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Advanced Intelligent Systems

Advanced Intelligent Systems attending IPM 2020 in Essen, Germany

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About IPM: The world’s leading horticultural trade fair revolves around solutions and innovations in the green sector which will be held from January 28 to 31, 2020.

The International Plant Fair has been held annually at Messe Essen since 1983. Exhibitors increasingly present products that are sustainable and suitable for climate change. These include heat- and cold-tolerant plant and shrub varieties; environmentally-friendly and resource-saving packaging solutions; organic fertilizers and substrates; air-cleaning, easy-to-care-for indoor plants, and pots made of sustainable and biodegradable materials.

AIS will demonstrate BigTop at IPM and showcase the unique practical, autonomous mobile robot to the leaders of the industry. AIS has an affordable robotic solution to automate labour-intensive tasks involved in the moving and spacing of plant pots within plant nurseries and greenhouses.

AIS’ CEO, Afshin Doust, will be speaking on Growing Innovations Conference, 2019

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Session title: How Am I Going to Pay for All This Technology?

Session description: There’s a virtually unlimited amount of new technology and services available to progressive specialty crop growers, and more coming every month. But there’s only so much the typical grower can afford to take on in a given year. You’ll hear about some of the innovative ways technology suppliers are making their products available to growers, and how it might be more affordable than you think to add new tools in your operation.

Speaker: Afshin Doust, CEO at Advanced Intelligent Systems

Session date and time: November 13, 2019, from 4:30 PM to 6:30 PM

Intellectual Property – how to identify it, capture it, articulate it and capitalize it

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Intellectual Property (IP) refers to an innovation of the mind, and as such it encompasses creative ideas permeating the worlds of art and commerce. Originality is its substance; teleology is its element.

IP represents a specific category of property comprising intangible products of intellect which fall into two broad categories.

  • Industrial knowledge—examples include patents, trademarks and industrial designs, for which creators can file an application asking government to register innovations as their exclusive property.
  • Copyrighted material—examples include literature, film, television programming, works of art, web content, software, music and architecture, the creation of which qualifies for automatic legal protection within most jurisdictions.

As the Fourth Industrial Revolution gains momentum, innovators are facing more competition as well as increased time constraints.  R&D remains essential to progress, but the shrinking world of information exchange and the re-emergence of consumers as economic commanders has shifted productive efforts away from foundational research and toward optimizing Time To Market (TTM) metrics. The open innovation platforms of last century are yielding to lean business processes and open-source experimentation where both costs and benefits are shared among multiple stakeholders.

So how does a creator go about securing legal protection for their IP?

Capturing Intellectual Property

Before anyone can protect their invention, they must be able to represent the fundamental idea in a format that others will be able to comprehend and appreciate as unique.  After first conceptualizing an idea, creators must then transfer what they have in mind to either an electronic or physical medium. This knowledge transfer might be something as simple as a sketch or an outline, though to be considered legally sufficient the content must be unambiguous enough that any subsequent observer can discern the underlying originality.

Trade secrets have become harder to keep in this era of leaks and breaches and phishing attacks.  Unlike patents, trademarks or copyrights, there are no legal mechanisms by which innovators can designate a secret as their exclusive property, and because the vast majority of information leaks are caused by inadvertent behavior instead of any external attack, internal policies are essential for maximizing both theft prevention and the effectiveness of any necessary response.

Pending patents, trademarks and copyrighted works are also vulnerable secrets while under development.  Cybersecurity best practices are still maturing, so an expedited process for securing the legal protection of inventions, designs and marks is important as a way to minimize risk.  After capturing the essence of an original invention, forward thinking innovators consult qualified attorneys or agents for help in preparing a detailed application that they can file with regulatory offices to obtain a relevant patent or trademark.

Articulating details of Intellectual Property

Just as it is difficult to define the mind by using the very thing being defined, so too can original ideas be indeterminate without meaningful regulations to help both producers and consumers make sense of their rights and obligations.  When two creators claim an idea as their own based on concurrent work that they have been undertaking independently, regulators will often recognize the claim from whichever of them was first to file for legal protection.

Timeliness is important, but perhaps the key step in applying for the protection of an invention is detailing an accurate depiction of what it is that the applicant wants protected.  This process involves embellishing the captured idea, providing extra information to the extent that existing trade secrets are not compromised.

Proclaiming ownership of a complex innovation which no one else has encountered can be a daunting task.  Many applicants for patents and trademarks enlist the help of experienced attorneys and agents.

  • Attorneys are licensed professionals with training in the legislation regulating protections for innovative ideas, and can represent clients throughout the lifespan of a patent or trademark.
  • Agents, while not licensed to practice law, can perform the same filing duties as attorneys, and the rates can be significantly less expensive.

Protecting Intellectual Property

As history has demonstrated, countries whose residents embrace market-based economies become more innovative and therefore more competitive amid the global economy.  In China, for example, recent market reforms have encouraged lawmakers to take deliberate steps toward improving IP protections which inspire greater domestic innovation as well as trust among foreign trade partners.  Whereas the most valuable patents of the 20th century emerged from developed countries like the USA, Japan and Germany, over the past few decades China has gone from “worst to first” regarding the protection of innovative ideas.

Still, it can be and does get debated whether a patent, trademark or copyright that is applicable within one jurisdiction will be recognized within another.  International treaties exist, yet scofflaws try to take advantage of cross-jurisdictional contention and cultural divergence.  One way for innovators to maximize the global protection of their ideas and inventions is to file applications with as many governments as diplomacy and budget will permit.

In tandem with legal protections, firms and individuals are relying more on technological solutions to help them manage their IP portfolios.  Big Data and AI offer significant advantages for creators trying to head off counterfeiting and plagiarism, although a consequent gray area is assessing and acquiring protection for innovations that machines introduce to mankind.

Capitalizing Intellectual Property

People seek IP protection because they consider their ideas to be valuable.  As with physical properties like real estate, buildings and equipment, investments in patents and trademarks become riskier without clear regulations that clarify differences between public and private goods.

Assessing IP value yields significant economic benefits.  The reason firms acquire IP is not so much for purposes of proactive litigation as it is to establish ownership of intangible assets that might be transferable through license or sale.  Proper valuation can enhance royalty rates and help to secure loans.  Startups with an enticing portfolio can attract more investment.  Business managers will even consider IP as potential bait for a lucrative exit strategy, an incentive for firms seeking to maximize their own portfolio of intellectual protection and production opportunity.

Indeed, IP-related industries in the USA make up over one-third of the country’s GDP, with an estimated value exceeding US$5.8 trillion.  It pays to place an accurate value on every aspect of the information economy.

There are two analytic approaches to evaluating IP: quantitative and qualitative:

  • Quantitative analysis entails measuring data and similar numerical evidence to formulate an estimation of a particular asset’s value.
  • Qualitative analysis involves estimating the non-financial value of IP by way of rating it with regards to the brand loyalty it instills, its strategic impact on business imperatives, and similar metrics that can be measured without numbers.

Qualitative analyses, because they are non-financial in nature, are best used for internal purposes.  The empirical evidence provided by quantitative analyses is, on the other hand, useful as a positive assertion of IP value when creators are seeking investments, loans, licensors or buyers.

Summary

There are many existing examples of Intellectual Property that generate wealth and expand economic potential.  Even more IP assets are as yet unprotected, or are being kept as trade secrets at risk of being legally superseded, or remain undiscovered.

For those who have identified unique creations that they consider to be worthy of protection as certified property, keep in mind the following IP strategies:

  • Assess which ideas, designs and inventions a government examiner might consider to be genuine Intellectual Property.
  • Engage an attorney or an agent to verify the uniqueness of an invention, design or trademark and to act as representation during any subsequent application process.
  • Perform due diligence and prior-art research regarding the possibility that someone else already filed IP protection claims for one or more of the assets under consideration.
  • File applications with appropriate government agencies as soon as possible by submitting detailed accounts of the unique knowledge to be protected.
  • Remember to keep all supplementary paperwork for successful filings current throughout the period during which protection is granted.
  • Perform ongoing analyses of IP value using both quantitative and qualitative measures for purposes of facilitating revenue generation and possibly the sale of one asset, multiple assets, or an entire enterprise which controls them.
AIS partnered with Valid Manufacturing

Advanced Intelligent Systems partners with Valid Manufacturing to provide affordable nursery automation solutions

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OCTOBER 3, 2019 

BURNABY, BC Advanced Intelligent Systems (AIS), a leading custom robotics company creating affordable, autonomous robotic solutions to solve labour shortage problems in agriculture, announced today the company has partnered with Valid Manufacturing to manufacture and develop custom robotic solutions for traditional industries needing to innovate in order to stay competitive.

“We are very excited about the opportunity to have Valid on board as our manufacturing partner,” said Afshin Doust, CEO of AIS. “We are working with Valid to manufacture BigTop, which provides an affordable solution to automate repetitive and dangerous tasks in the nursery industry, which is facing a challenge of finding workers to do labour-intensive tasks.”

“Working directly with AIS, our engineering and design teams can utilize game-changing innovation and proven technology to cost-effectively manufacture BigTop,” said Gerald Clancy, Founder and CEO of Valid Manufacturing Ltd.

BigTop

solves the repetitive and laborious task of moving and spacing pots of different sizes and weights in greenhouses and nurseries. BigTop can move up to nine plant pots at a time and then places the plants securely on its rotating robotic platform base. It’s currently being deployed at one of Canada’s largest nursery operations – Van Belle Nurseries in Abbotsford, B.C.

The agricultural industry is being hit with massive labour challenges in finding skilled workers to sustain and increase production outputs; and, resource costs and other various constraints all add downward pressure on already thin margins for growers.
AIS’ flagship patented, autonomous mobile robot is designed to provide an affordable automation solution for the nursery and agriculture industries.

ABOUT ADVANCED INTELLIGENT SYSTEMS:

Advanced Intelligent Systems (AIS) is a practical autonomous robotics company that creates affordable, autonomous robots to solve real industry problems. The AIS team has superior intellectual property and patents, which are currently being applied to develop custom robotic solutions in the horticulture, agriculture, manufacturing, and warehousing industries. AIS’ autonomous robots have the intelligence to perform repetitive or dangerous tasks with exceptional dexterity and precision.

Collectively, the AIS team has decades of experience in robotics engineering, management, and operations. The company and its lab are based in Burnaby, British Columbia.

ABOUT VALID MANUFACTURING LTD.

Valid Manufacturing Ltd. is a privately owned and operated Canadian engineering and advanced manufacturing company located in Salmon Arm, BC. With more than 140 employees and ~100,000 square feet of production facilities, Valid has been leveraging their mechanical, electrical and electronics engineering to develop solutions for multiple sectors, including film, forestry, electrical infrastructure, RV & agriculture.

For more information, or to schedule an interview, please contact:

Debra Hadden | DEBRA HADDEN COMMUNICATIONS | 604.240.3196

 

IoT start-ups – economic impact and lessons learned

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In recent years, Internet of Things (IoT) has become a bellwether of Industry 4.0, representing the convergence of cutting-edge technologies like autonomous robotics, Single Board Computers, blockchain and Artificial Intelligence.  Cisco analysts have estimated that before the end of 2021 there will exist 3.5 connected devices for every person on the planet.

Contrary to the Whig Theory of History, however, technological progress is not steady and ceaseless.  There are ups and downs, booms and busts. Humans do improve their standard of living over time, but only through a process of creative trial and error and frequent returns to the idiomatic drawing board.

Entrepreneurial opportunities do abound within the marketplace for IoT solutions.  Hardware, software, middleware, networking protocols, utilities and hosting services are just a few of the commercial items that consumers are demanding with increased enthusiasm.  Aspiring entrepreneurs face prodigious challenges within such a nascent sector, as the novelty of their products and the inherent fickleness of consumers keep even the most self-assured business managers alert for signs that a strategic pivot is needed.

Entrepreneurship is a calculated risk

There is significant money being invested into IoT.  Expectations are that the 2023 market for smart technologies will reach a global value of $US 724.2 billion.  Microsoft, for example, earmarked $US 5 billion for underwriting IoT investments between 2018 and 2023.

Many entrepreneurs with relatively modest resources have also found great success with their IoT enterprises.  Creativity is paramount for this budding marketplace, and risk aversion can be more of an impediment than it is in established industries with mature processes.

Still, close to 75% of IoT startups end up failing.  In fact, there are so many IoT startups coming & going, some entrepreneurs have identified a secondary market for providing consumers with information about which startups gave it a try but ended up closing their doors.

Hardware manufacturers have a particularly steep hill to climb.  Bringing connected devices to consumers involves a full-stack commitment comprising not only prototyping and scaling production for the hardware itself, but also the development and maintenance of all software, firmware and drivers necessary to sustain functionality for the primary product.  As William A. Bubenicek lamented in his article Why IoT Device Startups Are Failing Today: “This amplifies the risk exponentially.”

Lead by example: two failed IoT startups

Many entrepreneurs whose IoT businesses failed to remain solvent have offered subsequent advice to others who might be thinking of starting their own venture or investing in one already underway.  Some companies even gain popularity as ghosts on the Internet when their founders open up about the mistakes they and their coworkers made.

The following companies, while not around any longer, inspired post mortem analyses to detail how and why a typical IoT business model might fail:

  • Pebble (2011-2016)—Eric Migicovsky managed his wearable manufacturing company through a five year run of impressive popularity but zero profit.  In hindsight, Pebble suffered from trying to be too many things on top of being a maker of smartwatches, from a spendthrift burn through operating capital, and from plain old market timing misses with consumers who were unsure about the utility of wearables.
  • Lumos (2014-2015)—Founder Yash Kotak offered his retrospective thoughts via multiple websites, hoping to convey some a posteriori wisdom to the next generation of passionate startups by listing the reasons he believes were central to Lumos’ demise.  Among the mistakes he admitted to making as an inexperienced business owner were choosing a product which he himself was not enthusiastic about using, forgoing due diligence to instead leap straight toward product development, lacking sufficient operational focus, and being seduced by sunk cost fallacies.

There are hundreds of similar stories.  Even so, the initiative that all entrepreneurs demonstrate is admirable, and no legitimate economic reward is possible without taking considerable risks.  The key to success is learning something new every day and considering all setbacks as valuable lessons that will improve future performance.

Moving forward and learning outcomes

Not all failed IoT ventures disappear from history.  Aspects of some business models live on as spin-off companies, and some enterprising entrepreneurs are able to create entirely new business models to satisfy consumer demands that are complementary to IoT products.

Rebble, for example, is a website and subscription service created in 2018 to offer support and restore connectivity for the discontinued Pebble smartwatch.  There are also numerous networking protocol implementations, operating systems, edge computing devices and platforms that began as IoT value streams before gaining industry-wide acceptance as popular solutions and de facto standards.

A clear takeaway from IoT startups of all kinds is that riffing off someone else’s ideas will increase the total amount of innovation taking place.  Be careful to research the potential for Intellectual Property clashes, and always consult with a qualified IP attorney before committing to a strategy.

Other learning outcomes for entrepreneurs interested in IoT startups include:

  • Be able to identify bias in management decisions (beware especially the Dunning-Kruger effect and imposter syndrome).
  • Commit to starting with a perceived problem or shortcoming in the real world, and then take a Minimum Viable Product (MVP) approach to creating a solution using short-term sprints which enable continuous iterations of quantifiable product improvement.
  • Attract Millennials and Generation-Z professionals as stakeholders by offering them a work-life balance that includes flexible schedules, telecommuting options and generous accommodations for both professional development and personal leave.
  • Be agile and capable of pivoting away from whatever might have been a favored idea, methodology or technology.
  • Aim to fail fast but small.

Industry 4.0 brings new challenges for entrepreneurs, as consumers have knowledge at their smartphone-tapping fingertips and competitors are manic regarding their time to market rush.  Above all else, keep in mind that even in this modern world of positivism and the scientific method, humans are hardwired to be as creative as they are analytical.

5 significant ways IoT will impact our future lives

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Look around you, and then look around the entire planet through the viewscreen of your computer monitor or your phone.  Our world is getting smaller, thanks in large part to an emergent virtual world inhabited by the collective mind of robots and sensors and smartphones and routers and data processing centers designed to help us humans make sense of it all.

“It is the framework which changes with each new technology and not just the picture within the frame. “

– Marshall McLuhan

The increasing availability of cloud and edge infrastructures, combined with advanced usability for our own computers as well as connectivity which improves in terms of both speed and capacity even as its price continues to drop, has helped the Internet of Things evolve at an accelerating pace.  Investment is set to surpass US$1 trillion by 2020, at which time there will be over 20 billion devices connected to each other and to us.

Such growth and convergence suggests that tomorrow’s IoT will play an even more important role in human society than today’s already does, so here are five areas of life where you can anticipate IoT having a significant impact in the near future:

Health

Perhaps most importantly, smart devices interconnected amid smart cities will help people live longer lives.  89% of health care organizations have invested in IoT, and total spending within this one industry alone is expected to reach US$1 trillion by 2025.

Retailers are also interested in keeping people healthy.  Walmart, for example, has invested in blockchain technology to track the quality and freshness of food it sells, from their sources to the shelves where customers make dietary preferences known.

Sources of food are themselves becoming smarter, with the market for IoT enabled agriculture projected to hit US$13.5 billion by 2023.  Autonomous equipment and precision farming will boost crop yields and, consequently, the global supply of foodstuff.

Security

The market for security-related robotics and drones continues to expand.  Whereas producers and consumers alike once considered indoor security to be the responsibility of robots, with drones patrolling exclusively outdoors, more and more autonomous drones like Hawkeye are taking to the hallways for cross-functional duty.

On the other side of the security coin, business managers are starting to accept the urgency of investing in beefed up protection for their connected devices.  Currently, the proliferation of IoT is outpacing the ability to keep it all secured, but the market for IoT security is expected to grow toUS$9.88 billion between now and 2025.

How would you like to work in the burgeoning field of IoT security?  63% of surveyed companies rate such skills as being the most critical for any successful implementation of an IoT program.

Communication

You could soon be making video calls through your contact lenses.  You might connect your smart devices to networks whose administrators attach them to the cloud by way of spray-on antennas.  It’s possible that before the next decade ends you will be projecting your thoughts directly toward the remote machines you wish to control.

The market for smart communication is one of the most dynamic of any IoT sector, with creative solutions arriving almost daily.  Cellular IoT subscriptions across the planet will grow at a 49.4% compound annual growth rate until 2023, providing additional incentive to aspiring entrepreneurs.

Conservation

By 2040, global energy demand will have increased an estimated 37%.  To keep up, suppliers must become more efficient at production and delivery.  Many businesses are turning toward IoT for inspiration and logistics coordination, while entrepreneurs continue finding niche markets for smart devices that specialize in saving scarce resources.

Eva, for example, is an IoT enabled shower that can reduce your water usage by up to 80% without sacrificing your comfort.  Its sensors will notice when you move away from the showerhead and will reduce the water flow accordingly.

Oil and gas companies are also embracing IoT.  Connected oil wells generate thousands of data points per second to help drillers minimize waste and even prevent disaster.

Entertainment

The media and entertainment industry might have been one of the first to embrace the concept of digital disruption, but its journey has only begun.  As Virtual Reality, over-the-top video streaming and internet advertising segments mature and continue to be the industry’s fastest-growing, total revenues are estimated to reach US$792.3 billion by 2022.

Meanwhile, sports stadiums are getting smarter.  Even hobbies are becoming more connected than ever, with a 2025 market projection for Single Board Computers clocking in at more than US$1 billion.

What’s notable from this abbreviated list is that there are far more IoT products entering the market than can be described in one blog post.  As connected devices of all sizes converge to become a global village mashup of physical and digital, ponder how you are going to be interacting with future smart things to increase your health, wealth and happiness.

Advanced Intelligent Systems announces partnership with AgriNomix.

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JULY 16, 2019 

Affordable solution to the labor shortage in the agricultural industry moved ahead today with AIS and AgriNomix partnership

BURNABY, BCAdvanced Intelligent Systems (AIS), a leading custom robotics company creating affordable, autonomous robotic solutions to solve labor shortage problems in agriculture, announced today it has partnered with AgriNomix, the leader in horticulture automation for the North American market. AIS will work with AgriNomix to create solutions for nurseries and greenhouses faced with labor intensive tasks, as AIS’ mobile, autonomous robot provides nurseries and growers experiencing acute labor challenges with innovative and cost-efficient automation solutions.

“We are very excited to partner with AgriNomix to provide a solution for nursery and greenhouse growers to make their operations more efficient and productive with BigTop – our unique autonomous robot,” said Afshin Doust, CEO of AIS.

“Our client base is desperate to fill open headcount. They just can’t find people for these labor-intensive job openings. AIS is laser focused on providing practical, cost effective robotics that can be put to work in the very near term to fill a gap that will only grow,” said Robert Lando, Founder and President of AgriNomix.

AIS is currently demonstrating BigTop, at Cultivate’19, taking place in Columbus, Ohio through July 16.  Cultivate’19 is North America’s leading trade show for the horticulture industry. 

At Cultivate’19, AIS is offering demonstrations of the BigTop autonomous robot at AgriNomix Booth #2047 as well as demonstrating another prototype for the first time: the “pruner” that can trim plants with its “unique arm” that expands BigTop’s features. 

The need for labor in the horticulture industry has been steadily climbing, however, the industry is facing a severe labor shortage. Finding workers to perform the repetitive and labor intensive tasks necessary in nurseries and greenhouses in the horticulture industry is extremely challenging, and those workers employed in this work can often experience repetitive stress injuries. AIS’ autonomous robot – with customizable software – provides an affordable solution.

ABOUT ADVANCED INTELLIGENT SYSTEMS:

Advanced Intelligent Systems (AIS) is a practical autonomous robotics company that creates affordable, autonomous robots to solve real industry problems. The AIS team has superior intellectual property and patents which are currently being applied to develop custom robotic solutions in the horticulture, agriculture, manufacturing, and warehousing industries. AIS’ autonomous robots have the intelligence to perform repetitive or dangerous tasks with exceptional dexterity and precision.

Collectively, the AIS team has decades of experience in robotics engineering, management, and operations. The company is based in Burnaby, British Columbia. https://www.ai-systems.ca

 

ABOUT AGRINOMIX:

As a leading supplier to the North American horticulture industry, AgriNomix excels at helping their clients understand the many benefits of process automation while providing high-impact solutions that address equipment needs, production layout and design, and custom engineering expertise. Since 1994, AgriNomix’s expert sales and superior service have enabled them to play a key role in the “industrial revolution” of horticulture.

For more information, or to schedule a demo, please contact:

Debra Hadden | DEBRA HADDEN COMMUNICATIONS | 604.240.3196

Advanced Intelligent Systems to showcase Autonomous Custom Robot at Cultivate ’19

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JULY 9, 2019 

BURNABY, BCAdvanced Intelligent Systems (AIS), a leading custom robotics company creating affordable, autonomous robotic solutions to solve labour shortage problems in agriculture, will demonstrate their flagship autonomous custom robot, called BigTop, at Cultivate’19, July 13-16 in Columbus, Ohio. Cultivate’19 is North America’s leading trade show for the horticulture industry. 

“We are very excited to demonstrate BigTop at Cultivate and showcase our unique autonomous robot to the leaders of the industry. AIS has an affordable robotic solution to automate labor intensive tasks involved in the moving and spacing of plant pots within nurseries and greenhouses,” says Afshin Doust, CEO of AIS.

The need for labor in the horticulture industry has been steadily climbing, however, the industry is facing a severe labor shortage. Finding workers to perform the repetitive and labor intensive tasks necessary in nurseries and greenhouses in the horticulture industry is extremely challenging, and those workers employed in this work can often experience repetitive stress injuries. AIS’ autonomous robot – with customizable software – provides an affordable solution.

BigTop is currently in operation at one of Canada’s most reputable nursery operations: Van Belle Nurseries. Van Belle grows more than 400 varieties of plants on 100 acres located in Abbotsford, British Columbia. It is one of the largest nurseries growing plants for distribution across North America.

BigTop solves the repetitive and laborious task of moving and spacing pots of different sizes and weights in greenhouses and nurseries. BigTop can move up to nine plant pots at a time and then places the plants securely on its rotating robotic platform base. The autonomous mobile robots’ arms then space the plants in a pre-programmed pattern (square or hex). Using algorithms, BigTop is also able to identify potted plants of various shapes and move them for optimal growth. This ability to identify, lift and move plants to their ideal position provides significant value to the horticultural industry. 

BigTop is able to navigate and operate in both indoor and outdoor environments. With an operating battery capacity well beyond a work shift, BigTop increases efficiency and productivity in the horticultural industry. 

At Cultivate’19, AIS will be offering demonstrations of their BigTop autonomous robot at the Agrinomix Booth #2047 as well as demonstrating another prototype for the first time: the “pruner” that can trim plants with its “unique arm” that expands BigTop’s features. 

ABOUT ADVANCED INTELLIGENT SYSTEMS:

Advanced Intelligent Systems (AIS) is a practical autonomous robotics company that creates affordable, autonomous robots to solve real industry problems. The AIS team has superior intellectual property and patents which are currently being applied to develop custom robotic solutions in the horticulture, agriculture, manufacturing, and warehousing industries. AIS’ autonomous robots have the intelligence to perform repetitive or dangerous tasks with exceptional dexterity and precision.

Collectively, the AIS team has decades of experience in robotics engineering, management, and operations. The company is based in Burnaby, British Columbia. https://www.ai-systems.ca

 

ABOUT AGRINOMIX:

As a leading supplier to the North American horticulture industry, AgriNomix excels at helping their clients understand the many benefits of process automation while providing high-impact solutions that address equipment needs, production layout and design, and custom engineering expertise. Since 1994, AgriNomix’s expert sales and superior service have enabled them to play a key role in the “industrial revolution” of horticulture.

ABOUT VAN BELLE NURSERIES:

Van Belle Nursery was established in 1973, with 10 acres and the dream of growing cold-hardy ornamentals for the Eastern market. Today, they grow over 400 varieties of plants on 100 acres in the beautiful Fraser Valley region of BC, shipping to the finest growers and retailers across North America. They are fueled by their goal to provide a great Van Belle Experience for each customer by delivering the Best Plants, Service and Shipping Experience. 

For more information, or to schedule a demo at Cultivate’19, please contact:

Debra Hadden | DEBRA HADDEN COMMUNICATIONS | 604.240.3196

Advanced Intelligent Systems Recognized as a Growth Company B.C.s Tech Sector in Ready to Rocket List

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March 14, 2019 

BURNABY, BC Advanced Intelligent Systems, a leading custom robotics company creating affordable, autonomous robotic solutions to solve real industry problems, has been named to the seventeenth (17th) annual “Ready to Rocket” list in the Cleantech sector for the second year.

The annual 2019 “Ready to Rocket” lists provide accurate predictions of private companies that will most likely experience significant growth, venture capital investment or acquisition by a major player in the coming year. This year, the lists feature 203 companies across five different technology sectors.

“Being recognized on the 2019 Rocket Builder list for the second year in a row is very exciting and a great achievement for AIS,” says Afshin Doust, CEO of AIS. “AIS’ intellectual property is key in providing custom robotic solutions for numerous practical applications to solve industry’ automation challenges. As many industries are being forced to innovate, AIS provides a practical and affordable solution to automation, to make work easier.”

AIS’ autonomous custom mobile robots have a modular hardware platform that is integrated with a software base. It is controlled and automated through the cloud, employing IoRT (Internet of Robotic Things) expertise.  This gives AIS’ robots the flexibility to customize tasks. AIS currently has 23 patents for various industry applications.

“Each year when we choose the Ready to Rocket companies, we are looking for those companies that have best matched technical innovation with market opportunity. Advanced Intelligent Systems is an excellent example of the right technology for the right customers at the right time,” said         Reg Nordman, Managing Partner, Rocket Builders.

The “Ready to Rocket” list profiles British Columbia technology companies that are best positioned to capitalize on the technology sector trends that will lead them to faster growth than their peers.

AIS started with designing a modular custom robot – called BigTop – for nurseries. BigTop is AIS’ flagship autonomous custom robot. It is designed to solve the repetitive and laborious task of moving and spacing pots within nurseries.

The need for labor in the horticulture and nursery industries has been steadily climbing. However, year after year, the industry faces labor shortages. Finding workers to perform the repetitive and labor intensive tasks necessary in the horticultural and nursery industries is extremely challenging. AIS’ autonomous robot – with customizable software – provides an affordable solution.

BigTop is currently in operation at one of Canada’s largest nursery operations: Van Belle Nurseries. Van Belle grows more than 400 varieties of plants on 100 acres located in Abbotsford, British Columbia. It is one of the largest nurseries growing plants for distribution all over North America.

While AIS’ robots are currently working in the nursery and horticulture industries, AIS is well positioned to solve other automation challenges. The company sees this massive opportunity and is developing IP for custom robotics solutions for other industries. Warehousing, mining, surveillance, and film industries will be the first ones to benefit from these new solutions.

The “Ready to Rocket” lists are the only predictive lists of its kind in North America, requiring many months of sector and company analysis.

ABOUT ADVANCED INTELLIGENT SYSTEMS:

Advanced Intelligent Systems (AIS) is a practical autonomous robotics company that creates affordable, autonomous robots to solve real industry problems. The AIS team has superior intellectual property and patents which are currently being applied to develop custom robotic solutions in the horticulture, agriculture, manufacturing, and warehousing industries. AIS’ autonomous robots have the intelligence to perform repetitive or dangerous tasks with the dexterity and precision of a human.

AIS’ customizable modular autonomous platform base connects with cyber systems and, through artificial intelligence, communicates in real time. Through patented technology, AIS creates modules to add functionality to its platforms.

The first AIS’ product is called BigTop – a mobile autonomous robot currently in use at greenhouse nurseries. The robot moves plant pots and places them according to a pre-programmed pattern. BigTop helps reduce labor costs, eliminate labor injuries, and increase throughput, performance, and safety. Collectively, the AIS team has decades of experience in robotics engineering, management, and operations. The company is based in Burnaby, British Columbia. https://www.ai-systems.ca

ABOUT READY TO ROCKET:

Ready to Rocket is a unique business recognition list that profiles technology companies with the greatest potential for growth. Each year, based on the analysis of trends that will drive growth in the Clean Technology sector, Rocket Builders identifies the top private companies best positioned to capitalize on growth trends. This selection methodology has been an accurate predictor of growth with “Ready to Rocket” companies exceeding industry averages for revenue, employee and investment growth.  http://www.readytorocket.com

Media Contact:

Afshin Doust | 604-339-4422 M | afshin@ai-systems.ca