Technology Prototypes for Military Training Programs

At Pulau Tekong, drones now fly over recruits during basic training. They’re not just looking in, though, they’re simulating incoming attacks. How far has tech advanced, that it’s now part of training? The SAF is adding drone warfare to BMT, giving recruits a taste of modern conflict from day one. They're adding real-time decision making, and stress-testing under simulated fire. Real aircraft. Real aerial threats, but zero life risk. This has been added because battle has grown with tech too. Drone incursions, autonomous weapons, AI-driven threats—they’re not future scenarios. They’re current headlines. And, Singapore’s not sitting still. Instead of just teaching tactics, they’re learning adaptability. Instead of practising for yesterday’s battlefield, they’re training for tomorrow’s uncertainty. They're sending the right signals - prepare fast, train smart, stay ahead. No-one likes to think about the possibility of war, but being prepared is vital. And adding this training is all part of preparing. Because for this next generation—it’s how things are done.

𝗡𝗥𝗧𝗞 “𝗞𝘂𝗿𝗶𝗲𝗿”: 𝗨𝗚𝗩 + 𝗘𝗪 = 𝗧𝗮𝗰𝘁𝗶𝗰𝗮𝗹 𝗔𝗱𝗮𝗽𝘁𝗮𝘁𝗶𝗼𝗻 🌊📡 Footage shows the NRTK “Kurier” — an unmanned ground vehicle reportedly equipped with electronic warfare payloads — crossing a water obstacle during training exercises. That detail matters. 🔎 What does this signal? 🚜 1) Mobility beyond roads   A UGV that can negotiate water obstacles expands routing options and reduces predictability. In a #DroneWarfare and #EW environment, predictability kills. 📡 2) EW at the tactical edge   Mounting electronic warfare modules on robotic platforms allows: • Forward jamming without exposing crews   • Rapid repositioning of EW bubbles   • Distributed spectrum denial rather than centralized emitters  This aligns with a broader trend: smaller, mobile EW nodes instead of large, static systems. 🌍 3) Training realism   Water crossing during exercises isn’t cosmetic. It tests: • Platform buoyancy and stability   • Antenna placement and signal integrity   • Power management under strain   • Recovery procedures if immobilized  In modern conflict — especially in Ukraine — terrain is rarely cooperative. Systems must function in mud, snow, water, and under constant electromagnetic pressure. 📌 The bigger picture for #MilitaryInnovation: Robotics are no longer just reconnaissance tools. They are becoming maneuver elements that carry sensors, jammers, logistics loads — and potentially weapons — into contested space. The fusion of UGV mobility and electronic warfare is not experimental anymore. It’s doctrinally relevant. “𝘔𝘰𝘣𝘪𝘭𝘪𝘵𝘺 𝘪𝘯 𝘵𝘦𝘳𝘳𝘢𝘪𝘯 𝘪𝘴 𝘱𝘰𝘸𝘦𝘳. 𝘔𝘰𝘣𝘪𝘭𝘪𝘵𝘺 𝘪𝘯 𝘴𝘱𝘦𝘤𝘵𝘳𝘶𝘮 𝘪𝘴 𝘴𝘶𝘳𝘷𝘪𝘷𝘢𝘭.”

This project gave me the chance to collaborate with Jayse Hansen and Jeff Hansberger from #Øffgrid to design a VR simulation system that recreates real-world mission scenarios for soldiers. Our goal was simple: build a training experience that feels immersive, effective, and engaging — one that helps users learn faster while staying fully focused in the moment. We designed each interface to make critical information easy to understand at a glance, from risk zone alerts to interactive mission tracking. With real-time feedback, soldiers can quickly adjust tactics, respond under pressure, and make better decisions in the field. By combining the power of Apple Vision Pro with a human-centered design approach, we created a training environment that is both safe and highly realistic — helping strengthen performance, readiness, and confidence. This is the kind of work that shows how immersive technology can reshape military training, moving preparation toward smarter, safer, and more effective virtual experiences. What excites me most is the potential of VR and spatial computing to transform how people train for high-stakes situations. Where else do you think this kind of technology could make a real impact?

Reimagining Military Training with Adaptive AI Simulation Traditional training methods are costly, time-intensive, and limited in scope. That’s why I’m excited to share a demonstration of Future View, a highly adaptable and accelerated learning system designed to transform military training. Future View delivers what conventional approaches can’t: -Real-time simulation editing with a no-code node editor -Scalable design, from individual exercises to full-class training -Intelligent agents that respond and adapt to student decisions -Safe environments to practice high-risk scenarios without consequences -Instant feedback dashboards that track performance against customizable rubrics Imagine a bridge in the simulation that monitors its weight capacity. Students must decide how to cross, and if they exceed the load, it collapses. That decision, and its consequence, is recorded, evaluated, and fed back instantly. This isn’t just training. It’s adaptive, data-driven decision-making at scale. It’s how tomorrow’s military leaders will prepare for high-stakes environments. ➡️ Watch the full demo below! #AI #Simulation #MilitaryTraining #FutureOfWork #Innovation #LearningSystems ACSILabs

The Army is requesting $255 million in fiscal 2025 to buy more of the latest variant of Microsoft’s Integrated Visual Augmentation System. That amount would go toward procuring 3,162 IVAS 1.2 heads-up-display systems. The HUD/puck tactical kits will come with conformal wearable batteries, advanced battery chargers, and a “tactical cloud package.” IVAS is one of the Army’s highest-priority modernization initiatives. The tech includes ruggedized headgear with augmented reality capabilities, inspired by Microsoft’s HoloLens 2 device. The service aims to use the equipment for both training and battlefield operations for dismounted troops. The Army’s R&D plans for 2024 included developing software for IVAS “that enables soldiers to intuitively relay reconnaissance intent to a team of autonomous sensors and quickly interpret feedback from the systems and make targeting decisions.” The Army also wants to explore algorithms that use voice commands, eye movements, and hand gestures to interact with the system for “relaying intent and closing the targeting cycle more effectively,” as well as develop “feedback mechanisms” in the Android Tactical Assault Kit and IVAS to improve the AI algorithms “once soldiers recognize mistakes by the autonomous sensors.”

Revolutionizing Military Aviation Training: The Slovenian Armed Forces' Leap into XR. In a groundbreaking move to enhance operational readiness, the Slovenian Armed Forces have partnered with AFormX Aviation Technology and Varjo to deploy state-of-the-art VR and XR flight simulators. These simulators, tailored for the Pilatus PC-9 and AS532 Cougar platforms, offer immersive training experiences that closely replicate real-world conditions. By integrating Varjo's industry-leading XR-4 headsets, the Slovenian military has achieved: High-Fidelity Training: Precise replication of aircraft cockpits and Slovenian terrain for realistic mission scenarios. Interoperable Systems: Seamless coordination between VR and XR simulators for joint tactical exercises. Cost-Effective Solutions: Reduced reliance on foreign facilities, enabling more frequent and flexible training sessions. This initiative sets a new standard in NATO-aligned military training, showcasing how cutting-edge technology can be harnessed to prepare forces for the complexities of modern warfare. Defense leaders and policymakers: Explore how immersive technologies can transform your training programs and elevate mission preparedness. #DefenseInnovation #MilitaryTraining #XRTechnology #OperationalReadiness #Varjo #AFormX #SlovenianArmedForces #NATO #AviationTraining #ImmersiveSimulation For an in-depth look at this transformative project, read the full case study here: https://lnkd.in/dNzv9-fT

A little-known company in California’s high desert will deliver a new prototype aircraft to help the US military train its pilots against advanced stealth fighters. Tehachapi-based Sierra Technical Services (STS) was awarded a $77.1 million Pentagon contract on 4 August to deliver a prototype uncrewed aerial target aircraft capable of replicating the flight characteristics of the most-advanced enemy fighter jets. “Key amongst these characteristics”, according to the Pentagon, “is size, signature and electronic attack payloads.” Those attributes “significantly impact acquisition, tracking and guidance of anti-air systems”, the Pentagon contract announcement with STS notes, saying the fifth-generation traits must be “adequately represented” in a target platform to ensure proper testing. STS has previously described its experimental 5th Generation Aerial Target (5GAT) as a “high-performance, unmanned, fighter-size aircraft” meant to be “threat representative”, including low observability.

Ready to get your technology into the hands of Special Operations? USSOCOM just released Amendment 7 to their long-term Broad Agency Announcement, and they have completely shifted their focus toward "disruptive technologies" for the future operating environment. If you have been waiting for the right moment to pitch the Command, this is it. Here is what they are looking for right now: First, they want the Hyper-Enabled Force. This means anything that helps an operator make faster decisions at the "edge" without needing a connection back to a home base. Think wearable sensors, AI that processes data locally, and next-generation heads-up displays. Second, they are prioritizing Signature Management. In a world of constant digital surveillance, SOCOM needs ways to stay invisible. This includes masking electronic signals and advanced camouflage that works across different spectrums. Third, they need "Leap Ahead" communications. They are looking for radios and data links that can’t be jammed or tracked by sophisticated adversaries. Regarding the awards, there isn't a fixed price tag on this BAA. Instead, they ask for a "Rough Order of Magnitude" cost. You tell them what it will take to build a prototype, and if your tech hits the mark, they move you into a formal proposal. If you want your company to be one to watch, don't just offer a slightly better version of what they already have. Focus on "Modular Open System Architecture." They want tech that can plug into other systems easily without being locked into one vendor. The next big review cycle runs from January 5 to April 17, 2026. All you need to start is a five-page white paper and a quad chart. It is the most direct path to working with the elite. #USSOCOM #DefenseInnovation #SpecialOperations #TechTransfers #GovCon

General Randy George urges rapid transformation across the Army, emphasizing that “the battlefield is changing as fast as the technology in your pocket.” He promotes “transformation in contact,” where soldiers test and iterate new capabilities in real-world settings, and the Army is experimenting with drones, autonomy, counter-UAS, and augmented reality systems. He also spotlights programs like Next-Generation Constructive and Next-Generation Command and Control (NGC2) that model engagements digitally and enable command via mobile nodes using iPads, apps, and low-signature C2 structures. https://lnkd.in/eptPsg4C