HopalongPetrovski
I'm Spartacus!
But they can't bury you if your heart's still beating ...
BrainChip share holders trying to claw their way through to revenue.
But they can't bury you if your heart's still beating ...
I donāt know but he was caught on cctv the other day. Iām guessing he just failed in getting his 1st signed contract again.Sean when shareholders ask him what he is doing for almost 5 years
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I donāt think they intend to use Loihi research chips ā¦ā¦
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Quarterly report ā¦.. 10,000 , such an odd even number .
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Clicked on the Darpa link ,
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Talk about morphic resonance. I just posted about the change from a packet-switched mesh to a silicon-switched mesh in Akida 3, and here's JT talking about the packet overhead. The navigation/timing data takes many more bits than the spike information ... and that means power and time. So Akida 3 is much more efficient than Akida 2.
Dodgy , also add this to your collection of one day I might need to take into consideration ,
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Which binned do you think Olivier is referring to ?
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Suggest the below...
Binned implementation, or data binning, is a pre-processing technique used in data science, machine learning, and simulations to group continuous, numerical data into discrete intervals (bins). This approach reduces the effects of minor observation errors and simplifies data analysis by replacing raw data points with their corresponding bin indices or averages.
Common Binned Implementations & Use Cases
- Machine Learning (Preprocessing): Discretizing numerical features using methods like equal-width (dividing range into equal sizes) or frequency binning (assigning similar number of values to each bin) to handle outliers or improve model robustness.
- Self-Supervised Learning (SSL): Reconstructing bin indices rather than raw values as a pretext task to enhance representation learning in tabular domains.
- Statistical Analysis: Computing binned Kernel Density Estimation (KDE) to estimate proper motions in astronomy.
- Sensitivity Analysis (Dakota): Using binned approaches to compute Sobol' main effect indices without needing a specific sampling structure.
- Physical Modeling: Implementing binned collision-coalescence models in meteorology to better simulate cloud droplet growth compared to bulk methods.
But they can't bury you if your heart's still beating ...
Is this a clip from a movie?View attachment 94778
So now it's becoming a reality soon
Pity its limited to software efficiency only.This is going to be cool to watch play out.
https://theaigrandprix.com
Andurill Industries
Today weāre announcing the AI Grand Prix. The fully autonomous drone racing competition inviting the boldest engineers from around the globe to compete for $500,000 and a job at Anduril.
No human pilots.
No hardware mods.
Identical Neros Tech drones.
Software is the only path to victory.
If you win, itās because your autonomy stack is better. Full stop.
Season 1 kicks off this spring, leading up to the AI Grand Prix Ohio.
There is no link for the competition to BrainChip And the drones will be built by Neros Technologies.
āNeros Technologies (neros.tech) is a relatively new U.S.-based defense tech startup founded in 2023, specializing in manufacturing high-performance, attritable unmanned aerial systems (drones/FPV drones) for military use. It's focused on onshoring production, NDAA-compliant systems, electronic warfare resilience (e.g., fiber-optic variants like Archer Fiber), and battlefield-tested tech (including deployments in Ukraine). ā
Perhaps a player in the competition will use BrainChip software?
I believe that is from the second movie of The Kingsmen.View attachment 94778
So now it's becoming a reality soon
Jan D asking personal work questions. She must think she is on a dating site or the crapper.![]()
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Please read for comments, here's a couple.
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As I mentioned⦠not only āamateur mathematicianāJan D asking personal work questions. She must think she is on a dating site or the crapper.
KingsmanIs this a clip from a movie?
Anyone know the title?
So you have worked out the revenue for the foundry that makes the chips and say it is impossible to know the actual price to end customer based on the fact that the price to customer is not known? Because what manufacturer would only charge the variable costs to produce an item?So to clarify one last time, I am not asking what it costs BrainChip to manufacture the chips, nor am I asking for a margin analysis.
I am pointing out that we cannot determine the revenue from these orders because the announcement states customers will be charged anywhere between $4 and $50 per chip, depending on volume.
What the announcement does not disclose however, is where on that sliding scale these orders actually sit.
Specifically, 1) what volume qualifies as a high volume order 2) at what quantity does pricing move from $50 to $10 to $4? 3) where does an order of 10,000 units or 1,200 units fall on that curve?
Without that information, revenue could be materially different under perfectly reasonable interpretations.
To illustrate by way of demonstration only:
- If BrainChip considers anything above 5,000 units to be a volume order, then 11,200 units could be priced at $4, generating roughly $45k in revenue.
- If instead āvolumeā means anything exceeding 50,000 units, then the same 11,200 units could be priced far higher ā say $20ā$30 per chip, resulting in $224kā$336k of revenue.
My point is that until the company clarifies how the volume pricing tiers actually work, any attempt to calculate revenue from these orders is pure guesswork.
The more you ask to be produced the less the cost per unit.So you have worked out the revenue for the foundry that makes the chips and say it is impossible to know the actual price to end customer based on the fact that the price to customer is not known? Because what manufacturer would only charge the variable costs to produce an item?