BRN Discussion Ongoing

[Iseki]

Could be totally wrong but gist I get for their Oculi tech from the patent that @Diogenese also found is driven around the pixel identification and changes and they speak of the vision component primarily that needs to dovetail into an AI processing aspect maybe?

Driven around threshold values and trigger signals...presumably on pixel changes?

So, question is for me is, who's AI is doing the backend processing?

Appears they need an AI processor / IP maybe to be in that SPU.

The only reference to AI per se was a comment in the patent and quite generic. Nothing on neural or neuromorphic, SNN, DNN, CNN etc.

Only reference I can find so far to neuromorphic is their site but patent and TM applications etc so far don't show any of their own neuromorphic work so logic indicates sourcing elsewhere....whether us or not is to be formally confirmed, I guess.

Our Technology-V1 | Oculi

www.oculi.ai

OCULI SPU™: Integrated Neuromorphic Sensing & Processing​

Oculi makes the OCULI SPU™, Sensing and Processing Unit. This is the only Software-Defined Vision Sensor™ and it can deliver real-time vision intelligence (VI) by combining sensing + pre-processing in the pixel.

SENSING AND PROCESSING UNIT GENERATING A TRIGGER SIGNAL UPON OCCURRENCE OF SPECIFIED CONDITIONS - Fris, Inc.

<div p-id="p-0001">A sensing and processing electronic circuit includes a sensing array having a plurality of sensing elements each having a sensor configured to produce an output signal in response t

www.freepatentsonline.com

A sensing and processing electronic circuit includes a sensing array having a plurality of sensing elements each having a sensor configured to produce an output signal in response to detection of an environmental parameter. The circuit includes a triggering unit configured to generate a trigger signal that causes an action to occur. The trigger signal is generated based on selected activated sensing elements satisfying one or more specifiable conditions. A sensing element is activated when a characteristic value based on the output value of the sensing element crosses one or more thresholds so that the characteristic value is above, below, within or outside of a specified range of values or when a difference value between the characteristic value and a previous or template value of the sensing element crosses one or more thresholds so that the difference value is above, below, within or outside of a specified range of values.


or it may be more convenient to construct a specialized apparatus or system to perform the required methods and techniques. In some cases the environments in which various embodiments described herein are implemented may employ machine-learning and/or artificial intelligence techniques to perform the required methods and techniques.


They also applied for a more recent TM for a Software-Defined Vision Sensor with a dummy board by the looks so unfortunately no Akida identifier **sad face** haha

Was interesting to see the first use anywhere & first use commerce dates in the application.

Application for Software-defined Vision Sensor

Trademark registration supporting document for Application regarding SOFTWARE-DEFINED VISION SENSOR registered by Fris Inc

uspto.report

Trademark/Service Mark Application, Principal Register​

Serial Number: 97415842

Filing Date: 05/18/2022

To the Commissioner for Trademarks:​

MARK: Software-Defined Vision Sensor (Standard Characters, see mark)
The literal element of the mark consists of Software-Defined Vision Sensor. The mark consists of standard characters, without claim to any particular font style, size, or color.
The applicant, Fris Inc, DBA Oculi, a corporation of Delaware, having an address of
5520 Research Park Drive, Suite 100
5520 Research Park Drive, Suite 100
Baltimore, Maryland 21228
United States
410-205-5513(phone)
XXXX

requests registration of the trademark/service mark identified above in the United States Patent and Trademark Office on the Principal Register established by the Act of July 5, 1946 (15 U.S.C. Section 1051 et seq.), as amended, for the following:

For specific filing basis information for each item, you must view the display within the Input Table.
International Class 009: Semi-conductors; Semiconductor chip sets; Semiconductor chips; Semiconductor devices; Semiconductor wafers; Semiconductors; Electronic semi-conductors

In International Class 009, the mark was first used by the applicant or the applicant's related company or licensee or predecessor in interest at least as early as 12/08/2021, and first used in commerce at least as early as 12/10/2021, and is now in use in such commerce. The applicant is submitting one(or more) specimen(s) showing the mark as used in commerce on or in connection with any item in the class of listed goods/services, consisting of a Board with statement on it: Software-Defined Vision Sensor.
Specimen File1
Specimen File2
Webpage URL: www.oculi.ai
Webpage Date of Access: 12/10/2021

SIGNATURE INFORMATION​
FEE INFORMATION​
CORRESPONDENCE INFORMATION​
GOODS AND/OR SERVICES AND BASIS INFORMATION​
LEGAL ENTITY INFORMATION​
APPLICANT INFORMATION​
MARK INFORMATION​
Input Field	Entered
SERIAL NUMBER​	97415842
*MARK​	Software-Defined Vision Sensor
STANDARD CHARACTERS​	YES
USPTO-GENERATED IMAGE​	YES
LITERAL ELEMENT​	Software-Defined Vision Sensor
MARK STATEMENT​	The mark consists of standard characters, without claim to any particular font style, size, or color.
REGISTER​	Principal
*OWNER OF MARK​	Fris Inc
DBA/AKA/TA/Formerly​	DBA Oculi
INTERNAL ADDRESS​	5520 Research Park Drive, Suite 100
*MAILING ADDRESS​	5520 Research Park Drive, Suite 100
*CITY​	Baltimore
*STATE (Required for U.S. applicants)​	Maryland
*COUNTRY/REGION/JURISDICTION/U.S. TERRITORY​	United States
*ZIP/POSTAL CODE (Required for U.S. and certain international addresses)​	21228
PHONE​	410-205-5513
*EMAIL ADDRESS​	XXXX
WEBSITE ADDRESS​	www.oculi.ai
TYPE​	corporation
STATE/COUNTRY/REGION/JURISDICTION/U.S. TERRITORY OF INCORPORATION​	Delaware
INTERNATIONAL CLASS​	009
*IDENTIFICATION​	Semi-conductors; Semiconductor chip sets; Semiconductor chips; Semiconductor devices; Semiconductor wafers; Semiconductors; Electronic semi-conductors
FILING BASIS​	SECTION 1(a)
FIRST USE ANYWHERE DATE​	At least as early as 12/08/2021
FIRST USE IN COMMERCE DATE​	At least as early as 12/10/2021
SPECIMEN FILE NAME(S)​	\\TICRS\EXPORT18\IMAGEOUT 18\974\158\97415842\xml1 \ APP0003.JPG
​	\\TICRS\EXPORT18\IMAGEOUT 18\974\158\97415842\xml1 \ APP0004.JPG
SPECIMEN DESCRIPTION​	Board with statement on it: Software-Defined Vision Sensor
WEBPAGE URL​	www.oculi.ai
WEBPAGE DATE OF ACCESS​	12/10/2021
NAME​	Fris Inc
PRIMARY EMAIL ADDRESS FOR CORRESPONDENCE​	info@oculi.ai
SECONDARY EMAIL ADDRESS(ES) (COURTESY COPIES)​	sana.kouatly@oculi.ai; charbel.rizk@oculi.ai
APPLICATION FILING OPTION​	TEAS Standard
NUMBER OF CLASSES​	1
APPLICATION FOR REGISTRATION PER CLASS​	350
*TOTAL FEES DUE​	350
*TOTAL FEES PAID​	350
SIGNATURE​	NOT PROVIDED
SIGNATORY'S NAME​	NOT PROVIDED
SIGNATORY'S POSITION​	NOT PROVIDED
DATE SIGNED​	NOT PROVIDED

View attachment 18496

View attachment 18497

Mar 22 TinyML presso slide.

https://cms.tinyml.org/wp-content/uploads/talks2022/Oculi-Poster-for-tinyML-Summit-48x36-2022-03-17.pdf

View attachment 18504

Brilliant work!

So we need to be careful that we are looking for neuromorphic processing of the signal from the sensor, and not just a bionic event vision sensor.

ie we need just what you have underlined.

But I think that is what they are trying to say with the term "Software-Defined Vision Sensor". ie you change what the vision sensor is looking for by applying SNN processing to the signal. Running that SNN will be in Akida hardware, but changing the parameters, how many layers etc are configurable in software.

Jeeze, one day one of these startups might just tell us straight up: "Akida on-chip" to their specs. If only.

 

[Fact Finder]

Could be totally wrong but gist I get for their Oculi tech from the patent that @Diogenese also found is driven around the pixel identification and changes and they speak of the vision component primarily that needs to dovetail into an AI processing aspect maybe?

Driven around threshold values and trigger signals...presumably on pixel changes?

So, question is for me is, who's AI is doing the backend processing?

Appears they need an AI processor / IP maybe to be in that SPU.

The only reference to AI per se was a comment in the patent and quite generic. Nothing on neural or neuromorphic, SNN, DNN, CNN etc.

Only reference I can find so far to neuromorphic is their site but patent and TM applications etc so far don't show any of their own neuromorphic work so logic indicates sourcing elsewhere....whether us or not is to be formally confirmed, I guess.

Our Technology-V1 | Oculi

www.oculi.ai

OCULI SPU™: Integrated Neuromorphic Sensing & Processing​

Oculi makes the OCULI SPU™, Sensing and Processing Unit. This is the only Software-Defined Vision Sensor™ and it can deliver real-time vision intelligence (VI) by combining sensing + pre-processing in the pixel.

SENSING AND PROCESSING UNIT GENERATING A TRIGGER SIGNAL UPON OCCURRENCE OF SPECIFIED CONDITIONS - Fris, Inc.

<div p-id="p-0001">A sensing and processing electronic circuit includes a sensing array having a plurality of sensing elements each having a sensor configured to produce an output signal in response t

www.freepatentsonline.com

A sensing and processing electronic circuit includes a sensing array having a plurality of sensing elements each having a sensor configured to produce an output signal in response to detection of an environmental parameter. The circuit includes a triggering unit configured to generate a trigger signal that causes an action to occur. The trigger signal is generated based on selected activated sensing elements satisfying one or more specifiable conditions. A sensing element is activated when a characteristic value based on the output value of the sensing element crosses one or more thresholds so that the characteristic value is above, below, within or outside of a specified range of values or when a difference value between the characteristic value and a previous or template value of the sensing element crosses one or more thresholds so that the difference value is above, below, within or outside of a specified range of values.


or it may be more convenient to construct a specialized apparatus or system to perform the required methods and techniques. In some cases the environments in which various embodiments described herein are implemented may employ machine-learning and/or artificial intelligence techniques to perform the required methods and techniques.


They also applied for a more recent TM for a Software-Defined Vision Sensor with a dummy board by the looks so unfortunately no Akida identifier **sad face** haha

Was interesting to see the first use anywhere & first use commerce dates in the application.

Application for Software-defined Vision Sensor

Trademark registration supporting document for Application regarding SOFTWARE-DEFINED VISION SENSOR registered by Fris Inc

uspto.report

Trademark/Service Mark Application, Principal Register​

Serial Number: 97415842

Filing Date: 05/18/2022

To the Commissioner for Trademarks:​

MARK: Software-Defined Vision Sensor (Standard Characters, see mark)
The literal element of the mark consists of Software-Defined Vision Sensor. The mark consists of standard characters, without claim to any particular font style, size, or color.
The applicant, Fris Inc, DBA Oculi, a corporation of Delaware, having an address of
5520 Research Park Drive, Suite 100
5520 Research Park Drive, Suite 100
Baltimore, Maryland 21228
United States
410-205-5513(phone)
XXXX

requests registration of the trademark/service mark identified above in the United States Patent and Trademark Office on the Principal Register established by the Act of July 5, 1946 (15 U.S.C. Section 1051 et seq.), as amended, for the following:

For specific filing basis information for each item, you must view the display within the Input Table.
International Class 009: Semi-conductors; Semiconductor chip sets; Semiconductor chips; Semiconductor devices; Semiconductor wafers; Semiconductors; Electronic semi-conductors

In International Class 009, the mark was first used by the applicant or the applicant's related company or licensee or predecessor in interest at least as early as 12/08/2021, and first used in commerce at least as early as 12/10/2021, and is now in use in such commerce. The applicant is submitting one(or more) specimen(s) showing the mark as used in commerce on or in connection with any item in the class of listed goods/services, consisting of a Board with statement on it: Software-Defined Vision Sensor.
Specimen File1
Specimen File2
Webpage URL: www.oculi.ai
Webpage Date of Access: 12/10/2021

SIGNATURE INFORMATION​
FEE INFORMATION​
CORRESPONDENCE INFORMATION​
GOODS AND/OR SERVICES AND BASIS INFORMATION​
LEGAL ENTITY INFORMATION​
APPLICANT INFORMATION​
MARK INFORMATION​
Input Field	Entered
SERIAL NUMBER​	97415842
*MARK​	Software-Defined Vision Sensor
STANDARD CHARACTERS​	YES
USPTO-GENERATED IMAGE​	YES
LITERAL ELEMENT​	Software-Defined Vision Sensor
MARK STATEMENT​	The mark consists of standard characters, without claim to any particular font style, size, or color.
REGISTER​	Principal
*OWNER OF MARK​	Fris Inc
DBA/AKA/TA/Formerly​	DBA Oculi
INTERNAL ADDRESS​	5520 Research Park Drive, Suite 100
*MAILING ADDRESS​	5520 Research Park Drive, Suite 100
*CITY​	Baltimore
*STATE (Required for U.S. applicants)​	Maryland
*COUNTRY/REGION/JURISDICTION/U.S. TERRITORY​	United States
*ZIP/POSTAL CODE (Required for U.S. and certain international addresses)​	21228
PHONE​	410-205-5513
*EMAIL ADDRESS​	XXXX
WEBSITE ADDRESS​	www.oculi.ai
TYPE​	corporation
STATE/COUNTRY/REGION/JURISDICTION/U.S. TERRITORY OF INCORPORATION​	Delaware
INTERNATIONAL CLASS​	009
*IDENTIFICATION​	Semi-conductors; Semiconductor chip sets; Semiconductor chips; Semiconductor devices; Semiconductor wafers; Semiconductors; Electronic semi-conductors
FILING BASIS​	SECTION 1(a)
FIRST USE ANYWHERE DATE​	At least as early as 12/08/2021
FIRST USE IN COMMERCE DATE​	At least as early as 12/10/2021
SPECIMEN FILE NAME(S)​	\\TICRS\EXPORT18\IMAGEOUT 18\974\158\97415842\xml1 \ APP0003.JPG
​	\\TICRS\EXPORT18\IMAGEOUT 18\974\158\97415842\xml1 \ APP0004.JPG
SPECIMEN DESCRIPTION​	Board with statement on it: Software-Defined Vision Sensor
WEBPAGE URL​	www.oculi.ai
WEBPAGE DATE OF ACCESS​	12/10/2021
NAME​	Fris Inc
PRIMARY EMAIL ADDRESS FOR CORRESPONDENCE​	info@oculi.ai
SECONDARY EMAIL ADDRESS(ES) (COURTESY COPIES)​	sana.kouatly@oculi.ai; charbel.rizk@oculi.ai
APPLICATION FILING OPTION​	TEAS Standard
NUMBER OF CLASSES​	1
APPLICATION FOR REGISTRATION PER CLASS​	350
*TOTAL FEES DUE​	350
*TOTAL FEES PAID​	350
SIGNATURE​	NOT PROVIDED
SIGNATORY'S NAME​	NOT PROVIDED
SIGNATORY'S POSITION​	NOT PROVIDED
DATE SIGNED​	NOT PROVIDED

View attachment 18496

View attachment 18497

Mar 22 TinyML presso slide.

https://cms.tinyml.org/wp-content/uploads/talks2022/Oculi-Poster-for-tinyML-Summit-48x36-2022-03-17.pdf

View attachment 18504

The last box is very interesting quite a few brands to explore:

"OCULI SPU and other Oculi products referenced herein are products of FRIS Inc. (dba Oculi). Oculi®, IntelliPixel®, OCULI SPU™, BionicVision® , LiDAR Lite™, Software-Defined Vision Sensor™ are trademarks of FRIS Inc., registered in the United States and other countries

 

[Fullmoonfever]

The last box is very interesting quite a few brands to explore:

"OCULI SPU and other Oculi products referenced herein are products of FRIS Inc. (dba Oculi). Oculi®, IntelliPixel®, OCULI SPU™, BionicVision® , LiDAR Lite™, Software-Defined Vision Sensor™ are trademarks of FRIS Inc., registered in the United States and other countries

Yes.

Oculi appears to essentially be the brand / trade name.

IntelliPixel the actual tech process for the vision / eye component

Oculi SPU the processor - Akida?

BionicVision & Lidar Lite I haven't looked into yet.

The IntelliPixel pops up in searches with various other entities.

There's a golf app Dev co which may or may not have a TM issue?

Welcome to Intelli Pixels

www.intellipixels.com

The one that caught my eye earlier to look into...not done yet...was...

Position Tracking Camera

Our real time position tracking system can support both area scan or line scan with very high frame rate and accuracy.

www.jftinc.com

JF TECHNOLOGY INC.​

Innovative Cameras​

Most of JFT's camera products are based on the renowned IntelliPixel technology, which supports versatile IO structures like Ethernet, USB, RS422, LVDS, NTSC, HDMI, etc. The built-in smart processor fabric allows application specific imaging processing. The innovative sensor adaptor layer supports almost unlimited sensor types and sensor configurations, e.g. area scan, line scan, standard resolution, high resolution. 10fps-25,000fps

 

[Adam]

I already got my BRAYNCHIP tattoo. Can't wait to show everyone at the AGM

View attachment 18503

Shoulda been Adika..

 

[Fullmoonfever]

Yes.

Oculi appears to essentially be the brand / trade name.

IntelliPixel the actual tech process for the vision / eye component

Oculi SPU the processor - Akida?

BionicVision & Lidar Lite I haven't looked into yet.

The IntelliPixel pops up in searches with various other entities.

There's a golf app Dev co which may or may not have a TM issue?

Welcome to Intelli Pixels

www.intellipixels.com

The one that caught my eye earlier to look into...not done yet...was...

Position Tracking Camera

Our real time position tracking system can support both area scan or line scan with very high frame rate and accuracy.

www.jftinc.com

JF TECHNOLOGY INC.​

Innovative Cameras​

Most of JFT's camera products are based on the renowned IntelliPixel technology, which supports versatile IO structures like Ethernet, USB, RS422, LVDS, NTSC, HDMI, etc. The built-in smart processor fabric allows application specific imaging processing. The innovative sensor adaptor layer supports almost unlimited sensor types and sensor configurations, e.g. area scan, line scan, standard resolution, high resolution. 10fps-25,000fps

The thing with JFT from what I found is it's their own architecture in some references?

Innovision systems Max300 camera manual from a few years ago references the JFT IntelliPixel architecture.

Maybe defunct now or Oculi has the TM for it specific countries?

 

[Frank Zappa]

Shoulda been Adika..

When BRN has settled at $15 a share and we have all settled in to our comfortable successful lifestyles that we deserve, I will introduce you to a friend of mine who has 15 tattoo removalist clinics around Victoria that are booked out Monday to Friday. I will try and get you in ahead of those already booked if you want to free up some space for the latest Brainchip product .

 

[thelittleshort]

…and then I saw his face, now I’m a believer

 

[supersonic001]

I love the fact that our chipper is at the head of the list for ARM Partner Ecosystem....... (getting up to speed just in case wondering...subtle details)

is that because AI detected my preferences on my desktop, google, searching data, et al' ...... ? not sure, hmmmm

i was trying to ascertain what the company MCap is, shares etc... but then Softbank own Arm holdings right... ? looks like they might get listed on Nasdaq next year...

anyway, looking for comparatives with Brainchip potential since we're top of list !!

Cheers
SSC

 

[equanimous]

Ok ok. If we are above $2 by end of year I’ll get the robot on me

ARM and Brainchip = BRN rocket

 

[MDhere]

Ok ok. If we are above $2 by end of year I’ll get the robot on me

Bring it on

 

[Diogenese]

86 cents ... bugger! ... I wanted to buy some Talga this week!

 

[equanimous]

86 cents ... bugger! ... I wanted to buy some Talga this week!

What does TALGA stand for?​

TALGA stands for The Australian Lavender Growers' Association​

 

[TopCat]

I’m having trouble linking them to anyone . Seem to have some good customers though. Has anyone heard of them before? View attachment 18512

Possible link here with Prophesee

Illuminating the space junk problem | Electro Optics

Benjamin Skuse explores photonics-based efforts to track, and possibly even remove, debris from the very crowded region of near-Earth space

www.electrooptics.com

 

[Straw]

Is it just me or does 99% of the current market activity in BRN look like manipulation (not sure if that's not a question... it doesn't
feel like one).
Have I said before how much I dislike the ASX? (American Stock Exchange)

A 2yo with a greater than average capacity for narcissism would do a better job of running it fairly for all participants.
At least those with the slightest interest in actually helping genuine companies succeed instead of Zorg and his buddies.

 

[alwaysgreen]

Is it just me or does 99% of the current market activity in BRN look like manipulation (not sure if that's not a question... it doesn't
feel like one).
Have I said before how much I dislike the ASX? (American Stock Exchange)

All trading is basically manipulation. The markets are completely run by algos that instos have in place. We are but mere pawns in their game of chess.

 

[TopCat]

Possible link here with Prophesee

Illuminating the space junk problem | Electro Optics

Benjamin Skuse explores photonics-based efforts to track, and possibly even remove, debris from the very crowded region of near-Earth space

www.electrooptics.com

View attachment 18519

From the inivation website

DVS Videos

Developer Videos These videos explain the concepts of the Dynamic Vision Sensor. An introduction to DVS Introductory video about Dynamic Vision Sensor Prof. Delbruck’s talk at IBM research symposium 2015 Prof. Tobi Delbruck gives a detailed talk

inivation.com

 

[Cardpro]

All trading is basically manipulation. The markets are completely run by algos that instos have in place. We are but mere pawns in their game of chess.

More like baby Megalodon growing with BrainChip >_<

 

[equanimous]

research has been lately. The ice berg is melting

 

[Straw]

All trading is basically manipulation. The markets are completely run by algos that instos have in place. We are but mere pawns in their game of chess.

Well yes (maybe) I think a lot revolves around historical intent.
Sorry I'm being a bit frustrated by the BS in the world today.
PF: *slap, slap* Snap out of it!!

I need to don my robes and set up a soap box in Bridge St.
Better still a little booth in the middle of the intersection handing out free tickets to a sure bet*












*if you are a ridiculously high net have individual

 

[Build-it]

I thought it be fitting that Valeo get a mention, although where tracking with the banks (ff) imo when we get a material ann we will run hard. Explosive sales are inevitable, BRN Ubiquitous.

In terms of safety, two applications are being rapidly implemented by vehicle makers due to recent and up-coming regulations, specifically driver monitoring and occupant monitoring. These applications can rely on 2D cameras, which have been widely adopted. But emerging technologies using 3D cameras are emerging. We expect vehicle makers will use radar sensor capabilities to extend use cases beyond child presence detection.

Four years after Valeo’s first-generation LiDAR was implemented in a commercialized car, the French company announced last December that its second-generation LiDAR will equip the new Mercedes-Benz S-Class, reaching level 3 of autonomous driving. Although still too exotic for mass-produced car manufacturing, this type of high-resolution sensors could, with the clever integration of cameras and radars, help to reach higher qualification levels for self-driving cars.

Valeo has already revealed its current development work on a third-generation product advertised with a resolution nearly 50 times that of the second-generation device. Yole SystemPlus remains alert on the subject to continue its investigation on the evolution of Valeo’s automotive-grade LiDAR. Meanwhile, the team is currently working on Denso’s LiDAR using a similar approach than Valeo and will unveil the complete profile of this new 3D scanner within the next few weeks.

Wilfried Theron
Director of Electronic Systems Department and Quality Manager, Yole SystemPlus (part of Yole Group)

Edge Compute.