Computers could be knitted into clothing to give a more accurate picture of your health than existing wearable technology, such as smartwatches. newscientist.com/article/247000…

IARPA's latest science and tech podcast is here! Former Program Manager Dr. Michael Di Rosa answers our questions about quantum computing: How will it revolutionize information processing and allow us to work with data in different dimensions? iarpa.gov/podcast #quantum

3.141592653589…we can go on! How many digits of pi have you memorized, and how are you celebrating #PiDay?

As AI integrates into society and becomes an essential tool, it can also raise security concerns: How can we defend #AI systems from intentional, malicious Trojan attacks? The TrojAI program aims to develop the tech needed to detect and mitigate these attacks.

Recent advancements in biotechnology and synthetic biology pose new risks. B24IC is researching new ways to ensure security and provide new capabilities in biointelligence and biosecurity: iarpa.gov/research-progr…

To power the IC's next-gen electronics, remotely deployed systems need greater durability/power output amid varying conditions. SOLSTICE aims to boost overall energy output for solar-powered platforms in harsh space/terrestrial areas by ~50%: iarpa.gov/research-progr…

We all use common waveforms like Wi-Fi, 4G/5G, and Bluetooth every day. The government can use lesser-known waveforms for missions. Our End-Gen program aims to develop generative AI/ML frameworks to create new waveforms quickly and cost effectively: iarpa.gov/research-progr…

IARPA’s SINTRA program is working hard to keep space clear this Global Astronomy Month! Learn how it’s detecting, tracking, and characterizing #space debris for safer space operations: iarpa.gov/research-progr… #GlobalAstronomyMonth

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! iarpa.gov/podcast

Many IC agencies need to train personnel with site models before carrying out a mission; the WRIVA program seeks to develop software systems to perform site modeling in situations with limited ground-level imagery available to enable mission rehearsal and planning:

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! iarpa.gov/research-progr…

We live in a world where most modern electronics have microphones listening for speech signals, and our recorded speech is nearly everywhere. The ARTS program aims to modify spontaneous speech in real-time to strengthen your privacy: iarpa.gov/research-progr…

Biggest brain map ever details huge number of neurons and their activity | nature.com/articles/d4158… nature

Happy World Quantum Day! IARPA’s #quantumcomputing program, ELQ, is working every day to achieve universal fault-tolerant #quantum computing, and lead the way for future scientific discoveries! iarpa.gov/research-progr… #WorldQuantumDay

Illicit drug, environmental pollutant, and chemical weapon aerosol particles may be made up of mixtures of different chemical components and/or phases of matter, which makes identifying them both a #chemical and physical challenge. PICARD aims to develop a fieldable sensing

IARPA will be at the RSAC Conference in San Francisco April 28-May 1, 2025! Be sure to come find us to hear more about our ReSCIND program on cybersecurity. #RSAC #AIxCC For more information on AIxCC: aicyberchallenge.com For more information on ReSCIND:

Oftentimes, defense is harder than offense, and that rings true in the cyber domain. The ReSCIND program looks to rebalance this by providing defenders with methods to leverage well-established cognitive vulnerabilities and human limitations to impede cyber attackers.

Active smart textiles is a rapidly growing field where fabrics are designed to adapt/change their functions in response to external environmental factors or user input. The SMART ePANTS program seeks to build sensor systems comfortably integrated into clothing with the same

The Video LINCS program aims to develop re-identification algorithms to autonomously associate objects across diverse, non-collaborative video sensor footage and geo-locate re-identified objects. Learn more: iarpa.gov/research-progr…