OTC Stock News

[Robertscott]

$PVSP DESCRIPTION
We provide business consulting and marketing services to public companies. More than 100 companies have purchased space on our website https://privateequitymarkets.us/. Our website features publicly traded companies and highlights the mining, technology, bio-tech, green-tech and cannabis industries. Services include free listings of press releases and a news feed.

[Let's Roll]

$PVSP in beautiful Port Townsend, on the northern end of the Olympic Peninsula, this gorgeous light deprivation greenhouse garden is producing beautiful flower and is home to some of the more exotic genetics in the Artizen brand. At 39,000 square feet it is the second largest of all of the gardens growing Artizen branded flower.

[Robertscott]

$GTCH GBT Roadmaps The Development of a Wearable Version for Its qTerm Device https://newsfilter.io/a/87d4022ff93dfa7e6a3f5489e6d3eb42

[budfoxfun]

$CNNA Cann American Corp. (OTC PINK:CNNA), the "Company", a holding company building a diverse portfolio of intellectual properties in the legal cannabis and hemp industries, is pleased to announce the Company has entered into a lease agreement to develop a hemp farming operation.

The approximately 10,000 square feet of land, located in Glencoe, Oklahoma, will allow the Company to vertically integrate the expansion of its recently launched "C-Juice" vape lines.

Cann American will be able to cultivate select proprietary genetics and maintain quality controls from seed to shelf. The operation will be managed by Cann American's director Brad Hanger through his company, Hanger Consultations.

Additionally, the Company has several significant developments with its California operations that will be announced in future updates.

Stated Cann American CEO, Jason Black: "I'm very excited for this Oklahoma project. Development of a hemp farming operation has been a goal of the Company since 2020 and marks another milestone in our progress."

About Cann American Corp.

Cann American was formed in 2015 with an initial focus on developing legal cannabis industry infrastructure projects in Northern California. Now a publicly traded company under symbol (CNNA), Cann American Corp., through its subsidiaries, has expanded its focus toward developing assets, technologies, and acquisitions nationally in the legal cannabis and hemp industries.

[budfoxfun]

$GTCH non-provisional patent application #17109889, was published with the United States Patent and Trademark Office (“USPTO”) on June 2, 2022.

An ALU is a circuit that performs arithmetic and logical operations. In a way, the ALU is the “calculator” part within the computer and typically included within a CPU/GPU integrated circuit. The ALU is designed to calculate different operations and the entire computer system's speed depends on its capability to execute arithmetic and logic operations. With technology advancements over the years, ALUs have become more advanced and powerful to ensure complex operations and the entire system performance depends on it. Modern processing IC’s include multiple ALUs with a capability for applying multi-processing operations to increase their throughput.

GBT patent seeks to protect a new ALU system and method to significantly speed up instructions handling, arithmetic and logic computing processes. It is believed that the entire processor IC performance can be exponentially increased using multi-ALUs with the goal of creating new, powerful computing systems and architectures. The ALU concept includes new architecture circuitries and data flow to work within the new architecture with the goal of executing in a specific way in order to achieve much higher processing speed. The technology seeks to address ALU instructions that can be executed individually and/or in parallel. GBT plans to further research in this area to break ground within the supercomputing arena,

"Integrated Circuits firms are constantly looking for new ways to deliver faster performance through increased number of cores (Parallelization), higher memory capacity, better power management and faster interconnectivity. Then there is the manufacturing approach, which is shrinking transistor’s size, increasing density to boost performance and reduce power. Process scaling becomes more challenging due to physics rules, taking significantly longer time, and with significant cost increase, along with extended time to market. The payback is higher performance, lower power consumption and the capability to add more features.

We are looking to provide a out-of-the-box solution in computing power performance which currently is still limited by the rules of physics. Since arithmetic and logic operations within processing ICs are a crucial factors for speed, we developed a new approach to the ALU. The new system and method introduces a different circuitry and machine language (Flow) to perform a much faster computation in an efficient algorithmic method. The new ALU is designed to work with other semiconductor processing units to achieve superior speed and computing power. The patent application seeks to protect a different methodology within the basic ALU calculations handling, with the goal of making computers faster, with better exploitation of parallel processing, and pre-computation instructions execution. As part of our constant R&D efforts to find new methods to improve our modern world’s computing power, especially for advanced machine learning algorithms, we are seeking to develop new ideas to enable high performance Arithmetic/Logic processing. The nonprovisional patent application was published on June 2, 2022, and we plan to design an experimental, POC microchip and test its performance against traditional ALUs in the near future." Provided Danny Rittman the Company’s CTO.

[budfoxfun]

$PVSP's LOI also contemplates a potential joint venture between the two companies for Artizen branded product to be grown at the Freedom facility located just outside of Edmonton, Alberta. This would include licensing of the Artizen brand in Canada and Freedom licensing its brand to Artizen in the US.

“For Freedom Cannabis, this is a very important step forward,” explained Freedom Cannabis CEO, JohnFrank Potestio. “This provides our company with a very important foothold in the US market that can be developed even further as our two companies begin to collaborate.”

The two companies will also explore a potential merger in the future, depending on market conditions and regulatory approvals, that would significantly increase market share in North America. A potential merger would be dependent on due diligence by both parties, Freedom Cannabis pursuing a public offering in Canada, and legalization of cannabis at the federal level in the US.

“We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

Pervasip Corporation
Pervasip Corp., a developer of companies and technologies in high value emerging markets, owns Artizen Corporation and its subsidiary, Zen Asset Management LLC, a diversified asset management company founded to acquire, develop, and support companies and technologies in the cannabis industry. ZAM’s existing clients operate four licensed cannabis cultivation and one processing facility in Washington. Most of the biomass produced by these independent cultivators has been sold historically under the Artizen™ brand, including all-time top selling products in flower in Washington state.

[budfoxfun]

$PVSP announced that it has formed a strategic relationship with Canada based Freedom Cannabis to pursue mutually beneficial business opportunities.

The strategic relationship will see the two companies collaborate on areas of mutual benefit, including co-branding and sharing intellectual property. The two companies entered into the relationship after signing a non-binding Letter of Intent that forms the basis of the agreement.

“Freedom and its management team have an impressive foundation for growth, and we are pleased to enter into this relationship, maximizing each other’s potential, especially at a time when we are expanding Artizen across the United States. Building on the recognition of Artizen as the 9th largest independent cannabis flower brand in the US, Freedom is the perfect strategic partner to both accelerate our growth and enter the Canadian market,” said German Burtscher, Pervasip’s President and Chief Executive Officer.

The strategic relationship is beneficial to both companies as they build brand awareness in their respective markets. The cannabis companies are licensed producers and managers of premier brands and are quickly gaining market share in both Canada and the US. The LOI also contemplates a potential joint venture between the two companies for Artizen branded product to be grown at the Freedom facility located just outside of Edmonton, Alberta. This would include licensing of the Artizen brand in Canada and Freedom licensing its brand to Artizen in the US.

“For Freedom Cannabis, this is a very important step forward,” explained Freedom Cannabis CEO, JohnFrank Potestio. “This provides our company with a very important foothold in the US market that can be developed even further as our two companies begin to collaborate.”

The two companies will also explore a potential merger in the future, depending on market conditions and regulatory approvals, that would significantly increase market share in North America. A potential merger would be dependent on due diligence by both parties, Freedom Cannabis pursuing a public offering in Canada, and legalization of cannabis at the federal level in the US.

“We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

Pervasip Corporation
Pervasip Corp., a developer of companies and technologies in high value emerging markets, owns Artizen Corporation and its subsidiary, Zen Asset Management LLC, a diversified asset management company founded to acquire, develop, and support companies and technologies in the cannabis industry. ZAM’s existing clients operate four licensed cannabis cultivation and one processing facility in Washington. Most of the biomass produced by these independent cultivators has been sold historically under the Artizen™ brand, including all-time top selling products in flower in Washington state.

[Let's Roll]

$CNNA The approximately 10,000 square feet of land, located in Glencoe, Oklahoma, will allow the Company to vertically integrate the expansion of its recently launched "C-Juice" vape lines.

https://www.barrons.com/articles/cann-american-corp-announces-hemp-farming-lease-01655325665?mod=md_stockoverview_news

[budfoxfun]

$PVSP a developer of companies and technologies in high value emerging markets, and Zen Asset Management, owners of the Artizen brand (jointly referred to as “Artizen”) today announced that it has formed a strategic relationship with Canada based Freedom Cannabis to pursue mutually beneficial business opportunities.

The strategic relationship will see the two companies collaborate on areas of mutual benefit, including co-branding and sharing intellectual property. The two companies entered into the relationship after signing a non-binding Letter of Intent that forms the basis of the agreement.

“Freedom and its management team have an impressive foundation for growth, and we are pleased to enter into this relationship, maximizing each other’s potential, especially at a time when we are expanding Artizen across the United States. Building on the recognition of Artizen as the 9th largest independent cannabis flower brand in the US, Freedom is the perfect strategic partner to both accelerate our growth and enter the Canadian market,” said German Burtscher, Pervasip’s President and Chief Executive Officer.

The strategic relationship is beneficial to both companies as they build brand awareness in their respective markets. The cannabis companies are licensed producers and managers of premier brands and are quickly gaining market share in both Canada and the US. The LOI also contemplates a potential joint venture between the two companies for Artizen branded product to be grown at the Freedom facility located just outside of Edmonton, Alberta. This would include licensing of the Artizen brand in Canada and Freedom licensing its brand to Artizen in the US.

“For Freedom Cannabis, this is a very important step forward,” explained Freedom Cannabis CEO, JohnFrank Potestio. “This provides our company with a very important foothold in the US market that can be developed even further as our two companies begin to collaborate.”

The two companies will also explore a potential merger in the future, depending on market conditions and regulatory approvals, that would significantly increase market share in North America. A potential merger would be dependent on due diligence by both parties, Freedom Cannabis pursuing a public offering in Canada, and legalization of cannabis at the federal level in the US.

“We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

[pumpnass]

WHAT COULD FDA APPROVAL MEAN FOR MAINZ BIOMED (NASDAQ: $MYNZ ) AND ITS NEW BLOCKBUSTER EARLY DETECTION TEST?

https://www.l3opptrk.com/3J67C1/3T3PPKJ/

[FinlayS00]

According to projections, the worldwide HEMP/CBD industry would be worth $18.6 billion by 2027. As a result, investors and prospective shareholders of hemp-related enterprises are paying close attention. Endexx Corporation is a player in the industry, with a goal of having a presence in 20,000 store outlets. The company saw a spike recently, get in now!

https://www.influencive.com/endexx-corporation-dominating-the-market-with-its-hemp-derived-products

[Robertscott]

$PVSP Quarter over quarter EBITDA has increased from ($649,831) to $124,221

[budfoxfun]

$GTCH "We are looking to provide a out-of-the-box solution in computing power performance which currently is still limited by the rules of physics. Since arithmetic and logic operations within processing ICs are a crucial factors for speed, we developed a new approach to the ALU. The new system and method introduces a different circuitry and machine language (Flow) to perform a much faster computation in an efficient algorithmic method. The new ALU is designed to work with other semiconductor processing units to achieve superior speed and computing power. The patent application seeks to protect a different methodology within the basic ALU calculations handling, with the goal of making computers faster, with better exploitation of parallel processing, and pre-computation instructions execution. As part of our constant R&D efforts to find new methods to improve our modern world’s computing power, especially for advanced machine learning algorithms, we are seeking to develop new ideas to enable high performance Arithmetic/Logic processing. The nonprovisional patent application was published on June 2, 2022, and we plan to design an experimental, POC microchip and test its performance against traditional ALUs in the near future." Provided Danny Rittman the Company’s CTO.

[budfoxfun]

$GTCH their new approach Arithmetic Logic Unit (“ALU”) microchip IP, non-provisional patent application #17109889, was published with the United States Patent and Trademark Office (“USPTO”) on June 2, 2022.

An ALU is a circuit that performs arithmetic and logical operations. In a way, the ALU is the “calculator” part within the computer and typically included within a CPU/GPU integrated circuit. The ALU is designed to calculate different operations and the entire computer system's speed depends on its capability to execute arithmetic and logic operations. With technology advancements over the years, ALUs have become more advanced and powerful to ensure complex operations and the entire system performance depends on it. Modern processing IC’s include multiple ALUs with a capability for applying multi-processing operations to increase their throughput.

GBT patent seeks to protect a new ALU system and method to significantly speed up instructions handling, arithmetic and logic computing processes. It is believed that the entire processor IC performance can be exponentially increased using multi-ALUs with the goal of creating new, powerful computing systems and architectures. The ALU concept includes new architecture circuitries and data flow to work within the new architecture with the goal of executing in a specific way in order to achieve much higher processing speed. The technology seeks to address ALU instructions that can be executed individually and/or in parallel. GBT plans to further research in this area to break ground within the supercomputing arena,

"Integrated Circuits firms are constantly looking for new ways to deliver faster performance through increased number of cores (Parallelization), higher memory capacity, better power management and faster interconnectivity. Then there is the manufacturing approach, which is shrinking transistor’s size, increasing density to boost performance and reduce power. Process scaling becomes more challenging due to physics rules, taking significantly longer time, and with significant cost increase, along with extended time to market. The payback is higher performance, lower power consumption and the capability to add more features.

We are looking to provide a out-of-the-box solution in computing power performance which currently is still limited by the rules of physics. Since arithmetic and logic operations within processing ICs are a crucial factors for speed, we developed a new approach to the ALU. The new system and method introduces a different circuitry and machine language (Flow) to perform a much faster computation in an efficient algorithmic method. The new ALU is designed to work with other semiconductor processing units to achieve superior speed and computing power. The patent application seeks to protect a different methodology within the basic ALU calculations handling, with the goal of making computers faster, with better exploitation of parallel processing, and pre-computation instructions execution. As part of our constant R&D efforts to find new methods to improve our modern world’s computing power, especially for advanced machine learning algorithms, we are seeking to develop new ideas to enable high performance Arithmetic/Logic processing. The nonprovisional patent application was published on June 2, 2022, and we plan to design an experimental, POC microchip and test its performance against traditional ALUs in the near future." Provided Danny Rittman the Company’s CTO.

[Let's Roll]

$PVSP As one of Washington’s original cannabis brands, Artizen - branded products are the all-time fourth best-selling in Washington across all product categories, and the all-time third in flower. The commitment to quality and consistency behind Artizen™ has built a substantial following, fueling more than $69 million in wholesale sales to a distribution network with more than 200 retailers, corresponding to more than $200 million in retail value since inception in 2015. ZAM is looking to expand its service into Oregon and California through similar long-term arrangements with cannabis licensees operating in these states.

[pumpnass]

$BBBT Why The Future Of The Biopesticide Industry Is So Exciting

https://www.l3opptrk.com/3J67C1/3SZXZ4B/

[FinlayS00]

$CLNV - Clean Vision Corporation announced its wholly owned Clean-Seas, Inc. (C-S) subsidiary has signed a binding term sheet with Pax Petroklmya Sanayi Ve Dis Ticaret Limited, Sirketi (PPI) to jointly pursue the development of a commercial-scale waste plastic-to-energy plant as the Company's first PCN host facility in Turkey -- as C-S seeks to strategically expand its global footprint.

$CLNV adding more and more names to its list! Should hit a spike soon!

https://greenstocknews.com/news/otcmkts/clnv/clean-vision-s-clean-seas-signs-term-binding-sheet-with-turkish-o-g-project-dev-firm-to-establish-pcn-pyrolysis-plant-clean-seas-and-pax-petrochem-to-pursue-building-150-tpd-facility-in-turkey

[budfoxfun]

$GTCH their new approach Arithmetic Logic Unit (“ALU”) microchip IP, non-provisional patent application #17109889, was published with the United States Patent and Trademark Office (“USPTO”) on June 2, 2022.

An ALU is a circuit that performs arithmetic and logical operations. In a way, the ALU is the “calculator” part within the computer and typically included within a CPU/GPU integrated circuit. The ALU is designed to calculate different operations and the entire computer system's speed depends on its capability to execute arithmetic and logic operations. With technology advancements over the years, ALUs have become more advanced and powerful to ensure complex operations and the entire system performance depends on it. Modern processing IC’s include multiple ALUs with a capability for applying multi-processing operations to increase their throughput.

GBT patent seeks to protect a new ALU system and method to significantly speed up instructions handling, arithmetic and logic computing processes. It is believed that the entire processor IC performance can be exponentially increased using multi-ALUs with the goal of creating new, powerful computing systems and architectures. The ALU concept includes new architecture circuitries and data flow to work within the new architecture with the goal of executing in a specific way in order to achieve much higher processing speed. The technology seeks to address ALU instructions that can be executed individually and/or in parallel. GBT plans to further research in this area to break ground within the supercomputing arena,

"Integrated Circuits firms are constantly looking for new ways to deliver faster performance through increased number of cores (Parallelization), higher memory capacity, better power management and faster interconnectivity. Then there is the manufacturing approach, which is shrinking transistor’s size, increasing density to boost performance and reduce power. Process scaling becomes more challenging due to physics rules, taking significantly longer time, and with significant cost increase, along with extended time to market. The payback is higher performance, lower power consumption and the capability to add more features.

We are looking to provide a out-of-the-box solution in computing power performance which currently is still limited by the rules of physics. Since arithmetic and logic operations within processing ICs are a crucial factors for speed, we developed a new approach to the ALU. The new system and method introduces a different circuitry and machine language (Flow) to perform a much faster computation in an efficient algorithmic method. The new ALU is designed to work with other semiconductor processing units to achieve superior speed and computing power. The patent application seeks to protect a different methodology within the basic ALU calculations handling, with the goal of making computers faster, with better exploitation of parallel processing, and pre-computation instructions execution. As part of our constant R&D efforts to find new methods to improve our modern world’s computing power, especially for advanced machine learning algorithms, we are seeking to develop new ideas to enable high performance Arithmetic/Logic processing. The nonprovisional patent application was published on June 2, 2022, and we plan to design an experimental, POC microchip and test its performance against traditional ALUs in the near future." Provided Danny Rittman the Company’s CTO.

[budfoxfun]

$PVSP's 24,000 square feet Cultivation and Nursery facility has 4 flower rooms and some of the most advanced cooling and irrigation system setup in Washington.

[Robertscott]

$PVSP Located in beautiful Tacoma, in between Lacey and Seattle, this 24,000 square feet Cultivation and Nursery facility has 4 flower rooms and some of the most advanced cooling and irrigation system setup in Washington.

[budfoxfun]

$CNNA nice buys this week

[budfoxfun]

$GTCH on radar: SAN DIEGO, June 14, 2022 (GLOBE NEWSWIRE) -- GBT Technologies Inc. (OTC PINK: GTCH) ("GBT”, or the “Company”), announced that its new approach Arithmetic Logic Unit (“ALU”) microchip IP, non-provisional patent application #17109889, was published with the United States Patent and Trademark Office (“USPTO”) on June 2, 2022.

An ALU is a circuit that performs arithmetic and logical operations. In a way, the ALU is the “calculator” part within the computer and typically included within a CPU/GPU integrated circuit. The ALU is designed to calculate different operations and the entire computer system's speed depends on its capability to execute arithmetic and logic operations. With technology advancements over the years, ALUs have become more advanced and powerful to ensure complex operations and the entire system performance depends on it. Modern processing IC’s include multiple ALUs with a capability for applying multi-processing operations to increase their throughput.

GBT patent seeks to protect a new ALU system and method to significantly speed up instructions handling, arithmetic and logic computing processes. It is believed that the entire processor IC performance can be exponentially increased using multi-ALUs with the goal of creating new, powerful computing systems and architectures. The ALU concept includes new architecture circuitries and data flow to work within the new architecture with the goal of executing in a specific way in order to achieve much higher processing speed. The technology seeks to address ALU instructions that can be executed individually and/or in parallel. GBT plans to further research in this area to break ground within the supercomputing arena,

"Integrated Circuits firms are constantly looking for new ways to deliver faster performance through increased number of cores (Parallelization), higher memory capacity, better power management and faster interconnectivity. Then there is the manufacturing approach, which is shrinking transistor’s size, increasing density to boost performance and reduce power. Process scaling becomes more challenging due to physics rules, taking significantly longer time, and with significant cost increase, along with extended time to market. The payback is higher performance, lower power consumption and the capability to add more features.

We are looking to provide a out-of-the-box solution in computing power performance which currently is still limited by the rules of physics. Since arithmetic and logic operations within processing ICs are a crucial factors for speed, we developed a new approach to the ALU. The new system and method introduces a different circuitry and machine language (Flow) to perform a much faster computation in an efficient algorithmic method. The new ALU is designed to work with other semiconductor processing units to achieve superior speed and computing power. The patent application seeks to protect a different methodology within the basic ALU calculations handling, with the goal of making computers faster, with better exploitation of parallel processing, and pre-computation instructions execution. As part of our constant R&D efforts to find new methods to improve our modern world’s computing power, especially for advanced machine learning algorithms, we are seeking to develop new ideas to enable high performance Arithmetic/Logic processing. The nonprovisional patent application was published on June 2, 2022, and we plan to design an experimental, POC microchip and test its performance against traditional ALUs in the near future." Provided Danny Rittman the Company’s CTO.

[Let's Roll]

$CNNA CANNEQUIPT, LLC

Cannequipt serves as the research and development division of Cann American Corp. Originally founded in 2014, by cannabis industry pioneers Jason Black and Patrick King, Cannequipt is now a wholly owned subsidiary of Cann American Corp.

Cannequipt is always looking for new products and technologies to take to the next level. If your idea is something we can invest in, we can help you bring it to market.

[FinlayS00]

$CLNV - Clean Vision Corporation today announced its wholly owned Clean-Seas, Inc. (C-S) subsidiary has signed a binding term sheet with Pax Petroklmya Sanayi Ve Dis Ticaret Limited, Sirketi (PPI) to jointly pursue the development of a commercial-scale waste plastic-to-energy plant as the Company's first PCN host facility in Turkey -- as C-S seeks to strategically expand its global footprint.

$CLNV adding more and more names to its list! Should hit a spike soon!

https://greenstocknews.com/news/otcmkts/clnv/clean-vision-s-clean-seas-signs-term-binding-sheet-with-turkish-o-g-project-dev-firm-to-establish-pcn-pyrolysis-plant-clean-seas-and-pax-petrochem-to-pursue-building-150-tpd-facility-in-turkey

[budfoxfun]

$GTCH (OTC PINK: GTCH ) ("GBT” or the “Company”), is researching the development of a machine learning-driven, automated integrated circuits design environment, enabling Fast-Track, Design-to-Silicon capabilities. The research is focused on an unified environment that contemplates including architecture design, functional verification, full-system power analysis and comprehensive physical verification. The goal of the design environment is to improve design performance by analyzing latency area optimization, bandwidth and power. The solution that the Company is researching is aimed to support custom analog, mixed, radio frequency and synthesis designs. In addition, the Company intends that the new system will perform signoff extraction, static timing analysis (STA), robust physical verification including design for manufacturing (DFM) and electromigration.

Typically, the industry is using separate electronic design automation (EDA) tools for specific topic which creates vast integration efforts. GBT plans to offer a one-shop stop for the entire IC design flow. GBT believes that a comprehensive, highly automated flow, would enable fast-track for an IC design project by combining traditionally separate front-end and back-end chip design technologies, into one integrated flow. The automated flow is being designed to eliminate iterations between EDA tools, accelerating the design cycle and reducing the overall IC development time and costs. The system plans to support mixed signals System on a Chip (SoC), digital cores and analog IPs. The research is examining the use of the GBT’s machine learning-driven accelerators to dramatically enhance design productivity and enabling design reuse in the design environment. Deep learning algorithms will aim to provide rapid design capabilities by analyzing and optimizing circuit designs and layouts. The system will take into consideration the process design rules, reliability constraints, DFM and thermal analysis aspects. GBT believes that its research will illustrate that this type of a machine learning-driven, unified, IC design environment will provide a quantum leap in efficiency and productivity for microchip’s designers, significantly reducing the overall IC’s design time.

“We are researching an IC solution that would target small start-up companies to large corporations in the semiconductor industry with varying design requirements. With GBT’s new approach, we aim to develop a machine learning-driven, one automated IC design flow, enabling Fast-Track Design-to-Silicon for IC design houses. The way we want to do this is by combining traditionally separate front-end and back-end chip design flows into one integrated environment that accelerates the overall design cycle and reducing the IC development costs. A typical microchip design process includes many steps which are classified as front-end and back-end tasks. Various steps are executed using separate EDA tools which require vast amount of integration and design environment adjustments. The new, machine learning-driven flow that we are researching aims to provide one-stop design environment advanced capabilities, with high levels of automation, with the goal of enabling the delivery of superior quality designs, with much faster completion time. The usage of our deep learning and advanced computational geometry algorithms aims to produce a comprehensive design environment, enabling efficient digital/analog design and implementation, particularly with advanced manufacturing nodes. In addition, we are also researching incorporating other capabilities into the system which may include functional and physical verification, simulations, power optimization, characterization, or yield management. With this research we aim to standardize digital and analog IC’s design, simulation, verification and characterization. We firmly believe that a one, intelligent, automated IC design environment will introduce a significant productivity enhancement for IC design firms, reducing their overall projects design time and bringing them faster to market” stated Danny Rittman, the Company’s CTO.

[Robertscott]

$PVSP Pervasip owns 100% of Artizen Corporation (“Artizen Corp”). Artizen Corp’s wholly owned subsidiary, Zen Asset Management LLC (“ZAM”) is a foundational operator that provides the basis for our cannabis related investments. ZAM, a diversified asset management company was founded to acquire, develop, and support companies and technologies in the cannabis industry.

[budfoxfun]

$PVSP's strategic relationship will see the two companies collaborate on areas of mutual benefit, including co-branding and sharing intellectual property. The two companies entered into the relationship after signing a non-binding Letter of Intent that forms the basis of the agreement.

“Freedom and its management team have an impressive foundation for growth, and we are pleased to enter into this relationship, maximizing each other’s potential, especially at a time when we are expanding Artizen across the United States. Building on the recognition of Artizen as the 9th largest independent cannabis flower brand in the US, Freedom is the perfect strategic partner to both accelerate our growth and enter the Canadian market,” said German Burtscher, Pervasip’s President and Chief Executive Officer.

The strategic relationship is beneficial to both companies as they build brand awareness in their respective markets. The cannabis companies are licensed producers and managers of premier brands and are quickly gaining market share in both Canada and the US. The LOI also contemplates a potential joint venture between the two companies for Artizen branded product to be grown at the Freedom facility located just outside of Edmonton, Alberta. This would include licensing of the Artizen brand in Canada and Freedom licensing its brand to Artizen in the US.

“For Freedom Cannabis, this is a very important step forward,” explained Freedom Cannabis CEO, JohnFrank Potestio. “This provides our company with a very important foothold in the US market that can be developed even further as our two companies begin to collaborate.”

The two companies will also explore a potential merger in the future, depending on market conditions and regulatory approvals, that would significantly increase market share in North America. A potential merger would be dependent on due diligence by both parties, Freedom Cannabis pursuing a public offering in Canada, and legalization of cannabis at the federal level in the US.

“We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

[Let's Roll]

$PVSP ZAM is a diversified asset management company, founded to acquire, develop, and support companies and technologies in the cannabis industry. ZAM provides services to several customers in Washington State, including four licensed cultivation facilities and one licensed processing facility, under a series of consulting, leasing, intellectual property licensing and other long-term agreements. ZAM is also responsible for development and licensing of one of the most successful cannabis brands, Artizen™.

The first independent cultivator’s flagship facility was custom designed and built in Lacey, Washington in 2014. Artizen branded products were licensed to and sold from this facility as early as 2015. The strain collection launched during that time immediately caught the attention of connoisseurs and experienced shop owners and budtenders — folks who know premium cannabis.

[FinlayS00]

Endexx Corp. - $EDXC continues to add its products to retail shelves in the quarter with an addition of 1,800 mass retail drug stores for its core business and 1,000 mass retail stores for its men’s skincare and grooming line. Endexx reported quarterly revenue figures of $274,591 which represents an 85% year-over-year sales growth from this quarter in 2021.

https://pubcoinsight.com/2022/05/27/cbd-stocks-8/

[budfoxfun]

$GTCH focused on an unified environment that contemplates including architecture design, functional verification, full-system power analysis and comprehensive physical verification. The goal of the design environment is to improve design performance by analyzing latency area optimization, bandwidth and power. The solution that the Company is researching is aimed to support custom analog, mixed, radio frequency and synthesis designs. In addition, the Company intends that the new system will perform signoff extraction, static timing analysis (STA), robust physical verification including design for manufacturing (DFM) and electromigration.

Typically, the industry is using separate electronic design automation (EDA) tools for specific topic which creates vast integration efforts. GBT plans to offer a one-shop stop for the entire IC design flow. GBT believes that a comprehensive, highly automated flow, would enable fast-track for an IC design project by combining traditionally separate front-end and back-end chip design technologies, into one integrated flow. The automated flow is being designed to eliminate iterations between EDA tools, accelerating the design cycle and reducing the overall IC development time and costs. The system plans to support mixed signals System on a Chip (SoC), digital cores and analog IPs. The research is examining the use of the GBT’s machine learning-driven accelerators to dramatically enhance design productivity and enabling design reuse in the design environment. Deep learning algorithms will aim to provide rapid design capabilities by analyzing and optimizing circuit designs and layouts. The system will take into consideration the process design rules, reliability constraints, DFM and thermal analysis aspects. GBT believes that its research will illustrate that this type of a machine learning-driven, unified, IC design environment will provide a quantum leap in efficiency and productivity for microchip’s designers, significantly reducing the overall IC’s design time.

“We are researching an IC solution that would target small start-up companies to large corporations in the semiconductor industry with varying design requirements. With GBT’s new approach, we aim to develop a machine learning-driven, one automated IC design flow, enabling Fast-Track Design-to-Silicon for IC design houses. The way we want to do this is by combining traditionally separate front-end and back-end chip design flows into one integrated environment that accelerates the overall design cycle and reducing the IC development costs. A typical microchip design process includes many steps which are classified as front-end and back-end tasks. Various steps are executed using separate EDA tools which require vast amount of integration and design environment adjustments. The new, machine learning-driven flow that we are researching aims to provide one-stop design environment advanced capabilities, with high levels of automation, with the goal of enabling the delivery of superior quality designs, with much faster completion time. The usage of our deep learning and advanced computational geometry algorithms aims to produce a comprehensive design environment, enabling efficient digital/analog design and implementation, particularly with advanced manufacturing nodes. In addition, we are also researching incorporating other capabilities into the system which may include functional and physical verification, simulations, power optimization, characterization, or yield management. With this research we aim to standardize digital and analog IC’s design, simulation, verification and characterization. We firmly believe that a one, intelligent, automated IC design environment will introduce a significant productivity enhancement for IC design firms, reducing their overall projects design time and bringing them faster to market” stated Danny Rittman, the Company’s CTO.

[budfoxfun]

$PVSP “We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

[budfoxfun]

$PVSP has formed a strategic relationship with Canada based Freedom Cannabis to pursue mutually beneficial business opportunities.

The strategic relationship will see the two companies collaborate on areas of mutual benefit, including co-branding and sharing intellectual property. The two companies entered into the relationship after signing a non-binding Letter of Intent that forms the basis of the agreement.

“Freedom and its management team have an impressive foundation for growth, and we are pleased to enter into this relationship, maximizing each other’s potential, especially at a time when we are expanding Artizen across the United States. Building on the recognition of Artizen as the 9th largest independent cannabis flower brand in the US, Freedom is the perfect strategic partner to both accelerate our growth and enter the Canadian market,” said German Burtscher, Pervasip’s President and Chief Executive Officer.

The strategic relationship is beneficial to both companies as they build brand awareness in their respective markets. The cannabis companies are licensed producers and managers of premier brands and are quickly gaining market share in both Canada and the US. The LOI also contemplates a potential joint venture between the two companies for Artizen branded product to be grown at the Freedom facility located just outside of Edmonton, Alberta. This would include licensing of the Artizen brand in Canada and Freedom licensing its brand to Artizen in the US.

“For Freedom Cannabis, this is a very important step forward,” explained Freedom Cannabis CEO, JohnFrank Potestio. “This provides our company with a very important foothold in the US market that can be developed even further as our two companies begin to collaborate.”

The two companies will also explore a potential merger in the future, depending on market conditions and regulatory approvals, that would significantly increase market share in North America. A potential merger would be dependent on due diligence by both parties, Freedom Cannabis pursuing a public offering in Canada, and legalization of cannabis at the federal level in the US.

“We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

[Let's Roll]

$PVSP ZAM provides consulting, leasing, intellectual property licensing and other long-term arrangements to cannabis operators, including management of the Artizen™ brand assets

https://www.pervasip.net/zen-asset-management-zam

[FinlayS00]

Investing in a basket of telecom stocks is a strong measure against a potential bear market. Investors should also look to add emerging telecom companies like iQSTEL (OTC: IQST) which recently added enterprise telecom services provider, WHISL. The acquisition comes on the heels of iQSTEL adding SmartBiz as well earlier this year. iQSTEL’s telecom division is rapidly expanding and is serving customers around the world. iQSTEL is also eyeing an imminent uplisting to the NASDAQ exchange, so the risk reward for this OTC stock could be well worth adding along with the more stable names in the industry.

https://pubcoinsight.com/2022/06/10/telecom-stocks-5/

[budfoxfun]

$GTCH the solution that the Company is researching is aimed to support custom analog, mixed, radio frequency and synthesis designs. In addition, the Company intends that the new system will perform signoff extraction, static timing analysis (STA), robust physical verification including design for manufacturing (DFM) and electromigration.

Typically, the industry is using separate electronic design automation (EDA) tools for specific topic which creates vast integration efforts. GBT plans to offer a one-shop stop for the entire IC design flow. GBT believes that a comprehensive, highly automated flow, would enable fast-track for an IC design project by combining traditionally separate front-end and back-end chip design technologies, into one integrated flow. The automated flow is being designed to eliminate iterations between EDA tools, accelerating the design cycle and reducing the overall IC development time and costs. The system plans to support mixed signals System on a Chip (SoC), digital cores and analog IPs. The research is examining the use of the GBT’s machine learning-driven accelerators to dramatically enhance design productivity and enabling design reuse in the design environment. Deep learning algorithms will aim to provide rapid design capabilities by analyzing and optimizing circuit designs and layouts. The system will take into consideration the process design rules, reliability constraints, DFM and thermal analysis aspects. GBT believes that its research will illustrate that this type of a machine learning-driven, unified, IC design environment will provide a quantum leap in efficiency and productivity for microchip’s designers, significantly reducing the overall IC’s design time.

“We are researching an IC solution that would target small start-up companies to large corporations in the semiconductor industry with varying design requirements. With GBT’s new approach, we aim to develop a machine learning-driven, one automated IC design flow, enabling Fast-Track Design-to-Silicon for IC design houses. The way we want to do this is by combining traditionally separate front-end and back-end chip design flows into one integrated environment that accelerates the overall design cycle and reducing the IC development costs. A typical microchip design process includes many steps which are classified as front-end and back-end tasks. Various steps are executed using separate EDA tools which require vast amount of integration and design environment adjustments. The new, machine learning-driven flow that we are researching aims to provide one-stop design environment advanced capabilities, with high levels of automation, with the goal of enabling the delivery of superior quality designs, with much faster completion time. The usage of our deep learning and advanced computational geometry algorithms aims to produce a comprehensive design environment, enabling efficient digital/analog design and implementation, particularly with advanced manufacturing nodes. In addition, we are also researching incorporating other capabilities into the system which may include functional and physical verification, simulations, power optimization, characterization, or yield management. With this research we aim to standardize digital and analog IC’s design, simulation, verification and characterization. We firmly believe that a one, intelligent, automated IC design environment will introduce a significant productivity enhancement for IC design firms, reducing their overall projects design time and bringing them faster to market” stated Danny Rittman, the Company’s CTO.

[Robertscott]

$GTCH Cybersecurity Solutions Becoming Pervasive as Threats Escalate https://www.investorideas.com/news/2022/defense/04040Cybersecurity.asp#.YksLnHVTdbQ.twitter

[budfoxfun]

$PVSP Pervasip Corp. (OTCPK: PVSP) (“Pervasip” or the “Company”), a developer of companies and technologies in high value emerging markets, today announced the filing of its unaudited financial statements for its 1st Quarter ended February 28, 2022.

As outlined in the 2022 shareholder letter, Pervasip launched a system wide restructuring after hiring new CEO & President German Burtscher and CFO George Jordan in Q4 2021. Adjusted for a onetime expense recognition of $176,246 in annualized severance payments, and $270,571 in depreciation EBITDA for Q1 equals $124,221 with 39% in Gross Margins. This marks a material improvement compared to the period ended February 28, 2021, which equaled ($649,831) in EBITDA and 23% in gross margins.

[budfoxfun]

$PVSP Presented at Emerging Growth Conference on April 27, 2022 https://finance.yahoo.com/news/pervasip-present-emerging-growth-conference-133000352.html?soc_src=social-sh&soc_trk=tw&tsrc=twtr via @Yahoo

[Let's Roll]

$PVSP "Hello $PVSP shareholders: We are pleased to announce we are in the final phase of closing a strategic partnership that management believes will add an enormous amount of revenue to our bottom line. We look forward to announcing the details soon. Stay tuned!"

Hello $PVSP shareholders: We are pleased to announce we are in the final phase of closing a strategic partnership that management believes will add an enormous amount of revenue to our bottom line. We look forward to announcing the details soon. Stay tuned!

— Pervasip Corp (@PervasipC) April 19, 2022

[BlazingStocks]

$GTVH is on my watchlist already))))

[BGCapital]

Big catalysts and undervalued CYBL GTVH MVCO GTOR

[FinlayS00]

Allied Market Research believes the mobile app market will reach over $400 billion by 2026. Add stocks like (NASDAQ: DUOL), (NASDAQ: COUR), and Clickstream Corp (OTC: CLIS) to your watchlist.

https://pubcoinsight.com/2022/05/27/mobile-app-stocks-2/

[Penny_Agent]

$AGYP put this undervalued oil play on strong watch! Oversold oil play Chart >>

[budfoxfun]

$PVSP Partnership With Freedom Cannabis https://finance.yahoo.com/news/pervasip-announces-strategic-partnership-freedom-131500109.html?soc_src=social-sh&soc_trk=tw&tsrc=twtr via @Yahoo

[budfoxfun]

$GTCH ( OTC PINK: GTCH ) ("GBT” or the “Company”), filed a continuation patent application #17736114 on May 4, 2022, for its data and voice communication system, which has been internally assigned the project code name of “Infinia”. The continuation application covers High Frequency (HF) radio communication through ionospheric propagation environment to reach very long distances. The original patent covers innovative AI technology to overcome skip zones, where there is no reception. The core of the continuation patent application is an AI geo-referenced analytics and management concepts enabling continuous, reliable communication, regardless of location, terrain and weather conditions. The described system and method analyze the ionospheric conditions and automatically adjusts frequencies, antenna power, position and additional factors to ensure reliable and clear radio signal. After a successful GEN I prototype development, GBT is currently working on its GEN II release to be used with an AI implementation. GBT believes there may be a target market for this system in smart military and civil communications, remote emergency response and telemedicine. GBT plans to further invest into the Infinia project during 2022, evaluating it for civil and miliary applications.

"We filed a continuation application for our Infinia long range radio system, in parallel to its nonprovisional application, as we believe that it can be an extraordinary solution for civil and military applications. Infinia is designed to operate in any weather and terrain conditions governed by AI algorithms. Once fully developed, we plan to pursue various markets including global military communication systems, remote telemedicine and rescue services. In parallel, we are working on a GEN II prototype that will include AI technology to create an intelligent, long range communication solution. The GEN I prototype has already successfully passed vigorous short and long-distance testing. The Infinia continuation application covers data and voice communication managed via AI algorithms to establish continuous, reliable HF radio communication, at all times. We consider our Infinia project one of our major IPs and plan to further research and develop it during 2022.” Provided Danny Rittman the Company’s CTO.

[budfoxfun]

$PVSP's strategic relationship will see the two companies collaborate on areas of mutual benefit, including co-branding and sharing intellectual property. The two companies entered into the relationship after signing a non-binding Letter of Intent that forms the basis of the agreement.

“Freedom and its management team have an impressive foundation for growth, and we are pleased to enter into this relationship, maximizing each other’s potential, especially at a time when we are expanding Artizen across the United States. Building on the recognition of Artizen as the 9th largest independent cannabis flower brand in the US, Freedom is the perfect strategic partner to both accelerate our growth and enter the Canadian market,” said German Burtscher, Pervasip’s President and Chief Executive Officer.

The strategic relationship is beneficial to both companies as they build brand awareness in their respective markets. The cannabis companies are licensed producers and managers of premier brands and are quickly gaining market share in both Canada and the US. The LOI also contemplates a potential joint venture between the two companies for Artizen branded product to be grown at the Freedom facility located just outside of Edmonton, Alberta. This would include licensing of the Artizen brand in Canada and Freedom licensing its brand to Artizen in the US.

“For Freedom Cannabis, this is a very important step forward,” explained Freedom Cannabis CEO, JohnFrank Potestio. “This provides our company with a very important foothold in the US market that can be developed even further as our two companies begin to collaborate.”

The two companies will also explore a potential merger in the future, depending on market conditions and regulatory approvals, that would significantly increase market share in North America. A potential merger would be dependent on due diligence by both parties, Freedom Cannabis pursuing a public offering in Canada, and legalization of cannabis at the federal level in the US.

“We are very pleased to have formed a working relationship with Artizen,” explained JohnFrank Potestio. “Artizen shares the same values as Freedom Cannabis and is dedicated to becoming one of the leading brands in North America. This provides a significant opportunity for Freedom to access the US market while continuing to build its brand in Canada.”

[Let's Roll]

$GTCH Typically, the industry is using separate electronic design automation (EDA) tools for specific topic which creates vast integration efforts. GBT plans to offer a one-shop stop for the entire IC design flow. GBT believes that a comprehensive, highly automated flow, would enable fast-track for an IC design project by combining traditionally separate front-end and back-end chip design technologies, into one integrated flow. The automated flow is being designed to eliminate iterations between EDA tools, accelerating the design cycle and reducing the overall IC development time and costs. The system plans to support mixed signals System on a Chip (SoC), digital cores and analog IPs. The research is examining the use of the GBT’s machine learning-driven accelerators to dramatically enhance design productivity and enabling design reuse in the design environment. Deep learning algorithms will aim to provide rapid design capabilities by analyzing and optimizing circuit designs and layouts. The system will take into consideration the process design rules, reliability constraints, DFM and thermal analysis aspects. GBT believes that its research will illustrate that this type of a machine learning-driven, unified, IC design environment will provide a quantum leap in efficiency and productivity for microchip’s designers, significantly reducing the overall IC’s design time.

https://www.marketwatch.com/press-release/gbt-is-researching-the-development-of-a-unified-machine-learning-driven-automated-ic-design-environment-2022-06-06?mod=mw_quote_news_seemore

[FinlayS00]

Sigyn Therapeutics - SIGY is a Gem Stock IMHO. If the company gets FDA approval, the device can cure the #1 cause of hospital deaths and the stock could soar up to $20! As a matter of fact, the CEO took another company to NASDAQ before. He will take this company too.
Watch the interview of the CEO:

[Robertscott]

$GTCH Updated Chart
https://www.stockscores.com/chart.asp?TickerSymbol=gtch&TimeRange=1300&Interval=d&Volume=1&ChartType=CandleStick&Stockscores=1&ChartWidth=830&ChartHeight=500&LogScale=None&Band=None&avgType1=SMA&movAvg1=&avgType2=SMA&movAvg2=&Indicator1=RSI&Indicator2=AccDist&Indicator3=MACD&Indicator4=None&endDate=&CompareWith=&entryPrice=&stopLossPrice=&candles=redgreen

[Let's Roll]

$GTCH AI Eye Podcast - GBT CTO Discusses Hippocrates, qTerm, and AI in Healthcare

https://finance.yahoo.com/news/ai-eye-podcast-gbt-cto-120000714.html