"It is very low-power, high-performance and promotes the growth of edge AI technology through the use of neuromorphic architecture, a type of artificial intelligence inspired by the biology of the human brain. Experts see it as significantly more efficient than traditional chips, as it can learn independently with each process. Application areas, therefore, revolve around future topics such as autonomous driving, robotics and the Internet of Things."

"The next-generation chip is currently being developed by the Australian IP company BrainChip. The novel technology of the Akida chip could see a market shift in the near future that could shake up the incumbents."
"It is no coincidence that the Akida chip was recently accepted into the AI Partner Program by ARM. Mercedes-Benz also relies on the novel technology for its EQXX."


Understanding BrainChip's Akida technology.
1) ultra low power
2) superfast, one-shot learning
3) no cloud/internet dependency

This deployment of NVISO’s Human Behavioural AI exploits the superior performance capabilities of BrainChip Akida neuromorphic processor IP with latencies under 10ms and model storage requirements under 1MB for a complete target solution. Targeting the next generation of low-power SOC devices with embedded neuromorphic capabilities, target applications include Robotics, Automotive, Telecommunication, Infotainment, and Gaming.

NVISO will release, commercially, its Human Behaviour AI as both an Evaluation Kit (EVK) and Software Development Kit (SDK) optimized for neuromorphic processors targeting innovators looking to adopt AI-driven human-machine interfaces to detect human behaviour in real-time at the edge. Both BrainChip, Inc. and NVISO will jointly promote the EVK and SDK, and the first evaluation with a semiconductor manufacturer in Japan has started.

Edge Impulse Releases Deployment Support for BrainChip Akida Neuromorphic IP
"We're extremely delighted to support BrainChip's proliferation of their Akida technology," said Jan Jongboom, CTO at Edge Impulse.

In this episode, BrainChip’s Rob Telson and Edge Impulse’s Jan Jongboom discuss how machine learning on neuromorphic computing can make IoT devices smarter, faster, and more efficient.

BrainChip Demonstrates Gesture Recognition with Prophesee EV4 Development Camera
AGAIN, what makes this so unique?
2) It is done anywhere from millionths to thousandths of a watt.
3) It is one-shot learning, in real time (faster than other A.I.).

Brainchip, Inc. is at 87 cents on the American OTCQX. Do you white niggers want to buy it now, or when it is at $1.70 again?
STEP 1: Open up a brokerage/trading online account through a financial services company like Wells Fargo, Schwab, Merrill Edge, Fidelity, etc.
STEP 2: Type in "BRCHF" in the search box of your online account.
STEP 3: Purchase as many shares in "BRCHF" as you want.

BrainChip, Inc. price now at $1.26 on the Australian exchange ASX. Expect the price to go up 10 cents on the American OTCQX by the end of the trading day.

Understand this Team White: Automotive is just ONE of many industries that BrainChip's Akida technology is disrupting/will disrupt.

BrainChip, Inc. tweeted today:
"New BrainChip whitepaper! - In this paper, learn how automotive companies are redefining the in-cabin experience and accelerating assisted driving capabilities - Covers assisted driving, computer vision, Lidar and more." - Read the whitepaper here: brainchip.com/#whitepaper
Understand this Team White: Automotive is just ONE of many industries that BrainChip's Akida technology is disrupting/will disrupt.

BrainChip, Inc. price up to $1.22 on the Australian exchange ASX. Who knows where it will be at the end of the trading day.

BrainChip, Inc. quarterly has been released.
$1 million USD more in customer revenue for Quarter 2 versus Quarter 1.
500% increase in revenue and costs covered.
Revenue flowing in and hardware sales are strong, which shows us that companies are testing Akida for integration into their own systems. Wait until the IP royalties start flowing.

"Neuromorphic silicon – which processes data with efficiency, precision, and economy of energy – is playing a major role in transforming vehicles into transportation capsules with personalized features and applications to accommodate both work and entertainment. This evolution is driven by smart sensors capturing yottabytes of data from the automotive edge to create holistic and immersive in-cabin experiences."

According to McKinsey analysts, the in-cabin experience is poised to become one of the most important differentiators for new car buyers. With AKIDA, automotive companies are designing lighter, faster, & more energy efficient in-cabin systems that can act independent of the cloud. These include advanced facial detection & customization systems that automatically adjust seats, mirrors, infotainment settings, and interior temperatures to match driver preferences."

"AKIDA also enables sophisticated voice control technology that instantly responds to commands – as well as gaze estimation and emotion classification systems that proactively prompt drivers to focus on the road. Indeed, the Mercedes-Benz Vision EQXX features AKIDA-powered neuromorphic AI voice control technology which is five to ten times more efficient than conventional systems."

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