IARPA

Act Soon! Only a handful of seats remain for our Spring Symposium, Integrating Emerging Tech: Challenges and Solutions on Tuesday, April 22, in Arlington, VA. The full-day program wraps up with a networking reception at Grand Cru! Register Now! https://lnkd.in/ezCPwixP   Our stellar speaker lineup includes Taka Ariga, U.S. Office of Personnel Management (OPM); Dr. Rick Muller, IARPA ; Jack Anderson, Palo Alto Networks; David Cattler, Defense Counterintelligence and Security Agency (DCSA); Dr. Wil Corvey, Defense Advanced Research Projects Agency (DARPA); Dr. Lisa Costa, PhD CS, MBA, Seekr; Candice Frost; Rachel H. Grunspan, Central Intelligence Agency; Evan Hickey, Central Intelligence Agency, George Kamis, Everfox; William “Mac” McHenry, Defense Innovation Unit (DIU); Yolanda R., IBM; Amy Ritualo, (invited); Roman Rozhavsky, Federal Bureau of Investigation (FBI); Thomas Speciale, National Counterintelligence and Security Center, Office of the Director of National Intelligence; Matthew Steckman, Anduril Industries; Dr. Megan Anderson, IQT (In-Q-Tel); Berrier Scott; William Evanina, Evanina Group, LLC.; Teresa Smetzer, Smetzer Associates.   Thank you to our sponsors! Accrete, AWS, CACI, Canda Solutions, Freedom Technology Solutions Group, Google for Government, intufo, LMI, Northeastern University, Oracle Cloud, SAIC, Salesforce, Seekr, Stealth Communications, Strongbox Cyber Solutions, Summit Knowledge Solutions   #EmergingTech #Counterintelligence #acquisition #IntelligenceCommunities #NationalSecurity

New, enabling, research to transfer many of the capabilities of rigid wearable electronics into ASTs has surfaced including: weavable conductive polymer “wires”, energy harvesters powered by the body, ultra-low power printable computers on cloth, microphones that behave like threads, and “scrunchable” batteries that can function after many deformations. In order to transfer this research into AST products, revolutionary new materials and manufacturing techniques are needed to develop complete and integrated systems containing mechanically deformable and durable: 1) power sources, 2) sensors, 3) computation and data storage, and 4) electrically conductive system component “wires” and interconnects. Read more at  https://lnkd.in/ezjGaY7M

Can AI and quantum truly work together, or are we still figuring it out? 💭 This morning’s keynote panel at #QTUSA25 brought together leaders from RTX, IARPA, Schneider Electric, and Nestlé to explore how AI and quantum are beginning to intersect across government and industry. 🗣️ Rick Muller (IARPA) challenged assumptions: “It’s a myth that quantum will be used for general computing. These systems will be purpose-built for specific problems.” 🔌 Aparna Prabhakar (Schneider Electric) added: “We don’t know yet whether AI and quantum can even operate in the same data centers - there’s still a lot to figure out.” 📊 Yancho G. (Nestlé Americas) finalised with: “AI wasn’t a strategic priority until ChatGPT came along - quantum might follow the same path, but it could take 10–15 years.” The message? The convergence is happening, but there are real infrastructure, talent, and integration challenges still ahead. #QTUSA25 #quantumtech #quantum #technology #cryptography

Biggest brain map ever details huge number of neurons and their activity | | https://lnkd.in/e2ftXD6Q

RESILIENCE aims to provide robust power solutions for the IC's demanding applications, increasing energy densities by up to 2x and calendar life by up to 10x beyond commercial solutions. Learn more about the program with Program Manager Dr. Brian Borak! https://lnkd.in/dPD-u3GZ

How do you commit to protecting your data privacy? IARPA’s ARTS program aims to modify spontaneous speech in real-time to protect an individual’s privacy against threats like speaker ID tools and forensic speech analysis.

The IARPA SINTRA program aims to investigate the interaction of orbital debris with the surrounding space environment and drive the state of the art to detect, track, and characterize lethal non-trackable orbital space debris. Space debris poses a risk to all space missions, including those of the Intelligence Community (IC). With an average low Earth orbit (LEO) impact velocity of 22,500 MPH, even the smallest of debris can cause significant damage. Currently, there are over 100 million objects greater than 1 mm orbiting the Earth, however, less than 1 percent of debris that can cause mission-ending damage are currently tracked. Read more at  https://lnkd.in/eP5q4B2h

The HIATUS program casts authorship attribution and privacy as different aspects of the same underlying challenge: understanding author-level linguistic variation by elucidating stable identifiers of individual authors across diverse types of text. Read more at :  https://lnkd.in/eU6Fsyyv

Part 2 of our podcast episode on quantum is live! Listen as former Program Manager Dr. Michael Di Rosa shares IARPA's history of #quantum breakthroughs over the last decade, future quantum computing applications, and much more! http://iarpa.gov/podcast

How are AI and quantum computing shaping the future of national security, data analysis, and business innovation? 💭 Discover the latest sessions in the Quantum.Tech program here - https://lnkd.in/emGP3S3U Join us at 10:05 AM on Day 1 for a keynote panel exploring the powerful synergy between these technologies and their impact on government and industry. 🔍 Key topics include: AI-powered quantum applications in government & commerce Strengthening cybersecurity & decision-making Overcoming integration challenges: talent & infrastructure 🎤 Hear from leading experts: Zachary Dutton, VP, Defence Technology, RTX Robert Sutor, VP & Practice Lead, Emerging Technologies, The Futurum Group Rick Muller, Director, IARPA Aparna Prabhakar, SVP, Strategy & Sustainability, Schneider Electric 🧠 Don’t miss this opportunity in just 3 weeks time to gain insights into how AI and quantum computing are redefining digital infrastructure and policy! #QT25 #QuantumTech #AI #QuantumComputing #Innovation #Technology