Izzzzzzzzzzy
Regular
I transferred over to ING so 4.05%My crystal ball does not extend out to 6 months, but ... if you've saved a deposit, how much interest is it earning?
I transferred over to ING so 4.05%My crystal ball does not extend out to 6 months, but ... if you've saved a deposit, how much interest is it earning?
But surely the sophisticated tools in ASIC's hands would detect such egregious and, dare I say, repetitive manipulation?Shorting in simple terms works this way:
1. You need a shareholder who believes the company is a great long term secure investment.
2. You need a shorter who thinks that in the short term the price of the share held by 1. above will drop.
3. The shorter goes to the shareholder and says will you lend me your shares?
4. The shareholder says yes and requests the following:
a) Security for the value of the lent shares likely a bank guarantee backed by a mortgage;
b) A fee based on the agreed length of the loan and that fee is paid at the time of lending the shares;
c) An agreement that at the end of the agreed term a further fee will be payable calculated on a daily basis until the lent shares are returned;
d) The shareholder lends the shares and immediately the shorter sells the shares on market locking in the value of the lent shares. The shorter keeps the money from the sale of the shares.
e) The shorter then waits for the shares to drop in price to the point where he can buy back the number of lent shares and pocket the difference between what he sold the shares for and what he bought them back for and hopes that after deducting all the fees and brokerage he is left with a profit.
Now this all seems reasonable if everyone plays by the rules but obviously the bigger the fall in the share price after entering the agreement and selling the shares the better so enter the illegal manipulators to help the short manipulate the market and panic retail into selling so they cause the share price to drop further than it would have but for the manipulation.
Then consider this issue.
I have said moving up the ASX just brings bigger and more professional shorting.
We hear all the time the statement “look institutions have been buying they now have more shares but why hasn’t the price gone up?”
Simple a wealthy institutional shorter goes to an institution A. that holds shares in a target company in which they are interested.
They at the same time go to Institution B. who they know is interested in building a position in their target company. They say to this company would you like to take ‘x’ number of shares in this company off my hands at the current market price.
This company says yes because they know if they buy on market they will put upward pressure on the price.
So they agree to pay the Institutional short a commission and Institution A. the Institutional short and Institution B. play
off-market pass the parcel and everybody wins. No increased market pressure pushing up the price.
The share price falls with a little help and the short institution buys back the shares and returns them to institution A.
Institutional ownership in the target company has doubled.
The short institution has a nice profit.
Retail sit scratching their heads as to why all this institutional buying has not pushed up the price instead the price has fallen.
Sorry everybody but poor old retail who get panicked and sell at a loss wins.
But who cares about retail as long as the big boys are happy. Hey what pass me the Financial Times Chauncey. There’s a good fellow.
My opinion only DYOR
FF
AKIDA BALLISTA
... and not a farthing more?I transferred over to ING so 4.05%
You refer to the shorter manipulating the SP. That would be illegal.Ok, probably a silly question but let me get something straight as I just don’t understand all this sort of stuff that well. If an institution, say a super fund or investment fund etc, buys 1 million shares at $1 each for $1M for argument’s sake and then loans them to a shorter who through manipulation forces the price down to say 50c , who then buys them back to give back to the institution. The institution’s fund is now worth half what it was. How is this good for the institution?
Hi @IzzzzzzzzzzyCharts unfortunately don’t help with this, BRN has been going off the general market down trend and up trends and after this news it went down. Many people lost confidence and sold out. My opinion only, dyor. I guess we can hopefully see something during this quater based on what the ceo said in 4c. However, that will only show on the next 4c unless there are updates in between from the company. Nothing has changed in the company to be honest people just got tired off holding. New technology never seen in the world before trying to commercialise is not easy, sometimes the world is not ready for it, however, I believe with the use cases presented by the the company it is a good time. Talking to clients and educating them takes times. People don’t like change.
I actually want to buy a house next 6 months so I’m thinking of selling all my shares in everything. I just wanted to get people’s opinion on this as I feel like it will be a big mistake LMAO
Detecting and doing something are two different things.But surely the sophisticated tools in ASIC's hands would detect such egregious and, dare I say, repetitive manipulation?
IMO ... there was no manipulation involved this time round ....... It was purely the result of a poor revenue 4C with short term investors being burn't and mitigating their losses ..... whilst in turn, I think that many LTH's took the opportunity / advantage to top up their holdings ...just like I did !!!You refer to the shorter manipulating the SP. That would be illegal.
Thanks sharing.This is from 'Share in Value' sent out last night.
https://nvlu-zc1.campaign-view.com....fbc94&n=11699e4c35bf411&mrd=18cf8c06fbc82&m=1
Give me the silk glove every time.Detecting and doing something are two different things.
Regulators in the financial sector prefer the silk glove of education and changing cultures to bring about sustainable long term reform of systems which once reformed can become self regulatory.
So much more efficient than the iron fist ruling by fear continuously funded from the public purse.
This is the 21st century not the dark ages.
Not my opinion so DYOR
FF
AKIDA BALLISTA
Hi MartinThis is from 'Share in Value' sent out last night.
https://nvlu-zc1.campaign-view.com....fbc94&n=11699e4c35bf411&mrd=18cf8c06fbc82&m=1
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EVERYTHING in the financial market is manipulated. There is no exceptionIMO ... there was no manipulation involved this time round ....... It was purely the result of a poor revenue 4C with short term investors being burn't and mitigating their losses ..... whilst in turn, I think that many LTH's took the opportunity / advantage to top up their holdings ...just like I did !!!
It's just a part of the mix.Ok, probably a silly question but let me get something straight as I just don’t understand all this sort of stuff that well. If an institution, say a super fund or investment fund etc, buys 1 million shares at $1 each for $1M for argument’s sake and then loans them to a shorter who through manipulation forces the price down to say 50c , who then buys them back to give back to the institution. The institution’s fund is now worth half what it was. How is this good for the institution?
Just to provide some background regarding this 'Shares in Value' article, they had a recommendation for BRN at 92c on the 27/06/22.Thanks sharing.
Afternoon Diogenese,Give me the silk glove every time.
Thanks FF , wasn't sure if I should copy and paste or provide a link.Hi Martin
Now this is a way to emerge I have taken the liberty of copying this article as many will not open links but I am a past Optus customer so what’s the point of protecting my details I will open anything. Just kidding but everyone this is a must read:
BrainChip (ASX: BRN)
BrainChip (ASX: BRN) shares are down ~20% (at the time of writing) today on the back of reporting routine quarterly activities for 1Q23. While no bad news is being reported, BRN shares have been under pressure as traders are booking profits, as there is no good news on the commercialisation front yet!
Today’s decline was mainly due to two factors:
1. BrainChip reported $118,000 in revenue from customers in the quarter, and traders have been expecting more considering that BRN has a $1.5 billion market capitalisation.
With only $118,000 coming in, BrainChip reported a cash burn of $3.8 million. The company has $24.6 million in cash on its balance sheet. This is enough funding for 6 quarters – meaning that BRN would not have to perform a capital raise for over a year.
2. A lack of news flow and commentary by the CEO.
We know that BrainChip has shipped Akida development kits to partners, large enterprises in strategic end markets, and Original Equipment Manufacturers (“OEMs”) to perform their own internal testing, validation, and product development.
BrainChip said they see the greatest amount of sales activity and engagement in the company’s history. However, no new deals have been announced yet. Today’s decline is a case of traders and investors being eager to hear more news from the CEO about their commercialisation timeline.
The Verdict
BrainChip said it will focus on key sales targets and converting technical evaluations into paid licenses in the coming quarter. In addition, BRN is accelerating the development of its next-generation Akida IP and products to extend its technological lead and market opportunity.
There was no bad news today, but there is no good news either. The decline can therefore be attributed to heightened speculation in the market. The company remains well-funded, and we have placed BrainChip under review as we perform a comprehensive analysis and share an update in the coming days
Hey Blind Freddie these jokers recon Brainchips current cash of $24.6 million gives them 6 quarters of operating runway.Hi Martin
Now this is a way to emerge I have taken the liberty of copying this article as many will not open links but I am a past Optus customer so what’s the point of protecting my details I will open anything. Just kidding but everyone this is a must read:
BrainChip (ASX: BRN)
BrainChip (ASX: BRN) shares are down ~20% (at the time of writing) today on the back of reporting routine quarterly activities for 1Q23. While no bad news is being reported, BRN shares have been under pressure as traders are booking profits, as there is no good news on the commercialisation front yet!
Today’s decline was mainly due to two factors:
1. BrainChip reported $118,000 in revenue from customers in the quarter, and traders have been expecting more considering that BRN has a $1.5 billion market capitalisation.
With only $118,000 coming in, BrainChip reported a cash burn of $3.8 million. The company has $24.6 million in cash on its balance sheet. This is enough funding for 6 quarters – meaning that BRN would not have to perform a capital raise for over a year.
2. A lack of news flow and commentary by the CEO.
We know that BrainChip has shipped Akida development kits to partners, large enterprises in strategic end markets, and Original Equipment Manufacturers (“OEMs”) to perform their own internal testing, validation, and product development.
BrainChip said they see the greatest amount of sales activity and engagement in the company’s history. However, no new deals have been announced yet. Today’s decline is a case of traders and investors being eager to hear more news from the CEO about their commercialisation timeline.
The Verdict
BrainChip said it will focus on key sales targets and converting technical evaluations into paid licenses in the coming quarter. In addition, BRN is accelerating the development of its next-generation Akida IP and products to extend its technological lead and market opportunity.
There was no bad news today, but there is no good news either. The decline can therefore be attributed to heightened speculation in the market. The company remains well-funded, and we have placed BrainChip under review as we perform a comprehensive analysis and share an update in the coming days
I have found it is best to copy and past at least the relevant part relating to BRN or the point you want to make. Sometimes it will be too long as there is a character limit on individual posts.Thanks FF , wasn't sure if I should copy and paste or provide a link.
Hi Fact Finder,Hi Milo
As you are emerged you might not know that I am a self confessed technophobe and as such I do not claim any technology expertise so I rely upon the engineer/s in our midst to keep me on track and accurate.
What I do, do, in a haphazard way is remember what is said and 95% of my posts are from memory so you need to do your own research but in making point number 5. I relied upon the following:
1. The Screen shot posted of the Edge Impulse presenter standing in front of the graphic comparing AKIDA technology to GPU's and CPU's and as Brainchip had a much bigger bar by some measure he was suggesting what we have been told by Brainchip;
2. The first thing we were told by Brainchip was at the 2019 AGM presentation by Peter van der Made where he stated that 100 AKD1000 chips could provide all of the computing power necessary to achieve full autonomous driving;
3. The second thing we were told by Brainchip is that AKIDA 1.0 can process all five senses including vision as well as Lidar, Radar and Ultrasonics on chip and can do sensor fusion;
4. The third thing we were told by Anil Mankar is that others (I assume now to be Edge Impulse) were bench marking AKIDA against GPU's and it was coming up favorable to AKIDA; (Just reading your post again to make sure I did not miss anything out and it occurs to me that this statement by Anil Mankar makes your suggestion about cars, buses and motor bikes totally incorrect I think.)
5. The fourth thing we were told is that using the Meta TF platform and the CNN2SNN converter you can keep all your existing compute and run it through Meta TF and the converter and achieve all the benefits of spiking neural network processing;
6. The fifth thing we were told is that AKIDA can do on chip convolution;
7. The sixth thing we have been told at the same 2019 AGM by Peter van der Made is that AKIDA can do maths;
8. The seventh thing we have been told is that AKIDA 1.0 is capable of performing regression analysis for vibration detection; and
9. Finally the ability of AKIDA technology to process multiple video streams with state of the art performance was proven with Studio and Accelerator which both won industry awards both of which were based upon exactly the same but earlier versions of AKIDA technology.
So if I have been misleading I apologize but it was not with any intent as I have simply accepted all of these known facts.
I will leave it to the engineer/s here to take these facts and explain why point 5. is or is not misleading. Perhaps @Diogenese can assist or perhaps you can also as I am assuming you have engineering or data science qualifications though you have not stated so.
My opinion only DYOR
FF
AKIDA BALLISTA
"Could it be possible that both Argo and Mobileye had very good algorithms, but they were implementing them on 20th century processors?"So Ford, VW, Intel, and Tesla have all attempted to bypass the intermediate steps to autonomous driving (AD) and fallen short - you have to crawl before you can walk.
It's not that the billions of dollars they invested has been totally wasted - you should always learn from your mistakes. But both Ford and Intel have recently sold their AD subsidiaries. The "recently" is significant in that it shows that these large companies are feeling the pinch now. As Sean intimated, it's a tough economic environment at the moment.
Remember that they were attempting AD without Valeo's SCALA. I haven't researched Mobileye's technology in depth, but this sample looks unpromising from a SNN point of view:
US2022222317A1 APPLYING A CONVOLUTION KERNEL ON INPUT DATA
View attachment 20521
[0028] Both application processor 180 and image processor 190 can include various types of processing devices. For example, either or both of application processor 180 and image processor 190 can include one or more microprocessors, preprocessors (such as image preprocessors), graphics processors, central processing units (CPUs), support circuits, digital signal processors, integrated circuits, memory, or any other types of devices suitable for running applications and for image processing and analysis. In some embodiments, application processor 180 or image processor 190 can include any type of single or multi-core processor, mobile device microcontroller, central processing unit, or other type of processor. Various processing devices can be used, for example including processors available from manufacturers (e.g., Intel®, AMD®, etc.), and can include various architectures (e.g., x86 processor, ARM®, etc.).
[0054] A convolution neural network includes an input layer, an output layer, as well as multiple hidden layers. The hidden layers of a CNN typically include a series of convolution layers that convolve with a multiplication or other dot product. The activation function is commonly a RELU layer, and is subsequently followed by additional convolutions such as pooling layers, fully connected layers and normalization layers, referred to as hidden layers because their inputs and outputs are masked by the activation function and final convolution. The final convolution, in turn, often involves backpropagation in order to more accurately weight the end product.
Argo AI seems likewise deficient:
US2022301099A1 SYSTEMS AND METHODS FOR GENERATING OBJECT DETECTION LABELS USING FOVEATED IMAGE MAGNIFICATION FOR AUTONOMOUS DRIVING
View attachment 20524
[0044] The machine learning model for generating a saliency map may be generated and/or trained using any now or hereafter known techniques such as, without limitation, kernel density estimation (KDE) and convolution neural network (CNN), both of which are differentiable and the parameters can be learned through the final task loss. In KDE, the system may use bounding box centers as the data points that have a bandwidth proportional to the square root of the area of the bounding box. In CNN, the system may represent the bounding boxes as an N×4 matrix, where N is a fixed maximum value for the number of bounding boxes. If there are less than N objects, the input may be zero-padded to this dimension. Once a model has been generated, the system may also apply the model to all bounding boxes in a training dataset to obtain a dataset-wide prior.
[0076] During operations, information is communicated from the sensors to the on-board computing device 720 . The on-board computing device 720 can (i) cause the sensor information to be communicated from the mobile platform to an external device (e.g., computing device 101 of FIG. 1) and/or (ii) use the sensor information to control operations of the mobile platform.
So, not only do they not have SCALA, they don't seem to be aware of Akida.
Could it be possible that both Argo and Mobileye had very good algorithms, but they were implementing them on 20th century processors?
That's like getting into the ring against Muhammad Ali with your shoe laces tied together.