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Scout AI Emerges from Stealth with $15M Seed Round, Lands 2 DoD Contracts, and Unveils Fury – Robotic Foundation Model for Defense

Thursday, April 17th, 2025

SUNNYVALE, Calif., April 16, 2025 — Scout AI Inc. (“Scout”) today announced its emergence from stealth mode with a bold mission: to build the AGI brain for defense robotics. The company also unveiled an oversubscribed $15 million seed round led by Align Ventures and Booz Allen Ventures, and revealed it has been selected for multiple Department of Defense (DoD) contracts.

Founded in August 2024 by Colby Adcock and Collin Otis, Scout brings together deep experience at the intersection of AI, robotics, and defense. CEO Colby Adcock is a former tech private equity executive and current board member at humanoid robotics company Figure AI. CTO Collin Otis is a serial entrepreneur who previously was a founding engineer and Director of Autonomy and AI at Kodiak Robotics and Head of Data Science and Chief of Staff at Uber ATG. He has built autonomy systems from the ground up for both commercial and military platforms and previously sold a venture-backed startup to Target.

At the core of Scout’s breakthrough is Fury, a defense-specific Vision-Language-Action (VLA) foundation model engineered to transform every defense robot into an intelligent, autonomous agent. Unlike traditional robotics software, Fury is an embodied AI system — capable of perceiving the physical world, interpreting natural language, and issuing real-time motor commands to act decisively even in communication and GPS-denied environments.

“Achieving warfighter-level versatility in robotic systems requires grounding AI in physical reality,” said Otis. “By training our system on human-level behavior we make our AI embodied. Fury develops the kind of intelligence warfighters naturally have — situational, physical, and adaptive.”

What sets Fury apart from conventional language models is its ability to perceive, reason, and act across multiple modalities. It doesn’t just output text — it commands machines. Trained on large-scale real-world data, Fury brings multimodal reasoning and precision control to a wide spectrum of uncrewed systems: ground, air, sea, and space. It can be directed via natural language or fine-tuned for specific mission profiles, delivering human-like autonomy at machine scale.

Scout’s first two prototypes — the G01 unmanned ground vehicle and A01 unmanned aerial vehicle — are already operating autonomously powered by Fury at the company’s proving grounds in the Santa Cruz Mountains.

“Physical AI is the most decisive military advantage of the century,” said Adcock. “Our vision is one warfighter commanding many robots — seamlessly integrated into a unified team. That level of human-machine integration requires an AI brain like Fury that understands commander intent and can think, move, and collaborate like seasoned operators. That’s how we achieve true force multiplication.”

Scout is proudly planting its flag in Silicon Valley, building its team in Sunnyvale and pulling top AI and autonomy talent from the self-driving, big tech, and defense worlds to tackle this critical mission. “We’re bringing in the world’s best engineers to work on the world’s most important frontier — making sure this AI is built securely and responsibly for the good guys,” said Adcock. “Our adversaries are already building it. We must develop this technology and outpace them — and ensure the U.S. leads the future of intelligent defense systems.”

Scout is also taking a partnership-driven approach. Its Fury system is designed to be lightweight, modular, and hardware-agnostic — running on as little as a single commercial off-the-shelf camera and low-power inference chip, enabling rapid integration into existing and emerging robotic hardware systems. A growing list of robotics companies are partnering with Scout to embed Fury into their platforms, unlocking advanced autonomy without overhauling their hardware. Industry partners looking to learn more can reach out directly via partnerships@scoutco.ai.

“Our system is designed to make existing platforms intelligent, and we’re excited to be working with partners across the defense ecosystem to bring that capability to scale,” noted Otis.

Scout closed on its $15 million seed round, led by Align Ventures and Booz Allen Ventures, with participation from Draper Associates, Decisive Point Ventures, Perot Jain, Sigmas Group, Evolution VC, BVVC, Habitat Partners, Piedmont Capital Investments, FJ Labs, Revelry Venture Partners, Monte Carlo Capital, Expansion VC, and Gaingels.

To learn more, visit scoutco.ai.

Army Launches xTechOverwatch Competition to Advance Autonomous Capabilities

Tuesday, April 15th, 2025

WASHINGTON — On April 2, 2025, the U.S. Army xTech Program launched xTechOverwatch to advance military capabilities in autonomous air and ground vehicles. This competition directly addresses critical Army requirements by partnering with small businesses developing artificial intelligence and sensor technologies. Participants can earn $35,000 in cash prizes and pursue follow-on Army Small Business Innovation Research contract awards.

How it Works

The Office of the Assistant Secretary of the Army for Acquisition, Logistics, and Technology, in partnership with Army Futures Command, launched the xTechOverwatch competition to identify innovative solutions for advanced autonomous unmanned systems, such as unmanned aerial vehicles, unmanned ground vehicles and sensor networks. The Army plans to select up to 40 finalists, awarding each a $15,000 cash prize and providing them an opportunity to showcase their solutions to Army and Department of Defense experts during a live demonstration at the Army Human Machine Integration Summit in October 2025.

During the demonstration, government stakeholders will assess the participants’ technological capabilities, solution maturity and potential contributions to identify the most promising advancements. In August 2025, finalists will also attend a Collider event designed to facilitate high-impact networking, knowledge-sharing and strategic partnerships with industry leaders and peers.

Following the final pitch demonstrations, the Army will select up to 20 winners, awarding each a $20,000 cash prize and offering each firm the opportunity to submit a Direct to Phase II Army SBIR proposal through the Army SBIR and Small Business Technology Transfer Program. Valued at up to $2 million per proposal, these submissions could secure up to $40 million in funding to help businesses transition innovations from prototypes to practical applications. Through this initiative, the Army aims to deliver advanced technologies to Soldiers, enhance operational efficiency, safety and effectiveness, and foster relationships with key Army and DoD representatives that empower participants to grow their businesses.

Competition Timeline

Concept White Paper Submission:Between April 2 and May 21, 2025, businesses may submit short concept white papers outlining technology alignments, their solutions’ advantages and impact, technical approaches and commercial potential.

Collider Event: In August 2025, AFC will host a Collider event at Fed Supernova, a unique forum designed to foster collaboration between xTechOverwatch finalists and technology integrators to pitch innovative, dual-use solutions that can address the Army’s current and future needs.

Final Pitch Demonstration Event: In October 2025, finalists will pitch and demonstrate their innovative technology solutions to a panel of Army and DoD experts.

Follow-On SBIR Opportunities: From Nov. 15-25, 2025, up to 20 xTechOverwatch winners may submit a Direct to Phase II Army SBIR proposal.

Eligibility Requirements

To participate in xTechOverwatch, vendors must be for-profit businesses operating in the U.S. that adhere to 13 C.F.R. § 121.702. Over 50% of the equity must be held by U.S. citizens, permanent residents, or other for-profit small businesses with no more than 500 employees, including affiliates.

Proposals must be fresh and unique, distinct from any that have received funding, are currently funded, or have pending funding from other federal agencies. If there is any uncertainty about this, vendors should visit the xTechOverwatch Competition Request for Information for further details and to ensure their innovative solutions are eligible for submission to this competition.

About the Army xTech Program

Established in 2018, the Army xTech Program offers participants unparalleled exposure to Army laboratories, program executive offices, and program managers. Participants receive valuable feedback from Army DoD stakeholders and gain access to training, mentorship, and networking opportunities, aligning their solutions with Army needs. The xTech Program hosts several competitions annually, including open-topic competitions like xTechSearch and technology-specific competitions addressing critical Army requirements.

About the Army SBIR|STTR Program

Army SBIR actively releases funding opportunities, including Phase I funding for commercially viable, feasible, and technically sound solutions. Firms with mature technologies that meet Phase I requirements can progress to Phase II or begin directly with Direct to Phase II contracts. Army experts in technical, acquisition, and operational fields guide businesses to align their innovations with the Army’s critical needs throughout the process.

Army STTR integrates small businesses into the Army innovation ecosystem by coordinating with universities, federally funded research and development centers, or qualified non-profit research institutions. Small businesses serve as prime contractors, performing at least 40% of the work, while research partners complete at least 30%.

ASA(ALT) leverages innovative technologies to give Soldiers a decisive advantage in any environment by developing, acquiring, fielding and sustaining the world’s finest equipment and services. For more information, visit the ASA(ALT) web page and follow @ArmyASAALT.

Stay Updated

For more information, subscribe to email updates, explore the Army xTech Program website, or follow us on YouTube, Facebook, X (formerly Twitter), and LinkedIn. For inquiries, please contact the xTech Program mailbox.

By Daniel Smoot, Office of Army Innovation Programs, including xTech and the Army SBIR|STTR Program

Gallatin Navigator Achieves “Awardable” Status on Department of Defense’s Tradewinds Solutions Marketplace

Wednesday, April 9th, 2025

WASHINGTON, April 8, 2025 — Gallatin AI, a venture-backed startup transforming defense logistics with cutting-edge artificial intelligence, announced today that its flagship solution, Gallatin Navigator, has achieved “Awardable” status through the Department of Defense’s Tradewinds Solutions Marketplace.

The Tradewinds Solutions Marketplace is the premier offering of Tradewinds, the Department of Defense’s (DoD’s) suite of tools and services designed to accelerate the procurement and adoption of Artificial Intelligence (AI)/Machine Learning (ML), data, and analytics capabilities. Gallatin Navigator was selected through a rigorous evaluation process that assessed the platform’s innovation, scalability, and potential impact on mission-critical logistics operations.

Gallatin Navigator is a next-generation logistics operating system designed to ensure U.S. and allied warfighters have the supplies they need, when and where they need them—even in contested or denied environments. The platform leverages advanced machine learning to forecast resupply needs, recommend optimized logistics & distribution plans, and provide real-time visibility across the operational theater. Unlike traditional systems focused on acquisition or bulk transportation, Navigator addresses the tactical edge of logistics, supporting brigade-level decision-making across all military branches.

“We built Navigator to close a critical gap in battlefield logistics—one that legacy systems can’t address. Being recognized by Tradewinds is a tremendous validation of the operational impact our platform can have,” said Brian Ballard, Chief Product Officer & Co-Founder of Gallatin. “Navigator brings predictive power, supply intelligence, and intuitive decision support to the units that need it most in contested environments.”

Government customers can access Gallatin’s product video submission by logging into the Tradewinds Solutions Marketplace at www.tradewindai.com.

Cypher Partners with U.S. Army 25th Infantry Division to Accelerate Military Decision Making Through AI-Agent, BATTLEMIND

Wednesday, April 2nd, 2025

ASHBURN, Va., April 01, 2025 — Cypher, LLC, a leader in advanced Artificial Intelligence (AI) solutions for the national security sector, today announced it has entered into an agreement with the U.S. Army’s 25th Infantry Division. This strategic partnership integrates Cypher’s AI-Agent, Battlemind powered by the Guided Heuristic On-prem Support & Troubleshooting (G.H.O.S.T.) platform, into the 25th Infantry Division’s tactical environment, transforming the manual Military Decision-Making Process into a faster, more efficient process that saves time and enhances accuracy through dynamic human-machine teaming.

Specifically tailored for U.S. Army planning operations, Battlemind rapidly synthesizes and analyzes battlefield intelligence, mission parameters, and courses of action to generate precise, actionable, and doctrinally sound outputs. A secure and scalable solution, Battlemind operates seamlessly at all classification levels, safeguarding sensitive data while ensuring real-time access to mission-critical intelligence. Engineered for immediate field acceptance, Battlemind’s adaptable architecture and modular design enable rapid integration across multiple echelons of command ensuring enhanced situational awareness, coordination and synchronization, operational agility, and risk mitigation.

“As a former U.S. Army Intelligence Officer, I’ve witnessed firsthand the immense cognitive burden placed on our warfighters and strategic planners. Battlemind does not replace human decision-making—Battlemind is a force multiplier ensuring our nation’s warriors have the definitive edge to execute quicker, smarter, and safer when it matters most,” said Joseph Anderson, Founder & CEO of Cypher, LLC.

The 25th Infantry Division recently activated Battlemind during Freedom Shield, a command post exercise executed alongside South Korean forces. The exercise validated Battlemind’s potential to optimize planning processes and expedite responses in a fast-paced military setting. The 25th Infantry Division now intends to extend its application across the Division and integrate the solution into forthcoming Indo-Pacific initiatives, further boosting overall combat readiness.

“AI-driven decision support is transforming how warfighters operate in complex environments,” said Colonel Peter Walther, Division Operations Officer, G3, U.S. Army 25th Infantry Division. “I have nearly two decades of operational planning experience and the decision advantage GHOST provides is unmatched. This AI planning tool is critical for planners to operate at the speed of modern conflict.”

Cypher will continue working with key Department of Defense stakeholders to refine and roll out Battlemind across a wider array of military applications. By matching front-line requirements with breakthrough technology, this initiative lays the foundation for data-driven approaches that bolster both tactical and long-range objectives.

For detailed information or to schedule a demonstration, visit www.ghostbattlemind.ai.

Elevate Your Precision: OKSI’s Advanced EO/IR Seekers and Terminal Guidance

Wednesday, April 2nd, 2025

At OKSI, we’ve spent decades pushing the boundaries of EO/IR sensing, and we’re proud to introduce our next-generation seekers and terminal guidance software—engineered to surpass any solution on the market. Our proven track record in advanced imaging and autonomous targeting sets the stage for unmatched performance and reliability in modern battlefields with harsh Electronic Warfare (EW) environments.

Why Choose OKSI?

Hardware Your Way

From Commercial Off-the-Shelf (COTS) to fully custom options, our low-cost modular and passive EO/IR seekers let you integrate powerful, precision-guidance capabilities without reinventing your entire platform.

Seamless Platform Integration

Our containerized terminal guidance software modules are platform-agnostic, running flawlessly on NVIDIA, Qualcomm Snapdragon, or even FPGA hardware. Providing precision guidance in both air and ground domains.

No GPS? No Problem

Our seekers excel in EW environments by eliminating reliance on GPS—giving you robust performance when it matters most.

Passive, Laser-Free Operation

By removing the need for laser teams or designators, we reduce complexity, risk, and costs.

Fire-and-Forget Capability

Launch once (with or without a lock) and let our seekers’ advanced image-based ATR, and visual navigation algorithms do the rest.

Sophisticated Target Tracking

Whether static or dynamic, our proprietary pipelines track targets with pinpoint accuracy, enabling critical LOAL (Lock-On-After-Launch) functionality and maximum effectiveness with vulnerability aimpoint exploitation.

Midcourse Mastery

Our visual-based navigation is the ideal solution for long range strike—enabling absolute positional awareness during midcourse and terminal phase for a variety of engagement profiles.

Applications

Ideal for Long-Range Strike / SOPGM, Loitering and Guided Munitions, C-UAS, Air-Launched Effects, UAS and FPV, Rockets, Mortars, and UAS Air-Dropped Munitions—our seekers seamlessly integrate into existing and next-gen platforms alike.

Choose OKSI to gain a competitive edge. Let us empower your operations with decades of proven expertise and cutting-edge EO/IR guidance solutions—because when every second counts, you need a partner who delivers unwavering accuracy and reliability. This isn’t marketing fluff and generated graphics for future aspirations. OKSI is providing real results to complex scenarios today.

Get in touch to learn how our EO/IR seekers can redefine your mission success. Contact solutions@oksi.ai

Receptor AI from Quantum Systems x OKSI

Friday, March 7th, 2025

Our Software-Defined Defense approach is all about compatibility and adaptability – enabling the seamless integration of advanced technologies into our ReceptorAI software suite.

ReceptorAI can process and integrate a wide range of AI-driven navigation methods to ensure reliable ISR operations in heavily jammed areas. It is designed to easily accommodate new developments and allows the seamless integration of third-party algorithms through a smart and expandable architecture.

As part of our open and modular software approach, we’re pleased to highlight our trusted partnership with OKSI to further provide GNSS-based navigation capabilities with the integration of Intelligence by OKSI.

OKSI’s OMNISCIENCE software suite, including OMNInav, delivers:

·      GPS-denied navigation, ATR, and CAT I/II precision target coordinates

·      Precise, real-time, day and night absolute positional awareness to enable autonomous operations in EW environments

·      Drift-free absolute position accuracy of approximately 5 meters By embedding OMNISCIENCE into our existing software ecosystem, we continue to enhance our Family of Systems, enabling robust, autonomous operations for ISR missions in the most challenging scenarios. 

Learn more about OKSI’s OMNISCIENCE software suite at oksi.ai/omniscience

Dive deep into OMNInav at oksi.ai/omninav-gps-denied-navigation

Marine Corps Releases MARADMIN Message Regarding Generative AI Systems

Sunday, February 16th, 2025

Late last week, the US Marine Corps released a MARADMIN message regarding the new Guidance on Generative Artificial Intelligence which covers the development, deployment, and use of Generative Artificial Intelligence within the Marine Corps.

The guidance is available in the MCPEL at www.marines.mil/News/Publications/MCPEL/Electronic-Library-Display/Article/4013464/navmc-52391

While the message ponts out the advantages of using AI, it also offers an important warning which we have placed in bold in para 2b.

Fidelity of data is the biggest challenge we are facing when using Generative AI to mine data. The Large Language Model is great at finding information and organizing it. However, it uses everything it finds and so far, is incapable of weighing the veracity of the data it processes.

Use information acquired AI systems with caution, and make sure you look it over before using it.

COMMUNICATING THE RELEASE OF USMC GUIDANCE ON GENERATIVE ARTIFICIAL INTELLIGENCE

Date Signed: 2/7/2025 | MARADMINS Number: 056/25

R 051943Z FEB 25

MARADMIN 056/25

MSGID/GENADMIN/CMC DCI WASHINGTON DC//

SUBJ/COMMUNICATING THE RELEASE OF USMC GUIDANCE ON GENERATIVE

ARTIFICIAL INTELLIGENCE//

REF A/DOC/NAVMC 5239.1/04DEC24//

NARR/REF A IS THE GUIDANCE ON GENERATIVE ARTIFICIAL INTELLIGENCE.

POC-DC I/C D CLARK/CAPT/ARTIFICIAL INTELLIGENCE LEAD, DC I, SDO/XXXXX// 

POC-DC I/C A CROSBY/HQE/USMC SERVICE DATA OFFICER, DC I, SDO/XXXXX// 

GENTEXT/REMARKS /1. The Service Data Office, the lead for Artificial Intelligence, is communicating the release of REF A to issue guidance on the development, deployment, and use of Generative Artificial Intelligence within the Marine Corps.

2. Background. Generative AI capabilities present unique and exciting opportunities for the Marine Corps, with the potential to improve mission processes by enhancing operational speed and efficiency, improving decision-making accuracy, reducing human involvement in redundant, tedious, and dangerous tasks, and enabling real-time adaptability to dynamic operational environments. This advancement can boost mission effectiveness and operational readiness, providing a strategic edge in modern warfare. Commanders and senior leaders should advocate for the use of generative AI tools for their appropriate use cases.

2.a. Generative AI tools present unique challenges in terms of data privacy, security, and control over the generated content. The use of such tools will be evaluated and monitored in accordance with the policies that govern the use of government information systems.

2.b. Generative AI systems can produce misleading, inaccurate, and ungrounded information. The guidance in REF A outlines the expectations for generative AI system developers, system owners, and users to ensure the responsible and ethical application of generative AI tools.

3. Execution. The Guidance on Generative Artificial Intelligence is available in the MCPEL at https://www.marines.mil/News/Publications/MCPEL/Electronic-Library-Display/Article/4013464/navmc-52391/ 

4.  Direct all questions to MARADMIN POCs. 

5.  Release authorized by Lieutenant General M. G. Carter, Headquarters Marine Corps, Deputy Commandant for Information.//

While the original is available here, complete with POC info, we have redacted the data on this post so as to avoid the info being captured via web crawlers.

SIG SAUER Global Defense Range Demo Day – Pitbull Remote Control Weapon Station

Friday, February 14th, 2025

SIG SAUER showcased their Pitbull Remote Control Weapon Station during the recent Global Defense Range Demo Day in Las Vegas. This is their third generation from an internal development standpoint but SIG considers it their first commercial generation.

There is currently a small number systems mounted on autonomous vehicles (HMMWV and M113-based) operational in Israel with that number tripling in the near future.

The system has been mounted on vehicles, fixed positions as well as tripods, maritime platforms, and has even shown promise on large Unmanned Air Systems.

It is scalable and will accept different machine guns with a different yoke and cradle, based upon the weapon used. Seen here is the MMG in 338 NM, but it will also accept the XM250 in various calibers (and similar MGs like FN MAG) as well as the M2 MG.

The RCWS is lightweight at 85 kg lbs without weapon and has a silhouette of just 60 cm. There are no center of gravity issues and stabilization and tracking are accomplished using two single-axis gimbals with mechanical hard stops on wise and elevation for safety. Additionally, the base can be slewed at a rate of 90° per second with compete 360° rotation.

For surveillance and to identify targets and items of interest, the system’s sensors consist of an integrated eye-safe laser range finder and EO/IR optics with 40x optical zoom on the day side. The images are low latency for rapid target acquisition and engagement.

To interface with the software, the user manipulates the touchscreen Ranger Control Unit which can be hard wired or connected remotely via a communications system.

While the weapon station itself is impressive, the real magic is in the software. And by magic, I mean artificial intelligence. For instance, there is target reconciliation and target modeling software to teach the system what legitimate targets and other items of interest look like. Naturally, this leads to automotive target detection.

The RCU can be used for simple point and shoot or cursor on target engagement, but the software offers several other interesting modes of operation:

Fire Assist – This user definable mode selects shot group size (in centimeters) and will only engage when the shots will land within that designated target space. The software only engages the target when it aligns a shot which will hit within that target space, even if the RWCS is mounted to a platform which is moving

Speed Advance – This predictive mapping capability is meant for moving targets as well as for Counter-UAS engagements. Once again, the software only engages the target when it aligns a shot which will hit the target, even if the RWCS is mounted to a platform which is moving. The software also analyzes the speed of a moving target and applies the appropriate lead.

Video Radar – In a stand alone mode, without connection to additional sensors like RADAR, this mode uses the video sensors to automatically detect and track up to five items of interest.

Fire Inhibiting Zones: These user definable areas can be designated to prevent blue-on-blue incidents or to avoid collateral damage.

Here is a video provided by SIG SAUER.