BRN Discussion Ongoing

[Tothemoon24]

I’ve always just assumed neuromorphic computing was mainly going to benefit EV’s but here’s a research paper using SNN’s to improve the efficiency of ICE vehicles cheaply and quickly.

Low Size, Weight, and Power Neuromorphic Computing to Improve Combustion Engine Efficiency (Conference) | OSTI.GOV

The U.S. Department of Energy's Office of Scientific and Technical Information

www.osti.gov

INTRODUCTION
Neuromorphic computers provide an intriguing platform for low power artificial intelligence (AI) at the edge [1]. However, there are several key hurdles to developing neuromorphic com- puting solutions to real-world applications, including finding sufficiently low power neuromorphic hardware, implementing the appropriate algorithms used to train a spiking neural network (SNN) to deploy onto the hardware platform, and ensuring that the trained SNN fits within the constraints of the pre-determined neuromorphic hardware system.
In this work, we present a complete pipeline for training and deploying a low size, weight, and power (SWaP) neuromorphic hardware solution for a real-world application. The real-world application of interest is an engine control unit (ECU) of a spark-ignition internal combustion engine. To improve engine efficiency and reduce greenhouse gas emissions, transportation researchers have developed advanced combustion strategies that minimize the amount of fuel needed to run the engine. However, as the engine efficiency is pushed to the practical limit, instabilities in the combustion process cause sporadic misfires and partial burns. Such events increase the cycle- to-cycle variability (CCV) of the combustion process which causes undesired levels of noise, vibration, and harshness (NVH). In order to mitigate combustion instabilities, the ECU should command a higher amount of fuel during combustion cycles where misfires or partial burns would otherwise occur. In this case, we would like to utilize a neuromorphic hardware system that will take as input information about the engine combustion’s state at each cycle and provide as output the amount of fuel to inject during the next cycle. The goal is to keep the engine running with few or no engine misfires and partial burns in order to minimize combustion CCV and keep the engine running smoothly, but also to minimize the amount of extra fuel needed to stabilize the combustion events.



FUTURE WORK AND CONCLUSIONS
In this work, we have demonstrated a complete neuromor-
phic workflow, from application to hardware, for training and
deploying low size, weight, and power neuromorphic solutions
for real-world applications. We demonstrated the results of this
workflow on a control task to improve fuel efficiency in spark-
ignition internal combustion engines. By utilizing low power
AI hardware such as neuromorphic systems, we can potentially
enable more efficient engines and reduce greenhouse gas emissions. We show that it is feasible to utilize an SNN approach as deployed on neuromorphic hardware to control an engine in simulation. We show that even this preliminary SNN approach can outperform current, open-loop control strategies. Moreover, we demonstrate the resulting SNNs are very small and sparse and can be deployed onto an inexpensive and low size, weight, and power commercial FPGA, providing the opportunity for rapid deployment.
There are several avenues that we intend to pursue for future work. First, the engine simulators we use in this work are based on a single set of engine operating conditions. We intend to apply this same workflow to train SNNs for other engine characteristic settings.

Hi TopCat .
Have a look at this list of trending tech ,

Can see the mighty chip ticking a few boxes

Top 19 New Technology Trends for 2022 - 2023​

By
Archer Charles

24-Jan-2023



https://www.koenig-solutions.com/blog/top-new-technology-trends#

LinkedIn

We live in an era called the information age. New technology is emerging every day to make life simpler, more advanced and better for everyone. The rate at which technology is evolving is almost exponential today. For business organisations, new technology helps to reduce costs, enhance customer experiences and increase profits.
Nearly 50 billion devices will have internet connectivity by 2030. With the COVID-19 pandemic boosting businesses’ digital transformation journey, this goal is closer than anticipated. The familiarity with the latest IT technology holds the key to advancing your career and exploring new opportunities.

Here are some of the Latest Top Technology Trends for 2022 - 2023:​

1. Artificial Intelligence (AI) and Machine Learning (ML)
2. Robotic Process Automation (RPA)
3. Edge Computing
4. Quantum Computing
5. Virtual Reality (VR) and Augmented Reality (AR)
6. Blockchain
7. Internet of Things (IoT)
8. 5G
9. Cybersecurity
10. Full Stack Development
11. Computing Power
12. Datafication
13. Digital Trust
14. Internet of Behaviours
15. Predictive analytics
16. DevOps
17. 3D Printing
18. AI-as-a-Service
19. Genomics

Now, Let's discuss the top technology trends-

1. Artificial Intelligence (AI) and Machine Learning (ML)​

Artificial Intelligence, also known as AI, started gaining popularity a decade ago. It has still not slowed down and continues to be one of the leading technologies in 2022-2023. AI is constantly evolving, and newer applications for this emerging technology continue to spring upon the scene. Today’s most popular AI applications are image and speech recognition, navigation programs, voice assistants like Siri and Alexa, and much more.
Organisations are looking to use AI to analyse customer and business interactions to derive insights and identify triggers. It will help them predict the demand for services such as hospitals or tourism and aid in the improvement of resource allocation for various projects.
Machine Learning (ML) is a part of AI and uses supervised learning to learn new functions. It has seen a massive surge in demand for skilled professionals, making it an attractive trend to watch. According to Forrester, AI and Machine Learning will be responsible for 9% of all new jobs in the US by 2025.
Enquire Now

2. Robotic Process Automation (RPA)​

Robotic Process Automation (RPA) uses multiple software and applications to automate business processes such as data collection and analysis, customer service and other repetitive tasks managed previously through manual processes.
Like AI and Machine Learning, RPA is a rapidly advancing technology that automates many jobs across different industries. McKinsey has analysed that fewer than 5% of jobs today can be entirely automated, but nearly 60% can be automated at least partially.
RPA offers several new career options and trajectories such as a programmer, project manager, business analyst or consultant. It also opens doors to high-paying jobs with a moderate learning curve in leading organisations. Choosing this emerging technology as a career move can profit you immensely.

3. Edge Computing​

Today, millions of data points are collecting user information from various sources such as social media, websites, emails, and web searches. As the amount of data collected increases exponentially, other technologies like cloud computing fall short in several situations.
Till a decade back, Cloud Computing was one of the fastest-growing technologies. However, it has become fairly mainstream, with the market dominated by major players such as Amazon Web Services (AWS), Microsoft Azure and Google Cloud Platform.
As more organisations adopted Cloud Computing, they found several limitations in the technology. Edge Computing helps to bypass the latency that Cloud Computing causes and helps organisations to get data into a data centre for processing. It can exist ‘on edge’, in the sense that it is closer to where the data processing will ultimately take place. Edge Computing is used to process time-sensitive data in far-off locations with limited or no connectivity.
Edge Computing application will keep growing as IoT devices increase. Its market share is set to reach $6.72 billion by 2022.

You May Also Like: Machine Learning Certification: Everything You Need to Know

4. Quantum Computing​

Quantum Computing is a type of computing that focuses on developing computer technology based on the principles of quantum theory. This theory explains the behaviour of energy and materials on atomic and subatomic levels. In other words, it performs calculations based on the probability of an object’s state before measurement instead of just 0’s and 1’s.
Quantum Computing can easily query, analyse and take action based on given data, regardless of the source. It played a major role in preventing COVID-19 and developing new vaccines. These computers are exponentially faster than normal computers. The revenue for the Quantum Computing market is projected to cross $2.5 billion by 2029.
You need experience with quantum mechanics, linear algebra, machine learning, and information theory to enter this field.

5. Virtual Reality (VR) and Augmented Reality (AR)​

VR and AR have been popular for almost a decade now. Virtual Reality immerses the user into a new environment, while Augmented Reality enhances the user’s existing environment. While their applications so far have been majorly linked with gaming and filters on social media, simulation software such as Virtual Ship is also used to train the US Navy, Army and Coast Guard ship captains.
A whopping 14 million AR and VR devices were sold in 2019. The global market for this trending technology is predicted to reach $209.2 billion by 2022, which means more job opportunities for professionals in this field.
By 2022, AR and VR are expected to integrate into our everyday lives much more deeply than today. They have huge potential and possible applications in training, entertainment, education, marketing and therapy or post-injury rehabilitation. It is also widely used by advertisers and brands to create new immersive experiences for their customers.
Starting a career in VR or AR doesn’t require too much specialisation. Basic programming skills and a forward-thinking mindset coupled with optics as a skill set can help you easily secure a job in this field.

6. Blockchain​

Blockchain was popularised in the context of cryptocurrency and Bitcoin and the security it provides. However, it offers security that can be useful in several other ways as well. Blockchain can be defined as data that you can only add to, not take away or alter. It results in many sections of data which form a ‘chain’, hence the name Blockchain.
The fact that existing data cannot be altered or removed makes Blockchain a highly secure technology. Blockchains are consensus-driven, which means no single person or organisation can take control of the data. There is no need for a third party to oversee transactions.
As more industries adopt and implement blockchains, the demand for skilled blockchain developers has also increased. It requires the hands-on experience of programming languages, basic knowledge of OOPS, flat and relational databases, data structures, networking and web application development.

7. Internet of Things (IoT)​

It is one of the most promising technologies of the decade. Multiple devices or ‘things’ today are wifi-enabled, which means they can be connected to the internet. The Internet of Things is a network of diverse connected devices. Devices within the network can communicate with each other, collect data and transfer it across the network without human intervention.
There are hundreds of real-life Internet of Things (IoT)applications - from tracking activity using smart devices that connect to your phone, to remotely monitoring home doors or switching applications on and off. Businesses also use IoT for many things like monitoring activity in remote locations from a central hub and predicting when a device will malfunction so that corrective measures can be taken before it’s too late.
It is predicted that by 2030, over 50 billion devices will be connected via the Internet of Things. Global spending on this latest technology will reach an estimated $1.1 trillion in the next two years. IoT is currently in its initial stages and will advance rapidly in the near future. It requires knowledge of AI and Machine Learning fundamentals, as well as information security and data analytics.
Additional Read: How to Become a Certified Ethical Hacker (CEH)

8. 5G Technology​

5G technology has the potential to change the way we see the online world. 3G and 4G technology transformed how we interacted with mobile devices, enabling faster internet browsing, using data-driven services, and increasing bandwidth for live streaming.
5G aims to revolutionise our virtual interactions by integrating AR and VR technology and better cloud-based gaming experiences. It will also be used in factories and enterprises for monitoring and streamlining operations. 5G also has applications in road safety and rule implementation, smart grid control and smart retail experiences, in the form of live high-definition cameras.
Telecom companies around the world are working on creating 5G-ready services and devices. The technology was announced and rolled out in select places in 2020, with a worldwide launch expected in 2022. The launch of 5G has been delayed for a while but is set to quickly reach the world and become a part of every person’s life.

9. Cybersecurity​

Since the dawn of computers, cybersecurity has played a major role in ensuring safer user experiences. It is not a new trend, but given that technology is evolving rapidly, cybersecurity measures need to be constantly upgraded and improved. Threats and hacking attempts are growing in number and intensity, which calls for improving security protocols and strengthening systems against malicious attacks.
Data is the most valuable asset today, and hackers are constantly trying to steal data or information. This is why cybersecurity will always be a trending technology and need to constantly evolve to stay ahead of hackers. Demand for cybersecurity professionals is growing three times faster than any other tech jobs today. More and more businesses realise its importance, resulting in businesses spending about $6 trillion on cybersecurity by 2022.
Cybersecurity job roles transition from the ethical hacker to security engineer to Chief Security Officer. The pay is significantly more than in other technology job roles due to its significance in ensuring a secure user experience.

10. Full Stack Development​

This is one of the newest industry trends within the software domain to gain momentum. It continues to rise as IoT becomes a more mainstream technology with diverse applications. Full stack development covers the front and back-end development of applications and websites.
Organisations are working on developing more user-friendly and comprehensive apps for their target audience. For this, a full stack developer must have a deep understanding of server-side programming and web development. If you develop the skills needed to create a website, your services will always have a place in the industry. More and more businesses are moving to digital every day, increasing the demand for web developers and designers.
Enquire Now

11. Computing Power​

The digital era has computerised every mobile device and application, firmly establishing computing power in this generation. Data scientists have predicted that the infrastructure used to harness this computing power is only going to evolve in the coming years. Computing power is giving us advanced technology to make our lives better and is also creating more jobs in the tech industry. Fields like data science, data analytics, IT management, robotics, etc have the potential to create the largest percentage of employment in the country. Many international brands and companies hire from India because of the specialised training widely available in the country. The more computing our devices need, the more specialised professionals will be required and the economy will flourish as a result.

12. Datafication​

When we convert parts of our lives into software and devices through data, we are going through datafication. In this process, data-driven technology takes over human chores and tasks. Smartphones, office applications, industrial machines and even AI devices, all use data to interact with us and improve our lifestyles. Data has been a part of our lives for longer than you can even imagine. Storing this data requires security, which has led to an increase in the demand for data security specialisations in our country. IT professionals, data professionals, engineers, managers, technicians, all work in the same field. Careers in the data field require more skill than high-level qualifications. These skills can be acquired by doing some courses that teach you how the world of data works.

13. Digital Trust​

The world is tangling and being accommodated with technology and mobile devices, leading to the development of high trust towards these technologies. The same trust is also leading the way to a number of innovations. With various data security measures being taken, people believe that technology can help us build a reliable, secure and safe digital world. This also leads to companies inventing and innovating new things without having to worry about data security. Cyber security, ethical hacking, etc are a fewspecialisations that can be used to enter this field. There is also an array of jobs available nationally and internationally. There are professional certifications and normal courses available for all courses which can lead to a high-paying job role.

14. Internet of Behaviours​

This is one of the fastest-growing industry trends and has found applications in nearly every industry. IoB is a technology that uses data collected from user devices connected to the internet. The large volumes of data collected are then analysed and tracked to understand human behaviour.
With more and more devices connecting to the internet and more users adopting digital technology, this new technology is going to play a significant role in the Big Data, analytics, development and predictive analytics domains. You may have heard of IoT technology that comprises a physical device network of devices connected to the internet where each device can communicate with the other. In the future, more gadgets are going to become ‘smart’ and get added to the network, such as automobiles and home appliances.

15. Predictive analytics​

Predictive analytics is the software domain that helps businesses predict future customer behaviours and trends. Some of the most common applications of predictive analytics are in risk management, marketing and operations. It is one of the most promising domains in the data domain along with data science. If you are looking to enter the field of data, you can choose to go for data science, big data or predictive analytics. That way, you will have future-proof skills that pay among the highest salaries in the industry today.

16. DevOps​

DevOps combines the development and operations departments within an organisation to help enhance and automate the process of software development. DevOps has two leading applications within an organisation:

• Shortening software delivery cycles
• Improving product standards overall

By promoting collaboration between operations and development teams, enterprises can provide faster software upgrade and feature delivery to customers. It also means enterprises see reduced errors and enhanced product quality.

17. 3D Printing​

3D printing has become a key technology used to create prototypes, especially in the industrial and biomedical fields. 3D printers allow you to create a real object from a printer! Needless to say, this cost-effective innovation is here to stay. Brands and companies that work in the healthcare, data and industrial sectors need 3D printing of their products, which has boosted the requirement of people specialising in Machine learning, 3D printing, modelling and AI.

18. AI-as-a-Service​

Several as-a-service offerings exist today such as PaaS, IaaS and SaaS. AI-as-a-service is a cloud-based solution that offers AI-based capabilities. Several AI providers are offering this service in several fields and industries. It gives organisations AI access to advanced features and capabilities without having to invest in costly hardware or gear maintenance.

19. Genomics​

Can technology study your DNA and help you fight diseases, improve health, etc? Yes! The field of genomics uses technology can studies the make-up of your DNA and genes, do their mapping, etc. They also help quantify your genes that makes it easier for doctors to find any possible health issues waiting in the dark. There are various technical and non-technical roles available in this field. Tech jobs will include analysis, design and diagnostics, while non-tech jobs will include theoretical analysis and research.
The world of technology evolves rapidly and trends change quickly. As an IT professional, you need to stay on top of these trends to build a successful career. What’s more, if you are looking for one area of expertise to direct your career toward, understanding how each of these technologies works, together and by itself, will give you an edge over the other applicants applying for the same job as you.
The biggest pro and con of living in a fast-changing world is that you must keep yourself updated and learn for life to stay relevant. Upskilling and growing have become exponentially more rewarding as the demand and remuneration for such professionals are skyrocketing. Boost your career in tech by learning from the best at Koenig.

What Next?​

You now know which technologies are going to make the greatest impact in the years to come. Keeping in mind the potential and promising career options they offer and your personal goals, start training in a technology you like. Get the early bird advantage and sharpen your skills so that you’re among the first to embrace these technologies.

 

[VictorG]

Just further to AIZip.

Does look like the MAX78000.

Maxim, Aizip Partnering to Develop IoT Person Detection Device - News​

April 22, 2021
PERRY COHEN MAXIM INTEGRATED AIZIP
Maxim Integrated and Aizip announced the MAX78000 neural-network microcontroller detects people in an image using Aizip’s Visual Wake Words (VWW) model at just 0.7 millijoules (mJ) of energy per inference

Nice work FMF, I think we can put to rest the current shipment.

I'd be very interested to see who their new partners are, I have a feeling BRN will be one of them.

 

[buena suerte :-)]

Sorry if i missed the connection along the way, but can someone fill me in on when / how Aizip are doing an Akida demo ?

According to RT, BRN will be located at booth 2-238 at the Embedded World 2023.
According to Embedded World's website, a company called AIZIP is in booth 2-238

AIZIP doesn't list BRN as partners but they do say they have new partnerships to be announced shortly.
Interestingly though AIZIP's link to their partnership with Renesas describes everything Akida does. (posted earlier @VictorG)

 

[GazDix]

According to RT, BRN will be located at booth 2-238 at the Embedded World 2023.
According to Embedded World's website, a company called AIZIP is in booth 2-238

AIZIP doesn't list BRN as partners but they do say they have new partnerships to be announced shortly.
Interestingly though AIZIP's link to their partnership with Renesas describes everything Akida does. (posted by @VictorG earlier)

Love it BienSuerte. Full Moon Fever went down this road Thursday, I dug in midday and now you are here!

Aizip are partners with Renesas.
Imagimob are partners with Renesas and ARM.
Arduino are partners with Intel, but hard to say who the others are.
Nota AI are partners with Arm and Intel.
Syntiant Corp are partners with all the others on the list apart from Nota.

Brainchip are not listed as partners on any of the above websites.
I guess these companies could be the prime suspects for our next announced partners seieng they all deal with different aspects of Iot.

Here are the folks who will join us.

 

[buena suerte :-)]

Love it BienSuerte. Full Moon Fever went down this road Thursday, I dug in midday and now you are here!

Here are the folks who will join us.

Thanks GazDix .... I was just replying to @Taproot with a snippet of info! cheers

 

[Rise from the ashes]

 

[Taproot]

According to RT, BRN will be located at booth 2-238 at the Embedded World 2023.
According to Embedded World's website, a company called AIZIP is in booth 2-238

AIZIP doesn't list BRN as partners but they do say they have new partnerships to be announced shortly.
Interestingly though AIZIP's link to their partnership with Renesas describes everything Akida does. (posted earlier @VictorG)

Yep, got all that.
Just got my curiosity metre pinging when @JK200SX said they were demonstrating Akida, which might not be quite right unless someone knows otherwise.

Aizip looks like an interesting startup, has a lot of very notable players following there progress.
Some of the people involved with Aizip include:
Yuan Lu
Yan Su
Yubei Chen
Weier Wan
Philip Wong
John Rea
Boltzmann Li
Taixiang Shi

Linked with Renesas
See video embedded in the link.

https://www.renesas.com/us/en/products/microcontrollers-microprocessors/ra-cortex-m-mcus/ra-partners/aizip-pas#tools_support

Aizip Announces Processing-In-Memory License from Rice University - Aizip

Saratoga, CA, July 29, 2021 – Aizip, Inc., a Silicon Valley startup company providing leading artificial intelligence (AI) models for the Internet of Things (IoT), the so-called tiny machine learning (TinyML), announced that it has reached an exclusive license agreement with Rice University for...

www.aizip.ai

Aizip Announces Processing-In-Memory License from Rice University​

Saratoga, CA, July 29, 2021 – Aizip, Inc., a Silicon Valley startup company providing leading artificial intelligence (AI) models for the Internet of Things (IoT), the so-called TinyML, announced that it has reached an exclusive license agreement with Rice University for their Processing-In-Memory (PIM) technology.



Over the last decade, AI has proven to be of tremendous value in improving the quality of life on many fronts. One of the most critical areas in AI technology development is power efficiency. In the AI inference process in an existing chip, most of the power is wasted in the data transfer between memory and computing units. Analog computing inside the memory, i.e., PIM, is widely considered to be the ultimate solution to solve this challenge, especially in the IoT market where low power consumption and low chip costs are essential.



Assistant Professor Kaiyuan Yang, a recognized leader in PIM research at Rice University, had done pioneer research work which focuses on the design of PIM chips for low power and high throughput AI applications. In a paper recently published in IEEE Journal of Solid-State Circuits, Yang's group, in collaboration with Northeastern University, presented the results of the first PIM semiconductor chip fabricated with industry standard 6T-SRAM technology. At the core of their innovation is a cell cluster structure based on capacitive analog computing. The device has been fabricated and tested to show one of the smallest reported 0.35-LSB root-mean-square computing error, and superior area and energy efficiencies over other schemes being pursued worldwide.



"The successful demonstration of 6T-SRAM based PIM hardware is a major breakthrough in the path to ultra-low power and low-cost AI accelerators," noted Gene Frantz, a professor in the Practice at Rice University, a member of National Academy of Engineering, and fellow of IEEE. Frantz, who has been called the "father of digital signal processing," served as a Principle Fellow at Texas Instruments. "The work by Professor Yang and his team demonstrates that PIM can be realized in CMOS semiconductor technology with excellent performance and efficiency, showing considerable potential for its transition into commercial applications."



"We are very excited to work with Rice University to bring this innovation to the market," said Dr. Yuan Lu, co-founder and President of Aizip. Aizip believes PIM is a cornerstone in the future of AIoT, or TinyML, and "we have developed extensive IP in AI algorithms and architectures," according to Dr. Lu. He further stated that "the combination of Rice's IP in hardware and Aizip's IP in application and software will provide a complete solution in the fast-growing TinyML market." "I am glad to see the enthusiasm from industry on our research results and to see a path towards real world applications," remarked Professor Yang.



Many semiconductor companies have invested in PIM or have shown strong interest in PIM in recent years. The power consumption can be expected to reduce by 100x or more in IoT application, which should stimulate a new breed of applications, especially in battery-powered mobile scenarios. Aizip plans to work with IC partners to design and develop the next generation low power, analog PIM for AIoT applications.

Aizip Announces Full-Stack Design Services for Processing-In-Memory Products - Aizip

Saratoga, CA, March 29, 2022 – Aizip, Inc., a Silicon Valley startup company providing leading artificial intelligence (AI) solutions for the Internet of Things (IoT), or the so-called tiny machine learning (TinyML), announced that its full-stack design services for Processing-In-Memory (PIM) AI...

www.aizip.ai

Aizip Spotlights Groundbreaking Processing-In-Memory (PIM) Research - Aizip

Cupertino, CA, August 30, 2022 – Aizip, Inc., a Silicon Valley startup company providing leading artificial intelligence (AI) solutions for the Internet of Things (IoT), congratulated its founding member Weier Wan for publishing his monumental research work on Processing-In-Memory AI chip in...

www.aizip.ai

Aizip Announces Volume Shipping of Robust Vision Models - Aizip

Cupertino, CA, December 20, 2022 – Aizip, Inc., a technology leader in artificial intelligence (AI) for applications on the Internet of Things (IoT), also known as tiny machine learning (TinyML), announced today the volume shipping of robust vision models. Computer vision is one of the AI fields...

www.aizip.ai

I think Aizip is all about their PIM AI Chip tech
Any future partnership with Brainchip would obviously be very exciting, but can't see any current connection yet.
Apart from them sitting on each others lap in the booth at Embedded World

 

[Labsy]

The Facts:

Rob who is a dentist because he keeps his identity secret has listed his house for sale. Rob spent a great deal of time researching his local agents and chooses Browns because they have the highest number of sales and listings in the last 12 months and the principle has received industry awards and has hundreds of compliments on his web page from happy vendors and purchasers complementing him and his team for their honesty and service.

As a result Rob tells Browns that he is in a hurry to sell his house and for the best possible price but he is stressed financially and will need to sell regardless of price. Browns advise Rob that in this market sales are occurring but days on market has increased and so given his circumstances the best strategy is to go to auction with a short but intensive marketing campaign and a number of open houses both on the weekend and weekdays leading up to the auction. Rob was impressed and signs the sales and auction agreement.

Rob a week later is having a coffee at his local café and starts talking to a complete stranger about real estate and mentions he has his house going to auction in two weeks. The stranger replies “I hope you do not have that useless mob Browns doing the auction. They are the worst agents I have seen in 30 years of being involved in real estate investing.”

The stranger is called for his takeaway coffee and leaves the café. Rob has no idea who this person was or what his motivation is but starts to worry about his opinion even though it is completely anonymous and directly opposed to everything he has discovered and his personal opinion having spoken with Browns.

The following day is the first open for inspection. Worried Rob parks up the road to watch. It is a Thursday and Browns have told him that being Thursday there is unlikely to be many people inspecting but it is important to get the message out as passing motorists will see the signs and start to investigate the online sales.

Even though Rob has been told this he becomes worried when only a couple of cars arrive and only a few people enter the property and he then starts to think that the stranger may have been correct.

Rob starts to ask friends and relatives if they think he has chosen the wrong agent. None of these persons live in his area and they all have no knowledge of the agents or real estate but some still venture opinions because everyone is entitled to hold and give an opinion.

They are of limited emotional intelligence and do not consider the consequences of giving such ill-considered uninformed opinions and when one is asked by his wife why he said what he did to Rob he said why would he take any notice of me anyway.

Unfortunately Rob does to the extent that it fuels his anxiety and he starts to worry so much he is loosing sleep. He reads negative things in the press about the real estate market and about a dishonest agent in another city and ignores that the sales figures for his area continue to exceed the national average and his agents excellent reputation. He completely ignores all the evidence that Browns keep performing and telling the truth to their customers.

The next open for inspection is on Saturday and this time the agent arrives and tells Rob that he expects a significant number of people to turn up because of the telephone and email traffic they have had. When Rob is leaving he notices a number of cars parked in the street and people milling around at the gate. Rob leaves.

The agent sets up the house and then positions himself at the front door ready to declare the house open. What the agent did not see was a shadowy male figure at the side window of the house watching as he went about his duties and that immediately he went out the front door that this shadowy figure quickly enter via the back door and relieved himself on the loungeroom coffee table and defecate on the carpet in front of the fireplace before quickly exiting out the back door and leaving by the side gate.

This shadowy figure then waited until all of the interested purchasers had entered to inspect the property whereupon he places notices under the wipers of the parked vehicles maligning the honesty and competency of Browns and recommending another property that is open for inspection with another agent two streets away claiming it represents much better value for money.

The question for you to answer is who is most likely to be the shadowy figure:

1. Is it Rob the home owner with the most at stake?

2. Is it a rival real estate agent trying to break into the area and attempting to destroy Browns reputation?

3. Is it the anonymous stranger who for his own personal reasons wants to ruin Rob’s chances of a sale to pick up a bargain having discovered that Rob has to sell regardless of price?

4. Is it a 'good' Samaritan trying to help Rob by exercising a right to free vandalism and speech?

Welcome back FF. Your wisdom is a breath of fresh air... ️ 🏖🏝

 

[TECH]

Welcome back FF !!

I think it was Tech (sorry if it was someone else) that recommended the book "Culture Won" about ARM.

I purchased the book and find it an incredible read. The similarities are amazing and give you a greater understanding of; why various paths to market are taken, time to financial reward, importance of ecosystem partnerships, partners input and many more... especially culture.

I definitely recommend this book to better understand our own unfolding story.

Patience can be tested for so many individual reasons but I believe we are stronger than ever.

GLTA

Excellent post, yes it was me who recommended that book, because while having a cup of tea with Peter late last year, he showed me on his mobile phone the book that he had read and was about to read it for a second time, I personally haven't read it all as yet, but speaking with Rob Telson recently, I mentioned the book, he agreed it is a great read, having himself been a former employee at ARM, but he did remind me that putting it into place or repeating their business model/culture isn't a sure bet as such.

But what I like is that, from the Founder down we are giving it a real red hot go, and isn't that the Aussie way, or should I say the Global Company way!

By the way, someone commented that Peter stated or implied we, Brainchip will achieve AGI by 2030, that's not what he stated at all, listen
to the Podcast carefully please, and asking for 3 years out was fair enough, but 7 years out was ok for a visionary, but way to far into the future
for a mere shareholder, some whom only hold shares for a matter of hours, let alone years!!!

Perth is where the magic starts, don't ever forget that, then Anil and his teams do the business, followed by the foundries, followed by the
developers and finally to the potential customers who may or may not buy the product, nothing can ever be taken for granted, but one thing is for sure, Brainchip is on a collision course with success!

1 January 2025, let's compare notes then.

Tech

 

[Rise from the ashes]

Sorry not sure if posted before

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[Rise from the ashes]

@Risefromtheashes
Rise - are you talking about the legendary @butcherano who ran the footy tipping comp last year?

Yes that's the one. Thank you. Did anyone win?

 

[manny100]

Podcast talked about huge savings with predicting maintenance needs and preventing unplanned stoppages.
Health - imbedded device/chip in humans picking up problems/maintainence needs before they become huge. AKIDA learns and customises itself to you.
The size of the market for AI at the Edge is way underestimated.

 

[manny100]

Peter said the AKIDA 1500 was much smaller and developed for 'volume markets'. Examples are consumer and Industrial applications.
Sounds like it was built to get short term commercialisation and sales.

 

[VictorG]

Peter said the AKIDA 1500 was much smaller and developed for 'volume markets'. Examples are consumer and Industrial applications.
Sounds like it was built to get short term commercialisation and sales.

True Manny,
He also said it was a product developed after listening to clients. Possibly why the AKIDA1500 has different specifications than the initial design.

 

[Reuben]

I am now officially not going to criticize anyone and I am asking for a truce. That the the focus of this thread once again becomes dedicated to great research and that those wanting to voice their fears or complaints about management, lack of sales etc use the other thread that was created as it seemed to be working well until things got derailed. In fairness, I think it is reasonable to allow the next 24 hours a time when all that want to can throw their insults and accusations at me and I guess keep fighting each other if you want to. I will accept what anyone dishes out and I promise I won’t respond. Or alternatively screw it, let’s keep the status quo of this thread and accept the in fighting. It would however be a shame if we lose any members which has happened before.

agree with what slade says, call it a truce.....

all of us have different opinions but lets all not derail and stoop to an HC atmosphere.

loosing any member is not good, I have met many forum members at the last AGM - and all of us are invested heavily in our own capacity. prices have gone down so has SOME OF OUR patience (which is totally ok considering some of us have a lot riding on BRN). pateince will be well rewarded in brn's case,

this is what i am really looking forward to next year, until the I will load up if i can

AKIDA BALLISTA.....

 

[Rise from the ashes]

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[Food4 thought]

Edited it to make it more sense.

But Tony Dawe has ackowledged that Brainchip needs sales and revenue.

How is this misleading? That is exactly what he has said in the email.

Argh
Every company needs sales and revenue duh

 

[buena suerte :-)]

True Manny,
He also said it was a product developed after listening to clients. Possibly why the AKIDA1500 has different specifications than the initial design.

Lets hope it's size & design is compatible with Phones!!?

 

[VictorG]

Lets hope it's size & design is compatible with Phones!!?

I believe it is my good man, I believe it is.

 

[JB49]

It's interesting when Peter was asked what customers are best suited to use akida, one of the first thing he said was facial recognition for doorbell market. This isn't the first time we've heard doorbells mentioned in a podcast. We must have a doorbell product out there somewhere!!