training software. This allows exercises to be evaluated more comprehensively for all participants.

By the end of 2024, Rheinmetall had won several major digitalisation contracts for the Bundeswehr. Notably, these include the contract to integrate all land forces’ vehicle and platform IT systems as part of D-LBO and the contract to establish and operate the Tactical Wide Area Network for Land Based Operations (TaWAN LBO). In addition, Rheinmetall has been commissioned to supply soldier systems for the digitalisation of infantry forces. The current contract is another important step forward in this context, as it makes the German Army’s unique European training facility ‘D-LBO-ready’.

Rheinmetall at DSEI 2025: Digitalisation – Autonomy – Mobility – Firepower

Thursday, September 4th, 2025

The DSEI exhibition will take place in London from 9 to 12 September 2025. As a key partner to His Majesty’s Armed Forces, Rheinmetall will be present in the UK capital. Under the motto ‘’Freedom Needs Enablers’’, the technology group will present its latest innovations and provide updates on its products and activities. The main focus will be on digitalisation and autonomy, as well as mobility and firepower. 

The following events are planned during the exhibition at the Rheinmetall stand S9-110:

Tuesday, 9 September 2025 (Day 1 of DSEI):
11:00 a.m.: World premiere of a new multi-platform combat vehicle system for countering a wide range of land and air threats – presented in cooperation with Lockheed Martin
1:00 p.m.: Collaboration with Mercedes Benz on light tactical off-road vehicles based on the G-Class 
2:00 p.m.: Launch of MASS nova, the latest generation of the proven maritime decoy system

Thursday, 11 September 2025 (Day 3 of DSEI):
around 2:35 p.m.: The Secretary of State for Defence, John Healey, and Rheinmetall CEO Armin Papperger will jointly launch the virtual groundbreaking ceremony of the UK Gun Hall in Telford. A dynamic audio-visual experience (a fly-through of the future facility with 3D renderings, an project timeline and transition to a fully operational Gun Hall) will demonstrate how the site will look once production is underway.

The following products will also be presented for the first time:

Lynx KF41 Skyranger 35, a highly mobile, modular and scalable ground-based air defence system, increasingly important for NATO’s collective defence.
CT-025: A crewless, remotely controlled turret designed for transport and armoured personnel carriers, equipped with a 25 mm KBA machine cannon
Mission Master CXT with Skyranger 762: An unmanned ground vehicle (UGV) in a light anti-aircraft configuration featuring the Skyranger 762 weapon station
SEOSS 400: Next-generation stabilised sensor system for heavy combat vehicles

We will also be providing information on the following topics at DSEI 2025:

Weapons and ammunition expertise:
Rheinmetall is one of the largest ammunition manufacturers in the Western world, with the UK playing a significant role. The construction of the UK Gun Hall in Telford marks a major step towards re-establishing large-calibre barrel manufacturing in Britain for the first time in decades. At its stand, Rheinmetall will present its full portfolio: from infantry weapons to medium-calibre ammunition, 120 mm and 130 mm smoothbore technology, 155 mm artillery ammunition, and rocket artillery.
Squad Support Weapon SSW40: The world’s first automatic, magazine-fed, shoulder-fired grenade launcher for 40 mm ammunition, with handling characteristics similar to an assault rifle
Digitalisation and networking:
Rheinmetall Battlesuite: A secure, interoperable military ecosystem of the future, connecting all domains and dimensions within a unified digital infrastructure
Gladius soldier system: Variants of the Gladius 2.0, also forming the basis of the German Armed Forces’ Future Soldier – Expanded System (IdZ-ES)
Autonomy and unmanned systems:
Path-A-Kit: Central to Rheinmetall’s autonomy strategy, winner of the ELROB 2024 competition in the Automated Convoy category. Rheinmetall will also establish a UK Advanced Land Autonomy Centre of Excellence. The Path-A-Kit is integrated into both the Mission Master CXT and the Ermine vehicle range.
Unmanned systems: A range of drones will be on display, including the Multi Mission Pod and FV-104 loitering munition, with demonstrations of their integration into the digital combat network.

Combat vehicles and tactical mobility:
Boxer MIV: The first British-built Boxer has rolled off the production line in Telford. Integration trials with the Javelin missile system have been successfully completed. A command post variant will be displayed in the DSEI Land Zone [N2-350], alongside a reconnaissance/heavy infantry weapon carrier version at the Rheinmetall stand.
Challenger 3: Initial mobility trials of the upgraded British main battle tank have been conducted. The Challenger 3 will also feature on the Static Display in the VIP area of the MOD Lounge.

Caracal: Developed in partnership with Mercedes-Benz and ACS Armoured Car Systems, the Caracal family offers a versatile, compact 4×4 platform for light forces, including airborne and special operations units.

Ermine tactical vehicle family: A next-generation mobility solution combining tactical transport with an integrated mobile energy source (microgrid) and designed for autonomous operation. Configurations include a UGV, side-by-side buggy, and quad. At DSEI 2025, a 4×4 quad bike and a 6×6 buggy variant will be displayed.

HX vehicle family: Renowned for outstanding mobility, versatility and optional high-level protection, this family supports a wide range of missions. A heavy HX 10×10 recovery vehicle will be on display.

We look forward to seeing you at our stand S9-110.

BRYCK from Tsecond

Monday, August 25th, 2025

Last week I ran across a very cool digital storage device from Tsecond. The BRYCK offers a staggering one petabyte of solid state storage in a compact form factor.

Better yet, it is air cooled. Imagine a single storage device that can be left in place for remote collection.

You’re getting data center levels of storage in a small box you can carry around.

A petabyte (PB) is a unit of digital storage equal to 1,000 terabytes (TB) or 1,000,000 gigabytes (GB). To put it in perspective, one petabyte can store roughly:

• 200,000 DVDs worth of data (assuming a standard DVD holds about 4.7 GB).

• 250 million songs in MP3 format (assuming an average song size of 4 MB).

• 500 billion pages of plain text (assuming 2 KB per page).

• Enough video to stream 1080p HD content for over 3 years continuously (at ~5 Mbps).

I’ve never seen anything like this.

What’s more, they can configure the BRYCK to combine storage and AI in the event you want to conduct edge processing. It’s offered in several form factors including a MOSA chassis.

Being able to conduct air gapped AI processing to avoid spurious data corruption is going to be crucial on future battlefields and BRYCK will allow you to do it.

Finally, it offers onboard data encryption and remote wiping.

Tsecond has loads of tech data in their site so I suggest you head over there and nerd out. They would be more than happy to discuss your organization’s needs as well.

tsecond.us/ai-bryck

Galvion CORTEX Offers Headborne Integration

Monday, July 7th, 2025

Galvion CEO Todd Stirtzinger looked at me and said, “We are not only going to transform how helmets are made, but how they are used.” That was how he opened our meeting during last month’s SOF Week in Tampa, Florida and it certainly got my attention.

He led me to a helmet with multiple enablers and began to explain Galvion’s digitally enabled smart helmet, CORTEX.

The project stemmed from development for the UK’s Defence Science and Technology Laboratory Future Integrated Dismounted Soldier Vision (FIDSV) program. Further work has been accomplished on behalf of US Special Operations Forces. Integration is an ongoing process.

What’s amazing about CORTEX is that a Soldier can dump out his bag of kit and Galvion can integrate it, digitally. Enablers like smart watches, biometric sensors, strobes, laser detection systems, night vision, and thermal optics are no problem. They’ve encountered it all. The system is hardware agnostic and relies upon software, cables, and connectors to act as bridgeware so that everything comes together as a system, no matter who manufactured it. It is both modular and scalable and offers both data and power management.

Using the helmet as a platform, edge processing is accomplished with a module featuring an internal battery and purpose-built android-based operating system which is compatible with Tactical Awareness Kit, the de facto command and control interface for the Dismounted Soldier. This increases Soldier acceptance and facilitates faster integration of new systems.

CORTEX is powerful. It will automatically detect whether a visual augmentation system is compatible with Augmented Reality inputs. This places key data in the VAS field of view, in the direction it is found in real life. Key ATAK functions can be accessed with a quick button press via the built-in 4-key controller at the temple, eliminating the need to open the EUD. This moves the data from the usual torso mount and puts it in front of the eye so the Soldier can concentrate on the battlespace.

Everything is streamlined to make the data more digestible. There’s nothing worse than being overwhelmed with extraneous data and icons cluttering the field of view. Consequently, the AlertCentr plugin for ATAK is configurable by the Soldier who can setup multiple profiles for different phases of a mission. Navigation waypoints, target data, blue as well as red force information, and drone feeds can all be toggled data on and off based on what is needed for the task at hand.

With multiple system communication protocol options (USB, ISW, Bluetooth, Wi-Fi) and onboard battery, CORTEX is designed to fit Galvion’s Caiman and Hellbender helmets, although it has also been integrated unto select helmets from other manufacturers, based on customer needs.

With a combination of cabling running under rails (VAS connector, 4-key controller, Laser Sensor) as well as some exposed connection cabling, Galvion informs me that in the not-too-distant future, cables won’t be visible.  They’ll be incorporated inside. As Mr Stirtzinger alluded to in his opening statement to me, Galvion is going to change the way helmets are made. The result will be a more elegant way to integrate power and data into the helmet.

The system is already fielded in limited numbers with interest growing. Integration with new peripherals continues, along with functionality as more customers adopt the CORTEX ecosphere.

www.galvion.com

Soldiers Train With – And Praise – Nett Warrior System of the Future

Tuesday, June 17th, 2025

Hohenfels, Germany – With the rapid advances of technologies and the ever-changing technological landscape, it remains more important than ever for the United States Army to remain at the cutting edge of innovation. Which is why an event like the Human Machine Integration (HMI) Fight Tonight Excursion is so essential.

The HMI Fight Tonight Excursion is a training event to train today’s Soldiers on how to use the emerging technologies and devices of tomorrow. For three days, Soldiers were given hours of training and hands-on experience to test, experiment with, and provide direct feedback for some of the latest technologies and breakthroughs coming from PEO Soldier.

And the Soldiers of 3rd Brigade, 10th Mountain Division led the way.

“The Fight Tonight Excursion is an Army Futures Command Commanding General priority to rapidly integrate a Common Control Solution for uncrewed systems for the Army,” said MAJ Adam Arnold, assistant program manager of Nett Warrior. “The focus for the excursion centered around bridging Nett Warrior, Short Range Reconnaissance (SRR) Unmanned Aircraft Systems (UAS) assets along with other commercial off-the-shelf UAS with commercial controllers to provide Soldiers a common control software solution and reduce the number of controllers on the battlefield.”

Many current SRR drones only come with controllers provided by the manufacturing companies. While these controllers work, they only work for the specific drones they are made for and can quickly add a lot of excess bulk and weight for Soldiers to carry if units are given multiple different SRRs to operate.

That is where PEO Soldier and Nett Warrior come in: Working with the DEVCOM Soldier Center, they designed an all-in-one system that can deploy and control multiple different types of SRR drones, eliminating the need for Soldiers to constantly keep track of different controllers and operating systems.

Getting here has been a collaborative process from the beginning. Taking DEVCOM solutions and partners at Program Manager UAS have been integral to bringing these advanced systems online well before they were ever in the hands of Soldiers. PM UAS has been crucial in receiving UAS vendor support to update their firmware so the systems will work. It is also responsible for sending three of their trainers to join the Nett Warrior team to help train Soldiers on these advanced systems.

The feedback from the Soldiers testing the Army’s cutting-edge system has been very positive.

Soldiers who trained with the Nett Warrior system thought the software was “simpler” and more “user-friendly” than what they were currently used to. They found that the drones they controlled performed better on the Nett Warrior system and that the interface was very easy to use.

That is no small feat given that the training took place in the frigid, single-degree German winter weather.

The Nett Warrior system also adds the same extensibility to platoon leaders and commanders. Now, reconnaissance footage and intelligence can be relayed through multiple touchpoints. Leaders at all echelons can see the video in real time. Nett Warrior also allows commanders to assign tasks directly to their units and even remotely take control of the UAS if necessary.

All that in one easy-to-use system, designed from the ground up with Soldiers in mind.

“The collaborative efforts between PEO Soldier, PEO Aviation, PEO C3N, and our industry partners were in full display in the work required to bring UAS assets into the unit network architecture,” MAJ Arnold said. “The ability to pass Position Location Information (PLI) and video streaming throughout the formation will provide Soldiers with far more extensibility and situational awareness than ever before.”

After this training, the Soldiers had an additional month to use the Nett Warrior system on their own, integrating it with their other duties and training to see how the system performed in the field.

The response was incredibly positive.

The training was “an overwhelming success,” said Chief Warrant Officer 2 Brendan Henske, Brigade UAS Operations Officer, noting that the overall Nett Warrior devices and systems helped to “reduce and simplify the Soldiers’ workload.”

“Soldiers took to learning the new interface with vigor and did not want to give up the equipment at the end,” CW2 Henske said.

This is far from the end, however. The Soldiers will provide the Nett Warrior team with direct feedback on their favorite features and what could be improved. That feedback will be used to refine, improve, and perfect the Nett Warrior system.

It is that commitment, to put Soldiers at the forefront of everything being done, that helps Nett Warrior and all the teams across the multiple PEOs thrive and continue to deliver the best and most advanced systems in the world to the men and women in uniform.

By Zachary Montanaro

Digitisation: Rheinmetall Ignites the Future of Autonomous Mobility for the Future Battlefield with New Centres of Excellence

Friday, March 28th, 2025

Rheinmetall is revolutionising battlefield autonomous mobility with a bold new investment in next-generation technology. As part of its mission to lead the digitalisation of modern warfare, the company is accelerating the rollout of the PATH Autonomous Kit – the innovative technology that dominated the 2024 European Land Robotics (ELROB) convoy competition.

This investment will supercharge the deployment of next-generation autonomous mobility systems, pushing the boundaries of what’s possible on the battlefield. The PATH Autonomous Kit delivers scalable, intelligent, and highly adaptable autonomy across a wide range of platforms – from uncrewed ground vehicles to logistics convoys, capable of navigating the toughest terrains and most demanding environments. With this initiative, Rheinmetall cements its position as the undisputed leader in land autonomy, addressing the growing demands of military forces worldwide.

To spearhead this innovation, Rheinmetall is launching three brand-new Advanced Land Autonomy Centres of Excellence in Germany, the Nordics and the United Kingdom, while also expanding its current Canadian Autonomy Centre of Excellence. These pioneering hubs will serve as the beating heart of Rheinmetall’s autonomous revolution, providing advanced integration, testing, and national control over leading-edge autonomous solutions, with a sharp focus on the PATH Autonomous Kit.

“Autonomy isn’t just the future of defence – it’s the key to unlocking unprecedented speed, agility, and strategic advantage on the battlefield,” said Thomas Berge Nielsen, CEO of Rheinmetall’s Global Business. “By investing in the PATH Autonomous Kit and establishing our new Centres of Excellence, we’re bringing world-leading autonomous capabilities to the fight – ensuring Rheinmetall remains at the cutting edge of military innovation.”

The future of warfare is characterized by autonomy –and Rheinmetall is leading the charge.

Rheinmetall Gladius Light – Special Networking for Special Operations Forces

Sunday, March 2nd, 2025

Soldier systems connect individual warriors on the battlefield with other actors, sensors, effectors and platforms, bringing them into the network-enabled operational loop. Rheinmetall has extensive experience in this area. Just in February 2025 the Federal Office for Equipment, Information Technology and In Service Support of the Bundeswehr (BAAINBw) has signed a framework contract with Rheinmetall Electronics GmbH for the follow-on procurement of soldiersystems ‘Infantry Soldier of the Future – Enhanced System’ (IdZES). The framework contract, with a maximum gross volume of €3.1bn, will run until the end of 2030. Overall, the German Armed Forces can thus initiate the proportional regeneration as well as the manufacturing and delivery of up to 368 IdZ-ES platoon systems and various options for the procurement of additional components and services. A platoon is a military sub-unit.

IdZ-ES is based on the soldier system Gladius 2.0. At Enforce Tac 2025, the Group will be presenting another version of its Gladius 2.0 soldier system, specifically designed to meet the needs of special operations forces. During development, the system’s designers kept a sharp focus on the need for lightweight, flexible systems that enable maximum mobility. The Gladius Light configuration has therefore been stripped down to its essentials. At the same time, however, care was taken to maximize flexibility, making it possible to include accessories needed for special operations. Moreover, the new configuration is specially designed to enable subsequent upgrades and extensions. The Gladius Light configuration is based on a lightweight tactical harness with scalable ballistic protection.

It includes:
-a radio for voice and data communication as well as GPS tracking for ‘blue force’ information;
-an advanced headset with various push-to-talk buttons (connected by cable or Bluetooth) for voice communication;
-an end user device (e.g. a tablet) for depicting tactical maps, assuring an uninterrupted exchange of information and improved situational awareness.

Multi-Billion-Euro Contract: Rheinmetall Successful with TaWAN LBO for the Bundeswehr – Digitalisation of the Armed Forces Is Picking Up Speed

Thursday, February 6th, 2025

Rheinmetall has been awarded a contract in another important large-scale project for the Bundeswehr in the field of digitalisation. As the prime contractor, Rheinmetall Electronics GmbH will be responsible for setting up an integrated communication network, the so-called ‘Tactical Wide Area Network for Land Based Operations’ (TaWAN LBO). The volume of the awarded framework-contract for a deployable, platform-based communication/directional radio management system is worth several billion Euro.

The framework-contract for the procurement of TaWAN LBO has a term of 10 years and was signed by representatives of the Federal Office for the Equipment, Information Technology and In-Service Support of the Bundeswehr (BAAINBw) and Rheinmetall Electronics GmbH.

At the same time, an initial order worth €1.88bn gross was placed under the framework-contract to equip a division of the Bundeswehr. Delivery of this communications network will take place between the end of 2026 and the end of 2029.

Armin Papperger, CEO of Rheinmetall AG: “We are thankful for the great trust that the Bundeswehr is placing in us regarding its ambitious digitalization efforts. Now that the Bundeswehr will be receiving TaWAN LBO and D-LBO from a single source, the conditions for a synchronized coordination concerning the introduction of both systems are given. It is our ambition to provide the Bundeswehr with a seamless and reliable communication network within the given timeframe – one which can be considered a flagship of digitalisation in Germany”.

The core function of TaWAN LBO is to provide an open transport network for Federated Mission Networking (FMN) based on Protected Core Network (PCN) to connect the forward tactical D-LBO networks to the rear-echelon core network CIR. Following the contracts awarded at the end of 2024 as part of the Bundeswehr’s Digitalised Land-Based Operations (D-LBO) programme, TaWAN LBO will be a further milestone for the end-to-end command capabilities of the armed forces. In connection with D-LBO, the TaWAN LBO network is to ensure connectivity deep into the rear area at high data rates.

As part of the TaWAN LBO project, Rheinmetall is also supplying protected 8×8 HX trucks from Rheinmetall MAN, which serve as carrier vehicles for the large directional radio systems and are equipped with mobile high extendable antenna masts.

One of the vehicles will hold the mast system, another will carry the 20-foot functional container with workstations, servers and other equipment. Rheinmetall MAN will be delivering a total of 102 vehicles.

Other vehicle platforms are used in conjunction with smaller mobile extendable antenna masts (small directional radio system). A software-based directional radio management system is part of the overall solution which will ensure the functionality of the directional radio system, and can be used to plan and execute operations.