Pulsar drone control
Author: m | 2025-04-25
This summer, Pulsar Technologies will release PulsAR Drone Control v2, which will let you control your AR Drone v2 (and v1) with computer After a long period of silence, we - Pulsar Drone Control PulsAR Drone Control Registration Key PulsAR Drone Control Developer's Description By Pulsar Technologies Turn your AR.Drone2.0 into the most intelligent flying machine on the market so far!
PulsAR Drone Control.exe file information what is PulsAR Drone Control
Drone Detection Discover cutting-edge solutions from 4 leading global suppliers SUPPLIER SPOTLIGHT Anduril Industries has launched Pulsar, a first-of-its-kind family of modular, multi-mission-capable electromagnetic warfare (EW) systems.These EW systems utilize artificial intelligence at the tactical edge to rapidly identify and defeat current and future threats across the electromagnetic spectrum, including small and medium-size drones.Dominance of the electromagnetic spectrum is critical to operations on a modern battlefield of rapidly-evolving drone, counter-drone, and jamming technologies. As the war in Ukraine has shown, EW tactics are evolving faster than ever — a cat and mouse game of sensing and dodging, disruption and adaptation, in the spectrum — with updates to EW and threat systems now happening over shorter timelines of weeks, days, or even hours. The next generation of EW systems must enable real-time understanding of the spectrum, and provide rapid delivery of effective countermeasures against known and new threats, across domains and modalities. That is precisely what Pulsar does.Pulsar integrates a software-defined radio, graphics processing unit, and additional diverse compute into a compact and powerful capability that enables radio frequency machine learning (RFML) to rapidly identify and adapt to emerging threats at the edge. The system supports a range of capabilities as a multi-mission EW solution, including electronic countermeasures, counter-unmanned systems, electronic support, electronic attack, direction finding, geolocation, and other advanced EW capabilities. Pulsar’s modular form factor can also be adapted and integrated onto ground vehicles (Pulsar-V) or aircraft (Pulsar-A) to support distributed EW operations across multiple domains.Pulsar is a system that is reportedly fundamentally unique in comparison to other tactical EW systems currently available. It provides the capability to intelligently and autonomously interrogate a wider range of the electromagnetic spectrum, both for known threats and anomalous events, while reducing the time to deploy new EW effects to a matter of hours and days.Pulsar’s open architecture enables integrations into common and joint EW and command-and-control systems to create a unified network of EW capabilities, providing more comprehensive coverage and coordinated effects across distributed operations. It also provides a software development kit that enables continuous development and integrations with third-party providers and rapid integration of impressive capabilities in order to keep pace with new threats and missions.Pulsar is an agile software-defined EW system that can swiftly adapt to changing threats and mission needs in all domains for dynamic operations of today and tomorrow.Sam El-Akkad, General Manager of RF/EW Systems at Anduril, said; “We’ve been developing our Pulsar family of systems to support operational deployments worldwide, including to combat zones, since 2020. “Built to survive and win in highly-congested and contested electromagnetic environments, Pulsar enables warfighters to counter state and non-state actors employing EW capabilities integrated with other advanced technological systems operating across the You'll get a laser or beam wiping out your Supershield layer followed closely by the missile going right on through your regular Shield.Oh, and trying to time a Supershield generation for just-in-time interception, while strictly possible, is deeply impractical; the Drone has to wait its full charge period to throw up a Supershield, so a just-in-time interception requires planning things out 8 seconds ahead of time, not activating the Drone in response to a missile being fired or the like. Doing this in the middle of combat, having to calculate all the modifiers to fire rates and potentially not knowing the AI's exact weapon list because of shared graphics hiding it? Even if you're actively keeping relevant stats open on your phone or whatever, that's still deeply impractical.So what is this supposed to do? A Defense Drone Mark I protects against a lot of things a Shield Overcharger could be nice against, but will do so far more reliably and while needing less Power and costing a little less Scrap to purchase. The only thing the Shield Overcharger does that's reasonably unique and kind of reliable is that a Supershield will completely block a Pulsar's Ion effect, which normally hits both Shields and random non-Shields Systems... and luck is a significant factor there, since you need to have the Supershield generate shortly before the Pulsar does its thing and then not get knocked out by enemy fire.If you happen to loot it while having a Drone Control, it can be worth considering using, particularly if you have a Drone Recovery Arm. Usually, though, you should just sell it as soon as you can.On top of all that, this is narratively inconsistent. Zoltan Supershields supposedly require a huge burst of energy to be generated, this being the justification for generating themPulsarTechnologies is doing an - Pulsar Drone Control
Zoltan Shield is an augmentation that grants energy shielding which protects ship's standard shields, hull, and crew from any damage until it is depleted. Zoltan Shields are also called Zoltan Super Shields, Zoltan Energy Shield or just Super Shields."An unexplained technology creates this nearly impenetrable shield. Only the energy outbursts from an FTL engine are powerful enough to recharge it."Zoltan Shield has 5 points of energy shielding that absorbs any kind of damage from all weapon types and hazards.Ion weapons deal double damage to Zoltan Shields.Beam weapons deal damage to Zoltan Shields in 2 ticks, thus doubling their base damage.Damage is unaffected by how many rooms are 'hit'.Anti-Bio Beam, Fire Beam, and Artillery Beam deal 2 damage in total.Aiming Hull Beam at systemless rooms will not increase damage to Zoltan Shields.Glaive Beam is the only beam weapon that can remove Zoltan Shield in one swipe and still potentially damage the ship.Anti-Ship Beam Drone I and Anti-Ship Fire Drone deal 1 damage, while Anti-Ship Beam Drone II deals 2 damage.If Zoltan Shield is destroyed while the swipe is not over yet, the beam will continue its swipe against regular shields or ship's hull (if regular shields are suppressed).Fire Bomb, Crystal Lockdown Bomb, Healing Burst, and Repair Burst have no effect on Zoltan Shields.Upon making an FTL jump, Zoltan Shields are completely recharged.Enemy Zoltan Shields are replenished upon revisiting the beacon.Zoltan Shields prevent boarding, hacking, and mind control. Exceptions:Boarding events (including those with enemy ship present; only initial boarding party bypasses the Zoltan Shields).Zoltan Shield Bypass augmentation allows crew and bomb teleportation and mind control to work through Zoltan Shields. (Advanced Edition Content)Boarding and hacking drones will be destroyed upon contact with a Zoltan Shield and won't deal any damage to it.Can be acquired by any ship through the Zoltan Cruiser unlock event, even if the Zoltan Cruiser has already been unlocked or the augmentation was sold or swapped away in case of an item (augmentation) capacity overflow.All Zoltan Cruisers start with this augmentation.Phase 3 of the Rebel Flagship uses a more powerful version of Zoltan Shield (12 health points).Shield Overcharger drone will regularly add 1 point of Zoltan Shield over time. It takes longer to add layers depending on how many layers are already present, going from 8s at 0 layers up to 20s at 4 layers. (Advanced Edition Content)Pulsar waves cannot penetrate Zoltan Shield, but will quickly strip it.Zoltan Shield. This summer, Pulsar Technologies will release PulsAR Drone Control v2, which will let you control your AR Drone v2 (and v1) with computer After a long period of silence, we - Pulsar Drone ControlThe world's smallest drone - Black - Pulsar Drone Control
Sector. Its pitch for Pulsar is in line with that branding with an emphasis on software-defined capabilities and AI.Brose explained that Pulsar’s development four years ago based on Anduril’s early experiences fielding counter-drone (C-UAS) capabilities operationally. “We saw that electronic warfare (EW) systems based on library-based approach assumed that we know threat emissions in advance—what to look for, and where on the spectrum. But it became clear those threats are metastasizing, we won’t always have that level of a priori knowledge. And the systems we saw on the market worked on incredibly long and slow timelines to detect something new, analyze it, build countermeasures and detection capabilities for it—in many cases timelines measured not in months but in years. That’s clearly not in line with needs seen in Middle East, Ukraine and other environments.”Pulsar was developed purely with internal funding, though Anduril later received “small amounts” of government funding for mission software. According to Brose, Anduril sought to leverage software-defined systems and advanced commercial 5G tech to create a modular, small form-factor military EW system “…capable of analyzing in real-time a far larger swathe of EW spectrum than anything else on the market using machine-learning techniques to characterize that spectrum, identify anomalous/suspicious activities, figure out what those threats are, build detection and mitigation capabilities, and get those capabilities deployed back onto Pulsar in a matter of hours or days or weeks.”El-Akkad adds “There are many channels built-in so we can do many different missions simultaneously. Electronic-countermeasures (ECMs), C-UAS, Electronic Support [ESM, or electromagnetic reconnaissance], Electronic Attack [jamming], direction-finding and geo-location. It can also serve as a communication system anywhere on the spectrum.”Image: Anduril.He also emphasized the system is designed for resilience against electronic ‘friendly fire’, with fratricidal own-side jamming accounting for significant drone losses in Ukraine. “A major issue of legacy EW systems is that they have no thought of coexisting with other radio-frequency systems. So we use a lot of digital signal processing to coexist in ‘small’ spaces.” Moreover, the stationary Pulsar variant has a ‘sectorized’ capability. “The idea behind that is being able to only turn/on off sectors of interest to accomplish the missions. If there’s a threat only in one direction, there’s no point radiating in all directions.”Both Pulsar’s autonomous AI, computer learning, and signal processing capabilities are enabled by integration of “thousands” of CUDA-core graphics processing units (GPUs). That processing power, Akkad says, allows a forward-deployed Pulsar to perform data processing independently, before distributing its findings around the network. “So when one system sees something new, all other systems are trained to recognize it in the future.” That networking enables a distributed, cooperative model of electronic warfare with systems training and supporting each other. For example, Akkad said that multiple Pulsar systems working together can more precisely geolocate hostile emitters.Open software for EW hardwareAkkad also emphasized his team’s embrace of government and commercial open system standards, making Pulsar easy to upgrade. “The [current] model is you have a new threat your existing system can’t meet, you buy another box. That paradigm doesn’t scale, so we instead turned that to ‘build the most capable system, keep that hardware, and implement software solutions.”Thus Anduril offers a developer’s kit to allow third parties to develop software and capabilities to integrate with Pulsar’s hardware. He cited a real-life case of a company with capability 10 years in the making. “We were able to integrate their software capability going from nothing to fieldable [on Pulsar] in 8 months,” Akkad says. Image: Anduril.Brose added that third party access was the “…only way to keep pace, move at the speed of relevance for detecting and defeating [evolving threats]. And doing it all over again as the threat inevitably adapts.”According to Brose, the decision to publicly unveil Pulsar years after it secretly entered operational use stemmed from a realization “…we need to talk more about work we’re doing in this domain” given that the U.S. military “isn’t where it needs to be” regarding preparedness for operations in a high intensity electronic warfare environment like that seen in Ukraine. He acknowledged that eventually autonomy might reduce drone vulnerability to EW attacks, but argued electronic warfare system would remain a key tool in a multi-layered integrated air defense system incorporating other kinetic and non-kinetic platforms. “There are still a lot of other emissions coming off drones even when not remotely piloted,” he remarked.Sizing up PulsarAnduril wasn’t at liberty to disclose details on Pulsar’s existing clients and number of units already delivered, nor details on antenna wattage and effective range, though Brose explained Pulsar has incorporated varying mission-dependent capabilities, noting some tasks require “10s of meters” and others “hundreds of kilometers.”Regarding the question of pricing, Brose emphasized that Pulsar would remain effective longer than other EW systems thanks to its easy upgradeability.While hardware and performance characteristics ofThe world s smallest drone - Black - Pulsar Drone Control
On May 6, the defense company Anduril Industries revealed it had secretly developed a family of AI-enhanced electronic warfare systems called Pulsar already in operational use on multiple continents for —including two combat zones and with clients including the U.S. military.At an online symposium, Anduril CSO Christian Brose stated it had been deployed “for years” in “multiple areas of responsibility” (AORs, or regional commands) and “across all domains”, which implies deployment on air and sea-based vehicles, ground vehicles and ground stations for installation security operations. Electrical engineering chief Samuel El-Akkad added that the systems are in production. “We’re pumping them out and they’re being used.”Pulsar is described as leveraging AI to recognize and adapt to never-before-seen threats, a traditional Achilles heel of AI. Like the Borg in Star Trek, it’s intended to rapidly identify and analyze unfamiliar threats (anomalous signals) and harness AI to rapidly devise a countermeasure. The resulting new threat data and countermeasures are then distributed across the network of Pulsar systems.The ‘basic’ Pulsar platform is a tripod-mounted tower station with four trapezoidal antennas arrayed to provide 360-degree coverage.Another variant called Pulsar-V involves an octagonal pod designed for mounting on ground- and sea-based vehicles, both manned and unmanned. It’s depicted mounted on a jeep-like vehicle and advertised as ideal for jamming cell-phone activated IEDs, as well as general ground-based force protection and electronic attack roles.Image: Anduril.Finally, Pulsar-A is an aerial variant, depicted in promotional artwork as mounted under Anduril’s rail-like Ghost-X drone (detailed in IUS’s April/May issue). Suggested missions for Pulsar-A include use as a decoy, and locating and mapping the position of enemy emitters (radios, radars, jammers etc.)“The system itself is built on four modular pieces,” El-Akkad explained. “We build them up as Lego blocks in different form factors to meet the mission requirement. So the fixed site is going to have a tripod, power supply, large power amplifiers, and very big directional antennas. An airborne install is much smaller, much lighter, smaller antennas, possibly a blade antenna. The infrastructure around it differs, but core capability, the brain, is the same.”Brose also stated a ‘man pack’ portable variant of Pulsar (with potential appeal to airborne and special forces units) was on the roadmap and had started development.Four years in the makingA relative newcomer founded in 2017, Anduril has always styled itself as a company that brings an ‘agile’ Silicon Valley-style ethos to the usually slow-moving defense industrialPulsAR Drone Control for Windows - CNET Download
When you Jump. Why can a Drone generate Supershielding unlimitedly for a relatively modest Power cost? The game has no answer, not even a thin non-answer acknowledging the inconsistency.The frustrating thing is there's absolutely multiple ways this could have been implemented that would have made it actually good. If the Drone had stored charges where you chose the timing of their release, you could time releasing a Supershield layer so it catches a missile, or a Pulsar burst, or whatever. If Zoltan Supershields were changed with advanced edition to be 'under' regular Shields, that would vastly improve the Shield Overcharger. If the Shield Overcharger just charged faster, it would still suffer from overlapping with a Defense Drone but wouldn't be so clearly a bad Defense Drone.As the ultimate insult to injury, you'd think it would excel against the Rebel Flagship by virtue of getting to put up a full 5 layers if the Flagship is going to Jump toward you. (Such as because you're camping on the Federation Base) After all, you get to keep defensive Drones if you sit there and wait for the Flagship to come to you. But no, if you set up Supershield layers in anticipation of the Flagship... they'll be ripped away by its arrival with zero explanation.Seriously, why is this so bad?The Power cost in parentheses is, by the way, the Power cost for the Stealth Cruiser C's version of the Shield Overcharger Drone. It's otherwise identical to regular Shield Overchargers. (ie disappointing and confusing in its existence)Annoyingly, the Shield Overcharger is notably less ineffectual in AI hands. It's still so bad I'm mystified by its existence, but the player coordinating fire and counting up shots and so on gives it far more potential to inconvenience the player. Its ability to stack Supershield layers. This summer, Pulsar Technologies will release PulsAR Drone Control v2, which will let you control your AR Drone v2 (and v1) with computer After a long period of silence, we - Pulsar Drone Control PulsAR Drone Control Registration Key PulsAR Drone Control Developer's Description By Pulsar Technologies Turn your AR.Drone2.0 into the most intelligent flying machine on the market so far!PulsAR Drone Control Registration Key - 7t7exe.com
The freedom to capture stunning aerial footage and embark on thrilling adventures.Navigating the app's intuitive interface is a breeze, even for first-timers. Once you master the controls, a world of possibilities opens up. However, occasional connection issues can arise, and some users have encountered slow video playback. Despite these minor drawbacks, the app's functionality and the breathtaking views it unlocks make it a compelling choice for drone enthusiasts.Download: Application information: Downloads Over 500,000 downloads Features Provides live HD video feed, intelligent flight modes, manual camera controls, and flight telemetry data for compatible DJI drones. Pros User-friendly interface, comprehensive drone control, real-time flight information. Cons Limited device compatibility, occasional connectivity issues reported, some advanced features require in-app purchases. Tags: Real-time Video Feed Intuitive User Interface Precise Flight Controls 6. Go Fly Drone Remote ControllerWaypoint Mission, HD Live Stream, Media Editing Cost: Go Fly Drone Remote Controller (Free) Take to the skies with the Go Fly Drone Remote Controller app, your ultimate companion for controlling your Go Drones from the convenience of your mobile device. Whether you're a seasoned pilot or a novice enthusiast, this app empowers you to soar through the air with precision and ease.Despite occasional technical hiccups, such as intrusive ads and subscription requests, the Go Fly app has proven its capabilities in controlling drones effectively. Users have reported successful launches and drone control, even without a camera view. While the lack of camera functionality can be a drawback, the app's overall performance in controlling the drone compensates for this limitation.Download: Application information: Downloads Over 500,000 Downloads Features Provides live video feed, drone telemetry data, flight control customization, waypoint navigation, and media library access. Pros User-friendly interface, extensive drone compatibility, advanced flight features. Cons Can be buggy and prone to crashing, connection issues reported by some users, limited customer support. Tags: Waypoint Mission Planning Intuitive Flight Control Live Video Streaming 7. Drone Remote ControlEasy to configure, Simple to use, Control multiple drones Cost: Basic Control (Free), Pro Flight Pack ($4.99) With the user-friendly Drone Remote Control app, you can effortlessly transform your smartphone into a comprehensive drone controller. This innovative app grants you unparalleled control over your drone, empowering you to navigate seamlessly through the skies with precision and ease. Whether you're a seasoned drone enthusiast or just starting out, the Drone Remote Control app offers an intuitive and accessible way to experience the thrill of aerial exploration.The Drone Remote Control app boasts an array of advanced features that cater to all your drone flying needs. With real-time telemetry data, you can monitor your drone's flight status, altitude, and battery life at a glance. Customizable controls allow you to tailor the app to your preferred flying style, while built-in tutorials and troubleshooting guides ensure a smooth and enjoyable experience for every flight. Whether you're capturing stunning aerial footage or simply exploring your surroundings, the Drone Remote Control app is the ultimate companion for your drone adventures.Download: Application information: Downloads Over 500,000 downloads Features Control drone movement, adjust camera settings,Comments
Drone Detection Discover cutting-edge solutions from 4 leading global suppliers SUPPLIER SPOTLIGHT Anduril Industries has launched Pulsar, a first-of-its-kind family of modular, multi-mission-capable electromagnetic warfare (EW) systems.These EW systems utilize artificial intelligence at the tactical edge to rapidly identify and defeat current and future threats across the electromagnetic spectrum, including small and medium-size drones.Dominance of the electromagnetic spectrum is critical to operations on a modern battlefield of rapidly-evolving drone, counter-drone, and jamming technologies. As the war in Ukraine has shown, EW tactics are evolving faster than ever — a cat and mouse game of sensing and dodging, disruption and adaptation, in the spectrum — with updates to EW and threat systems now happening over shorter timelines of weeks, days, or even hours. The next generation of EW systems must enable real-time understanding of the spectrum, and provide rapid delivery of effective countermeasures against known and new threats, across domains and modalities. That is precisely what Pulsar does.Pulsar integrates a software-defined radio, graphics processing unit, and additional diverse compute into a compact and powerful capability that enables radio frequency machine learning (RFML) to rapidly identify and adapt to emerging threats at the edge. The system supports a range of capabilities as a multi-mission EW solution, including electronic countermeasures, counter-unmanned systems, electronic support, electronic attack, direction finding, geolocation, and other advanced EW capabilities. Pulsar’s modular form factor can also be adapted and integrated onto ground vehicles (Pulsar-V) or aircraft (Pulsar-A) to support distributed EW operations across multiple domains.Pulsar is a system that is reportedly fundamentally unique in comparison to other tactical EW systems currently available. It provides the capability to intelligently and autonomously interrogate a wider range of the electromagnetic spectrum, both for known threats and anomalous events, while reducing the time to deploy new EW effects to a matter of hours and days.Pulsar’s open architecture enables integrations into common and joint EW and command-and-control systems to create a unified network of EW capabilities, providing more comprehensive coverage and coordinated effects across distributed operations. It also provides a software development kit that enables continuous development and integrations with third-party providers and rapid integration of impressive capabilities in order to keep pace with new threats and missions.Pulsar is an agile software-defined EW system that can swiftly adapt to changing threats and mission needs in all domains for dynamic operations of today and tomorrow.Sam El-Akkad, General Manager of RF/EW Systems at Anduril, said; “We’ve been developing our Pulsar family of systems to support operational deployments worldwide, including to combat zones, since 2020. “Built to survive and win in highly-congested and contested electromagnetic environments, Pulsar enables warfighters to counter state and non-state actors employing EW capabilities integrated with other advanced technological systems operating across the
2025-04-16You'll get a laser or beam wiping out your Supershield layer followed closely by the missile going right on through your regular Shield.Oh, and trying to time a Supershield generation for just-in-time interception, while strictly possible, is deeply impractical; the Drone has to wait its full charge period to throw up a Supershield, so a just-in-time interception requires planning things out 8 seconds ahead of time, not activating the Drone in response to a missile being fired or the like. Doing this in the middle of combat, having to calculate all the modifiers to fire rates and potentially not knowing the AI's exact weapon list because of shared graphics hiding it? Even if you're actively keeping relevant stats open on your phone or whatever, that's still deeply impractical.So what is this supposed to do? A Defense Drone Mark I protects against a lot of things a Shield Overcharger could be nice against, but will do so far more reliably and while needing less Power and costing a little less Scrap to purchase. The only thing the Shield Overcharger does that's reasonably unique and kind of reliable is that a Supershield will completely block a Pulsar's Ion effect, which normally hits both Shields and random non-Shields Systems... and luck is a significant factor there, since you need to have the Supershield generate shortly before the Pulsar does its thing and then not get knocked out by enemy fire.If you happen to loot it while having a Drone Control, it can be worth considering using, particularly if you have a Drone Recovery Arm. Usually, though, you should just sell it as soon as you can.On top of all that, this is narratively inconsistent. Zoltan Supershields supposedly require a huge burst of energy to be generated, this being the justification for generating them
2025-04-22Zoltan Shield is an augmentation that grants energy shielding which protects ship's standard shields, hull, and crew from any damage until it is depleted. Zoltan Shields are also called Zoltan Super Shields, Zoltan Energy Shield or just Super Shields."An unexplained technology creates this nearly impenetrable shield. Only the energy outbursts from an FTL engine are powerful enough to recharge it."Zoltan Shield has 5 points of energy shielding that absorbs any kind of damage from all weapon types and hazards.Ion weapons deal double damage to Zoltan Shields.Beam weapons deal damage to Zoltan Shields in 2 ticks, thus doubling their base damage.Damage is unaffected by how many rooms are 'hit'.Anti-Bio Beam, Fire Beam, and Artillery Beam deal 2 damage in total.Aiming Hull Beam at systemless rooms will not increase damage to Zoltan Shields.Glaive Beam is the only beam weapon that can remove Zoltan Shield in one swipe and still potentially damage the ship.Anti-Ship Beam Drone I and Anti-Ship Fire Drone deal 1 damage, while Anti-Ship Beam Drone II deals 2 damage.If Zoltan Shield is destroyed while the swipe is not over yet, the beam will continue its swipe against regular shields or ship's hull (if regular shields are suppressed).Fire Bomb, Crystal Lockdown Bomb, Healing Burst, and Repair Burst have no effect on Zoltan Shields.Upon making an FTL jump, Zoltan Shields are completely recharged.Enemy Zoltan Shields are replenished upon revisiting the beacon.Zoltan Shields prevent boarding, hacking, and mind control. Exceptions:Boarding events (including those with enemy ship present; only initial boarding party bypasses the Zoltan Shields).Zoltan Shield Bypass augmentation allows crew and bomb teleportation and mind control to work through Zoltan Shields. (Advanced Edition Content)Boarding and hacking drones will be destroyed upon contact with a Zoltan Shield and won't deal any damage to it.Can be acquired by any ship through the Zoltan Cruiser unlock event, even if the Zoltan Cruiser has already been unlocked or the augmentation was sold or swapped away in case of an item (augmentation) capacity overflow.All Zoltan Cruisers start with this augmentation.Phase 3 of the Rebel Flagship uses a more powerful version of Zoltan Shield (12 health points).Shield Overcharger drone will regularly add 1 point of Zoltan Shield over time. It takes longer to add layers depending on how many layers are already present, going from 8s at 0 layers up to 20s at 4 layers. (Advanced Edition Content)Pulsar waves cannot penetrate Zoltan Shield, but will quickly strip it.Zoltan Shield
2025-04-18Sector. Its pitch for Pulsar is in line with that branding with an emphasis on software-defined capabilities and AI.Brose explained that Pulsar’s development four years ago based on Anduril’s early experiences fielding counter-drone (C-UAS) capabilities operationally. “We saw that electronic warfare (EW) systems based on library-based approach assumed that we know threat emissions in advance—what to look for, and where on the spectrum. But it became clear those threats are metastasizing, we won’t always have that level of a priori knowledge. And the systems we saw on the market worked on incredibly long and slow timelines to detect something new, analyze it, build countermeasures and detection capabilities for it—in many cases timelines measured not in months but in years. That’s clearly not in line with needs seen in Middle East, Ukraine and other environments.”Pulsar was developed purely with internal funding, though Anduril later received “small amounts” of government funding for mission software. According to Brose, Anduril sought to leverage software-defined systems and advanced commercial 5G tech to create a modular, small form-factor military EW system “…capable of analyzing in real-time a far larger swathe of EW spectrum than anything else on the market using machine-learning techniques to characterize that spectrum, identify anomalous/suspicious activities, figure out what those threats are, build detection and mitigation capabilities, and get those capabilities deployed back onto Pulsar in a matter of hours or days or weeks.”El-Akkad adds “There are many channels built-in so we can do many different missions simultaneously. Electronic-countermeasures (ECMs), C-UAS, Electronic Support [ESM, or electromagnetic reconnaissance], Electronic Attack [jamming], direction-finding and geo-location. It can also serve as a communication system anywhere on the spectrum.”Image: Anduril.He also emphasized the system is designed for resilience against electronic ‘friendly fire’, with fratricidal own-side jamming accounting for significant drone losses in Ukraine. “A major issue of legacy EW systems is that they have no thought of coexisting with other radio-frequency systems. So we use a lot of digital signal processing to coexist in ‘small’ spaces.” Moreover, the stationary Pulsar variant has a ‘sectorized’ capability. “The idea behind that is being able to only turn/on off sectors of interest to accomplish the missions. If there’s a threat only in one direction, there’s no point radiating in all directions.”Both Pulsar’s autonomous AI, computer learning, and signal processing capabilities are enabled by integration of “thousands” of CUDA-core graphics processing units (GPUs). That processing power, Akkad says, allows a forward-deployed
2025-04-22