Tag Archives: Katrina

Must-Read This Week: Katrina Manson’s Chilling Insights on Project Maven

Posted on by
Reply

Sure! Here’s the rewritten content with SEO optimization while keeping the original HTML tags:

Department of Defense drone operators test unmanned aircraft systems (UAS) during the Defense Innovation Unit's Prize Challenge focused on Blue UAS Platforms and cybersecurity requirements from November 2-6, 2024, at Marine Corps Air-Ground Combat Center, Twentynine Palms, California.

Project Maven: An Overview of AI in Warfare

Credit: Devon Bistarkey, Defense Innovation Unit

Project Maven
Katrina Manson, WW Norton

The Israeli military is leveraging artificial intelligence (AI) for target identification in the Gaza Strip, the U.S. is strategizing similarly against Iran, and Ukraine is innovating with advanced drones. AI warfare is not a distant reality; it is unfolding today.

Exploring the intricate global policies, potential advantages, challenges, and ethical dilemmas of military AI usage will occupy scholars for decades. However, Katrina Manson’s Project Maven takes a different approach, utilizing insights from over 200 interviews to narrate the U.S. military’s path toward AI warfare—a glimpse into one of the 800 AI initiatives housed within the Pentagon.

Initiated in 2017, Project Maven aims to develop systems that process and analyze extensive drone-collected data. With traditional human analysis lagging behind the data influx from drones, Manson notes that the project faced initial hurdles. Within eight months, it was deployed in Somalia, where the algorithm misidentified common objects—such as detecting school buses in clouds.

The narrative takes us back in time with a project leader reflecting on his experiences as an intelligence officer in Afghanistan, as he struggles to plan missions armed only with outdated technology. How do we define the enemy, ensure safety, and measure success in warfare?

In the chaos of war, human fallibility prevails; efficiency dwindles, fatigue mounts, and errors arise. Proponents of AI, including Project Maven architects, believe AI could mitigate these factors. Their vision extends even further—eliminating human deliberation from targeting decisions, allowing AI to execute missions with speed unmatched by human operators.

“Machines can’t be worse than humans,” remarks an insider. The Maven team refined its tools, attempting to persuade frontline operators to adopt these technologies. While improvements appeared, mistakes persisted.

Since then, the U.S. and NATO allies have integrated Maven into various conflicts. About 32 companies are now collaborating on this initiative, with 25,000 U.S. military personnel logging into the system regularly. It’s also been utilized in border security and drug trafficking operations throughout the Caribbean. This prompts a critical question: can a state wield such tools without infringing on citizens’ rights?

Perhaps most alarming is Manson’s assertion that efforts to automate warfare are advancing, with drones like the “Goalkeeper” and “Whiplash” capable of autonomously identifying and neutralizing threats. How will AI make decisions in high-stakes scenarios, reminiscent of Soviet Lieutenant Colonel Stanislav Petrov’s pivotal choice to avert nuclear war in 1983?

The insights presented in this work focus less on AI technology itself and more on the interplay of Pentagon bureaucracy and Silicon Valley’s readiness to engage in ethically controversial projects for profit. Access to Manson’s revelations is significant; however, military secrecy means the specific technologies developed and their applications may remain undisclosed for years.

Modern warfare has become dehumanized, where operators monitor deadly situations from thousands of miles away through screens and decide to strike. This detachment risks making the act of war less burdensome, allowing its ramifications to be more easily ignored.

“
Goalkeeper flying drones and Whiplash naval drones can autonomously find and neutralize targets.
“

It is imperative that the power bestowed by AI in warfare is approached with the seriousness it deserves. Yet, Manson shares a chilling anecdote about an interviewee expressing a desire to join Project Maven to “reduce the non-American population.”

Recommended Reads on AI and Warfare

How to Make an Atomic Bomb – Written by Richard Rhodes

This book draws critical parallels to the future of military AI, suggesting potential risks including heightened global tensions and the likelihood of warfare.

Should Killer Robots be Banned? – Written by Dean Baker

The ethics professor explores the complex issues surrounding the deployment of AI in military operations, touching on trust, control, and accountability in an era where machines might assume soldiers’ roles.

Topic:

This optimized version incorporates keywords relevant to the topic, enhances readability, and organizes the content effectively for search engines while maintaining the original HTML structure.

Source: www.newscientist.com

From 9/11 to Hurricane Katrina: 15 Stunning Images of Earth from Space

Posted on by
Reply

Though it might not be as well-known as the Hubble Space Telescope or the James Webb Space Telescope, NASA’s Landsat 7 has significantly enhanced our understanding of our planet. For over 25 years, it has been capturing the stunning landscapes of Earth from space, documenting remarkable details of the planet’s ever-changing environment.

Launched in 1999 with an expected mission duration of only five years, Landsat 7 has instead emerged as one of the longest-running Earth observation missions in history. While it doesn’t gaze into distant galaxies, its instruments are focused on the vibrant, living surfaces of Earth instead.

From an altitude of 700 km (about 435 miles), it has produced vital data for scientific research and conservation, showcasing stunning images of dynamic deserts, glaciers, forests, and coastlines.

“[Landsat 7 has] been essential in tracking environmental changes such as natural disasters, deforestation, and urban expansion,” said David Applegate, former director of the US Geological Survey.

“It documented significant events such as Hurricane Katrina in 2005, the Haiti earthquake in 2010, the Australian wildfires from 2019 to 2020, and rapid urban growth across the globe.”

The Landsat 7’s primary sensor, the Enhanced Thematic Mapper Plus (ETM+), captured in the clean room at Lockheed Martin Space Systems. Photo Credit: NASA/Raytheon

Landsat 7 is scheduled to retire this month after covering 6.1 billion km (3.8 billion miles) in space and capturing over 3 million images. A carefully planned shutdown will involve depleting its batteries, turning off the fuel line heater, and rendering the communications system silent permanently. For another 55 years, the satellite will drift silently above Earth before eventually re-entering the atmosphere and burning up.

As we bid farewell, we reflect on its lens and celebrate the beauty and complexity of our planet, revealing both the impacts of deforestation and the intricate patterns of continents.

Coral Reef Conservation

In the first year of the Landsat 7 mission, detailed images of coral reefs were gathered from around 900 locations worldwide. These vibrantly colored swirls depict atolls, enclosed coral reefs that typically surround a lagoon, often formed from eroded volcanic islands. Photo Credit: NASA Goddard Space Flight Center Science Visualization Studio

Guinea-Bissau, West Africa

Guinea-Bissau, a small country in West Africa, showcases intricate patterns evident in the shallow waters along its coast, where silt from the Geba and other rivers is carried away by the Atlantic Ocean. Photo Credit: NASA/USGS

Siberia, Dragon Lake

Dragon Lake, formed by the Bratsk Reservoir along the Angara River in southern Siberia, Russia, is shown here frozen in winter. Photo Credit: NASA/USGS

Lena Delta, Siberia

The Lena River, approximately 4,500 km long, is among the largest rivers globally. The Lena Delta Reserve is the most extensive protected wilderness area in Russia, serving as a sanctuary and breeding ground for many Siberian wildlife species. Photo Credit: NASA/USGS

9/11, New York

This true-color image was captured on September 12, 2001, by the Enhanced Thematic Mapper Plus (ETM+) sensor on the Landsat 7 satellite shortly after the Twin Towers fell. Photo Credit: USGS/EROS

Comprehensive Continental Mosaic of Antarctica

A complete continental mosaic of Antarctica was constructed using images from Landsat 7. Photo Credit: NASA/USGS

Bolivian Deforestation

Once a vast expanse of lush vegetation, the Amazon rainforest is rapidly changing. This image demonstrates the significant deforestation occurring in Bolivia’s portion of the Amazon Basin, where loggers have carved extensive paths while ranchers have cleared areas for grazing. The bright red areas indicate healthy vegetation. Photo Credit: NASA/USGS

Icefall, Lambert Glacier, Antarctica

Lambert Glacier, the largest glacier in the world, features an ice waterfall that nourishes the glacier from the expansive ice sheets covering the plateau. The ice flows slowly, resembling water, descending about 1,300 feet (400 meters) to the underlying glacier. Photo Credit: NASA/USGS

Deepwater Horizon Oil Spill

On April 20, 2010, a catastrophic oil spill followed an explosion at an oil well in the Gulf of Mexico. Efforts to contain the expanding oil slick began immediately. Landsat imagery provided by the US Geological Survey reveals the extent of the spill, with Landsat data being vital for monitoring its range and movement. Photo Credit: NASA/USGS

Westfjords, Iceland

The Westfjords are a series of peninsulas located in northwestern Iceland. Though they comprise less than one-eighth of the country’s land area, their rugged coastlines account for over half of Iceland’s total coastline. Photo Credit: NASA/USGS

“Spilled Paint”: Iran’s Dasht-e Kavir

Resembling spilled paint, this image showcases a vibrant tapestry of landscapes in Iran’s largest desert, Dasht-e Kavir, or Great Salt Desert. It spans approximately 77,000 square kilometers (29,730 square miles) and consists of dry stream beds, desert plateaus, and salt marshes. Extreme temperatures and dramatic daily fluctuations, alongside severe storms, are characteristic of this harsh environment. Photo Credit: NASA/USGS

Hurricane Katrina, New Orleans

Following Hurricane Katrina, which led to severe flooding of up to 80% of New Orleans, Landsat 7 captured this image on September 15, 2005. Two and a half weeks post-hurricane, efforts were ongoing to siphon water back into Pontchartrain Lake, with pumps extracting approximately 380 cubic meters of water every second. Photo Credit: USGS/CEROS

Namib Naukluft National Park, Namibia

Namib Naukluft National Park is an ecological reserve in the Namib Desert, where coastal winds give rise to the world’s tallest dunes, which can reach 980 feet (300 meters). Photo Credit: NASA/USGS

Vatnajökull Glacier Ice Cap, Iceland

This image features blue ice fingers breaking away from the Vatnajökull glacier in Iceland’s Skaftafell National Park, situated at the southern extremity of Europe’s largest ice cap. Photo Credit: NASA/USGS

Uppsala Glacier Retreat in Argentina

Landsat images captured in 1986, 2001, and 2014 illustrate the retreat of the Uppsala Glacier. Photo credit: NASA

read more:

Source: www.sciencefocus.com