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Jury finds family of 8 died by murder-suicide in cliff crash
[Associated Press]
JANIE HAR
,Associated Press•April 4, 2019
https://news.yahoo.com/investigator-details-events-preceding-suv-crash-over-cliff-221136902.html
SAN FRANCISCO (AP) — A special coroner's jury in California ruled the deaths of two women and their six adopted children was a murder-suicide after hearing testimony that one of the women had searched death by drowning online and the other deliberately stepped on the gas, sending their SUV plunging off a cliff.
Jurors deliberated for about an hour Thursday before returning the unanimous verdicts that Jennifer and Sarah Hart killed themselves on March 26, 2018, in Mendocino County. The jury decided the six children, 12 to 19, died at the hands of another and not by accident.
Authorities had indicated they believed the crash was deliberate but wanted a jury to make official findings.
A coroner's inquest is generally used in cases involving in-custody deaths or officer-involved shootings where public interest is high and the need for transparency critical, said Mendocino County sheriff's Capt. Gregory L. Van Patten.
The deaths drew national attention, partly because the women were alleged to have abused their children. The body of Devonte Hart, 15, who was black and had gained attention when he was photographed in tears while hugging a white police officer during a 2014 protest in Portland, Oregon, has not been recovered.
Jurors were instructed to choose from four manners of death for each of the eight people: natural causes, suicide, accident or an intentional act by another. They sat through nearly two full days of testimony.
"It is my belief that both Jennifer and Sarah succumbed to a lot of pressure," sheriff's Lt. Shannon Barney said Thursday. "Just a lot of stuff going on in their lives, to the point where they made this conscious decision to end their lives this way and take their children's lives."
The crash happened days after authorities in Washington state opened an investigation into allegations of neglect. The bodies of both women were found in the vehicle, which landed below a cliff located more than 160 miles (250 kilometers) north of San Francisco.
The Hart family had fled their Woodland, Washington, home March 23 after a visit from social workers that day.
Sarah Hart searched suicide, drowning, Benadryl dosages and overdose methods on the internet throughout the drive to California, California Highway Patrol investigator Jake Slates said. She also queried whether death by drowning would be painful. Authorities recovered the deleted searches from her phone.
"They both decided that this was going to be the end," Slates said. "That if they can't have their kids that nobody was going to have those kids."
The bodies of siblings Markis, Jeremiah and Abigail were found the same day near the car. Weeks later, the body of Ciera Hart was pulled from the Pacific Ocean. Hannah Hart was eventually identified through a DNA match.
Slates said that Jennifer Hart, who rarely drank, had a blood alcohol level over the legal limit and may have been "drinking to build up her courage." Sarah Hart had 42 doses of generic Benadryl in her system and the children also had high amounts of the sleep-inducing drug in their bodies, he said.
A neighbor of the Harts had filed a complaint with the state, saying the children were apparently being deprived of food as punishment. No one answered when social workers went to the family's home.
A witness who was camping by their vehicle says he heard their car rev up and peal out around 3 a.m. March 26.
Sarah Hart pleaded guilty in 2011 to a domestic assault charge in Minnesota over what she said was a spanking given to one of her children. Oregon child welfare officials also investigated the couple in 2013, but closed the case without taking any action.
Amazon joins SpaceX, OneWeb and Facebook in the race to create space-based internet services
https://techcrunch.com/2019/04/04/amazon-joins-spacex-oneweb-and-facebook-in-the-race-to-create-space-based-internet-services/
Amazon is officially joining the race to create a network of satellites in low Earth orbit that will provide high-speed terrestrial internet services.
The company has filed its first papers with the U.S. government for approval to launch a network of 3,236 satellites through a subsidiary called Kuiper Systems LLC, according to a report in GeekWire.
“Project Kuiper is a new initiative to launch a constellation of Low Earth Orbit satellites that will provide low-latency, high-speed broadband connectivity to unserved and underserved communities around the world,” Amazon confirmed in a statement. “This is a long-term project that envisions serving tens of millions of people who lack basic access to broadband internet. We look forward to partnering on this initiative with companies that share this common vision.”
Named for an astronomer who’s considered “the father of modern planetary science,” Gerard Kuiper, Kuiper Systems is the latest foray into space-based internet networking by a U.S. tech giant.
As private companies look to commercialize space, high-speed internet is among the prospects that offer the highest profits in the short term, while providing necessary services to get online the remaining 3.8 billion people who don’t have access to the internet.
In February, OneWeb, another company that’s expecting to create a network of satellites to provide high-speed internet access, successfully launched its first satellites. The company has raised at least $3 billion, according to Crunchbase, from investors, including Virgin, Coca-Cola and the Bharti Group — and they’re not the only company to raise several billion dollars to develop these services.
SpaceX also has designs on creating a global satellite network — in addition to its leading position as a launch services provider for companies looking to access outer space.
In December, the company set out to raise another $500 million to support its Starlink program, which would create a network of 11,000 satellites to cover the globe with internet connectivity. To date, the company has launched just two prototype satellites, even though earlier reports stated SpaceX, at one time, projected it would have 400 satellites in orbit by the end of 2018.
Finally, the social networking giant Facebook has been working on satellite capabilities of its own. In a May report, the IEEE Spectrum laid out how Facebook had set up a small subsidiary called PointView Tech, which was developing a new satellite called “Athena” that could deliver data 10 times faster than SpaceX’s Starlink satellites.
Amazon’s Kuiper satellite service complements the work that another Jeff Bezos company, Blue Origin, is conducting on the design, development and production of launch vehicles to take payloads into orbit.
Blue Origin has already signed contracts for a multi-launch agreement with Telesat — another company that’s developing a low Earth orbit constellation of satellites that will deliver fiber-like broadband services across the globe.
Amazon, Google, AI and us: Are we too close for comfort?
Beyond facial recognition, we're giving smart devices and platforms our intimate biometric details.
By
Brian Bennett
April 4, 2019 5:00 AM PDT
https://www.cnet.com/news/amazon-google-ai-and-us-are-we-too-close-for-comfort/
Computers aren't just getting smarter, they're studying us more closely too. Whether it's in the name of public safety, fraud protection or simple convenience, we're feeding AI systems details that identify us and track our comings and goings.
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This is part of a CNET special report exploring the benefits and pitfalls of facial recognition.
CNET
Equipped with electronic ears, eyes and brains, a sea of devices now monitor human activity and characteristics. The list includes everything from smart speakers, laptops and phones, to even doorbells and locks. You may not have noticed this trend, but it's real, and growing.
CNET has spent the last two weeks documenting the current state of facial recognition technology, but that's just one method of gathering data directly from your person. Here are a few examples of how other biometric technologies have seeped into the fabric of daily life, and where things could go next.
Fingerprint readers everywhere
Devices that can read, capture and match fingerprints to specific individuals have been with us for decades. In 1969, the FBI began looking at ways computers could help facilitate fingerprint identification.
Back then the idea was to free as many FBI staff members as possible from this tedious, labor-intensive task. By 1975 the Bureau's efforts, aided by the National Institute of Standards and Technology, led to a functional fingerprint scanner prototype based on capacitive sensors.
Now fast forward to 2013. That's when biometrics truly became mainstream, designed for consumer convenience, not only serious crime fighting. That year Apple integrated its Touch ID fingerprint reader into the iPhone 6, 6 Plus, and 5S. It also placed the security system in its new iPad models.
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Apple's Touch ID system for the iPhone.
Josh Miller/CNET
Since then both Google and Microsoft have launched similar identification solutions. Examples include Pixel Imprint for Google's Pixel phones, and Windows Hello available on Microsoft Surface laptops and tablets. Other device makers have adopted fingerprint reader technology as well. On this list of high-end handsets are the Motorola G7, OnePlus 6T, Samsung Galaxy S10, and Sony's Xperia XZ3.
All these phones, save the OnePlus 6T and Galaxy S10, use capacitive readers. They harness the same principle that the FBI did to build its early fingerprint scanner. Capacitors in the scanner measure fingertips for slight differences in electrical conductivity. The scanner then forms a finger ridge pattern from these differences.
The ultrasonic fingerprint reader on the Samsung Galaxy S10.
John Kim/CNET
The OnePlus 6T is quite different. Its sensor is optical, essentially a tiny camera that takes photos of fingertips. Since it creates flat, 2D images, this reader is relatively easy to fool. Not so with the Galaxy S10's ultrasonic sensor.
The S10 actively pings your finger with sound waves when it's touched, These waves bounce off skin and back to the reader for analysis. With that data, it constructs a detailed 3D image that's tougher to duplicate or spoof.
Amazon Alexa and Google Assistant are smart enough to recognize individual people by their voice.
They know your voice
The smart speaker's rise in popularity is undeniable. The number of US smart speaker users is expected to swell to 76.5 million by 2020. According to eMarketer, that's up from 16 million in 2016, a compounded annual growth rate of 47.9%.
Amazon's Echo products with Alexa onboard still represent the lion's share of these gadgets. Google Assistant though is in hot pursuit. And as the companies compete for market share, the capabilities of both voice assistants has steadily increased.
Watch this: Facial recognition is going to be everywhere
3:28
These speakers don't just listen out for your spoken commands. They can recognize, and distinguish between the voices of individual home members. That enables them to deliver personalized responses and results to match specific people.
It's a neat trick that comes in handy when you want a rundown of your personal schedule, tasks, shopping lists and so on. For this to work, you'll need to train these systems. And that means providing them with numerous voice samples. The audio snippets then find their way to remote servers for comparison, identification, fast retrieval and storage.
The eyes can't lie
Like fingerprint readers and voice recognition, iris-scanning technology has slowly crept into ordinary life. The iris, the pigmented area of the eye outside the pupil, is unique from person to person. Even individuals with the same genetic makeup – identical twins, for instance – will exhibit distinct iris patterns dissimilar from each other. That makes the allure of this identity confirmation technique strong.
The potentially high speed and accuracy of iris scans is also compelling. A typical scanning system consists of a digital video camera, a low-energy infrared light emitter, plus hardware and software processing.
The scanner emits an invisible IR light beam that illuminates the iris briefly. The system records the iris colors and other unique features. It then breaks the pattern down into a 256 byte code. An unknown individual's iris code is compared with a database of enrolled codes. The entire scanning, matching and recognizing process takes just a few seconds.
Some consumer devices have included iris-scanning features for years. Samsung chose Qualcomm's 3D Sonic fingerprint reader for the Galaxy S10, but the Samsung Galaxy S7, S8 and S9 phones all shipped with iris-based identification systems.
In 2017, Qualcomm entered a license agreement with iris-based authentication company Eyelock. That could be a sign this access control method will soon find a home on Qualcomm mobile processors and platforms.
Two hearts don't beat as one
Basic heart rate monitors have been a standard feature of fitness trackers and smartwatches for years. A few new devices such as the Apple Watch 4, take things a step further. Instead of merely recording heart rate, they also can take electrocardiogram (EKG or ECG) readings. This enhanced data allows the trackers to sense your heart rhythm.
EKG data is useful for many reasons. The first is greater awareness of heart health. Armed with these upgraded sensors, wearable devices can detect and alert you of potentially dangerous situations. That includes abnormal or irregular heart rhythm and even atrial fibrillation.
Another way heart rhythm is useful is its potential for biometric identification. According to company Bionym, each person's heart rhythm and EKG characteristics are unique. Bionym says that's a result of differences in heart size, position, shape, muscle conductivity and so forth. The Nymi band, a watch-sized wearable device, is Bionym's heart rhythm authentication solution.
Bionym envisions the Nymi to serve as an ultra secure biometric key. Each Nymi is linked to only one individual user and their unique EKG identification profile. Worn by its owner, the Nymi is designed to offer authorized access for registered individuals only.
Potential applications include controlling entry to sensitive office and laboratory facilities, along with tools, equipment and digital accounts. At the moment the Nymi appears targeted at enterprise customers, though it's conceivable products like the Apple Watch 4 might one day offer similar features to ordinary consumers.
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Researchers at Shinshu University found distinctive patterns in footsteps.
Shinshu University
Following your footsteps
It's easy to see how physical features like fingerprints can identify individuals, but what about the way you walk? Researchers at Shinshu University in Tokida, Japan have examined exactly that.
They paid close attention to the way the foot makes contact with the ground while walking. Specifically they observed the timing of heel-strike, roll to forefoot and the final push off of the toes. They also recorded pressure levels exerted by the foot during the process.
Ultimately the scientists found that these dynamic foot pressure patterns were unique to specific individuals. In fact, they were able to identify particular people using the technique with an accuracy rate of 99.6%.
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The Motiv Ring may soon identify you by the way you walk.
Sarah Tew/CNET
Wearable technology company Motiv plans to take gait recognition out of the realm of pure research. Its $199 Motiv Ring is packed with numerous sensors to measure physical activity and biometric data. It tracks the steps you take, heart rate, and sleep time. Motiv also touts the Ring as a frictionless security device, one that provides 24/7 authentication for online accounts and transactions.
Most interesting though, is the Ring's WalkID feature. It uses the device's internal accelerometer to figure out your individual gait, and determine whether you're the person actually wearing the Ring. Currently the function remains in experimental beta. That said, it's open to all Motiv Ring owners to give it a spin.
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Facial Recognition
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Amazon, Google, AI and us: Are we too close for comfort?
Apr 4
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Security cameras with facial recognition tech inside
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Apr 3
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AI experts want Amazon to stop selling facial recognition tech to police
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