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Bringing Affordable Robotics To Big Agriculture

kkleiner writes "Boston-based Harvest Automation has made good on its mission to bring robots into the world of agriculture by introducing Harvey, a bot tasked with the rather modest job of moving plants around in nurseries and greenhouses because people aren't keen on doing the laborious work. At a price point of $30k each, two bots would cost the same as three unskilled human laborers who earn about $20k annually not to mention medical bills due to injury. Harvey's job may not be flashy, but considering the potted plant industry is valued at $50 billion, the bot's little impact could translate into significant money."

12 of 196 comments (clear)

  1. Impressive. by mcgrew · · Score: 5, Interesting

    Living in the middle of Illinois there's a lot of farming news and farm shows around here, and you see an awful ot of impressive tech, and even science. They have self-driving combines and harvesters that use GPS, cell phone apps very useful to them (some control machinery), chemical testing of the spoil and plants available... you have to know a lot to farm these days.

    I know someone's going to complain "BUT JOBS!!!" but the jobs the tech in TFA are jobs are jobs only the most desperate want. Agriculture has been constantly replacing jobs with technology for centuries. It takes fewer and fewr to feed more and more.

    Someone's going to bring up GM, GM isn't used much around here, most seed is hybrid -- but the biochemists and agronomists have DNA study of the plants they breed.

    There's a TV show that comes on here on Sunday morning at 5:30 AM and it's the only OTA show that's not an infomercial, and It's pretty interesting. Here's their website. I'm not a farmer but it is pretty interesting.

    I wouldn't consider potted plants "Big Agriculture." That's soybeans, corn, and wheat.

    1. Re:Impressive. by s.petry · · Score: 3, Interesting

      Interesting points, and I agree with most of your perspective. What I take issue with in TFA is this statement. because people aren't keen on doing the laborious work. It reeks as badly as "These are jobs American's won't do" that require us to overlook illegal immigrants.

      Your explanation, I accept that certain things can be automated like soil testing. To claim "people don't want to work" I say is an appeal to emotion argument that nobody should fall for (yet sadly many do). People do want to work assuming that they get paid fairly for the work being done.

      --

      -The wise argue that there are few absolutes, the fool argues that there are no probabilities.

    2. Re:Impressive. by caseih · · Score: 4, Interesting

      I and my brothers farm a "big agriculture" farm of about 3000 acres. We're smack dab in the middle of harvest, with about 1000 acres to go. And we have no employees other than ourselves. Just the four of us (family farm). We're heavily mechanized. three of us run the harvest usually. Two on the combines, one on the trucks. We can knock down a 130 acre field in about 8 or 9 hours.

      And all this barely is enough income to fund the farm (capital costs can be huge!), and pay for 4 families.

      Other farms that grow other more labor-intensive (and more lucrative) crops do hire a lot of unskilled labor, but we're running into an interesting problem. Modern farm machinery requires interaction with a computer screen right there in the machine. As well a good working knowledge of math is required as ratios and calculations are needed all the time when setting machines, figuring out how much product is needed, etc. But many of the unskilled laborers that can be hired lack basic reading and writing skills.

      Anyway, I'd love a swarm of little robots to craw along the soil between the rows of plants and pick weeds. Eliminating herbicide use would be huge! And if we could somehow mechanically zap harmful insects but leave the beneficial ones alone, that'd also be wonderful. That'd still leave me with having to fight fungal infections, but it'd be a great start.

  2. How an unskilled labor job works. by Anonymous Coward · · Score: 5, Informative

    ...two bots would cost the same as three unskilled human laborers who earn about $20k annually not to mention medical bills due to injury.

    That depends on the "unskilled" labor you're talking about.

    People legally able to work will get $7.25 per hour (minimum wage) only when they are scheduled to work. In other words, they will work when needed and it'll be seasonal. So, said worker will be really lucky to make $7,000 for the year at that job. AND the hours will be sporadic - he won't know what days he's working or even he's going to work that week. And some of these jobs, you show up at 5AM to get in line and wait until 7AM to see if you work that day - ALL UNPAID.

    I know because I had to do it to pay bills. And no, if HURTS your resume if you are a white collar worker. All those employers who say that they want you doing "something - anything" when looking for a "real" job are full of shit. If you work as a laborer, they think that you aren't good enough to work in your profession.

    It's better to be unemployed than "taking anything to work."

    Now illegal workers, that's a whole different ball of wax.

  3. Case for universal income by manu0601 · · Score: 4, Insightful

    This is another move toward producing what humanity needs without human working. How many persons we need to feed the USA today?

    At some point we will have to admit that there must be an universal income regardless of work done, Otherwise the end of the story will be robots producing goods that nobody can afford except the robot owners.

    1. Re:Case for universal income by c0lo · · Score: 4, Funny

      This is another move toward producing what humanity needs without human working. How many persons we need to feed the USA today?

      Doesn't this number depend on the efficiency of the transformation of the said persons in soylent green?

      (dark mood grin)

      --
      Questions raise, answers kill. Raise questions to stay alive.
  4. Blueberry robot by EmperorOfCanada · · Score: 5, Interesting

    I was recently picking blueberries at a u-pick. This is easily the best year I have ever seen. Literally the bushes were breaking under the weight of the blueberries. You could eat the berries off the bushes like corn on the cob. The problem is that most berry areas are having a similar banner year along with there being a huge amount of berries planted. All this has resulted in a price crash. This crash has made it borderline uneconomic to harvest the berries. But if you had a robotic harvester this changes the pricing quite a bit. Once you have purchased the machine the price to run it should be very low and the amortized costs are there regardless if you run the machine or not. Thus you can harvest the berries even in banner years. Another option is to also plant excessive crops of different types and then focus your harvesting on the most profitable crops in any given year.

    It is my firm belief that robotic agriculture will change the entirety of how we produce food. A few simple examples of changes that few people discuss would be the terrain that is used for harvesting. Two of the key advantages of flat land for grains is that the crop will develop consistently across large areas and thus when harvested be of a predictable quality when turned into bread and whatnot. The other is that it is far easier to build the massive harvesting machines if they don't have to contend with any variations in the terrain. The goal of the massive machines is to vastly increase the ability of a single human to do a huge amount of work.

    But with robotic planting, tending, and harvesting you don't need to "multiply" the work of a single human. Thus the robots can be fairly small. Also the robots can adjust the feeding of the plants so to grow a fairly consistent crop in inconsistent terrain. Then in the end when it comes time to harvest. The robot can methodically harvest at the perfect moment for any given plant (repeatedly bypassing those not ready) plus it can methodically sort even down the single grain.

    Another advantage is where the cost of the entire cycle of agriculture can be so low that you could robotically convert marginal land into low producing land and still produce food at a very low cost. The return on quality land would be higher but by being able to cheaply bring marginal land into production it will form a scenario of relentless competition thus holding down prices. Plus once again due to the nature of robot economics once marginal land was in production the cost of continued production would be very low. This could also be carefully factored into the logistics calculations where a less efficient production is competitive where it might reduce some other cost such as shipping.

    This last factor might result in it being cheaper to produce greenhouses and then produce goods year-round much closer to the point of consumption rather than shipping them half way around the world.

    Also robotics can be used inefficient ways such as massively processing marginal land making it quite productive. Normally this is a time eating process that is not worth it. But if you can leave some robots cooking away in a forest for a few years and come back to find nutrient rich terra pretta then again the economics change.

    What I can't foresee is which direction agriculture will take. I have a feeling it will be mega massive monster farming companies with very few employees that depopulate the rural farm communities. But at the same time the low barriers to entry might mean that many people will jump in the moment a competitive opportunity is perceived. Personally where food is such a fundamental part of living (right there after clean water) that I don't believe that any small group of companies should be allowed to concentrate ownership of any nation's food production. If they get it wrong, or play evil games, massive numbers of people could suffer.

    One prediction that I will solidly make is that there will be very very very very few people employed in agriculture in 20-50 years.

  5. Re:Hidden cost by EmperorOfCanada · · Score: 3, Insightful

    You have hit at the exact problem with all robotics where modern robotics will eat all low skilled jobs. It is a cultural problem not a technological or economic one. Some societies will become feudal with a small few owning everything and the great unwashed masses completely left out of the economic game and on some kind of punitive welfare.

    But some societies will know that they are all about their people. One guess is that concepts like Minimum Basic Wages (different from minimum wage) and high income taxes will shift the focus from production and capitalism (which is easy with robotics and thus shouldn't be greatly rewarded) to consumption and fairness.

    I am not talking about communism for if you look at the defective planned economy of the Soviet Union where they focused on production and things still sucked. The idea is that you focus on simple things that encourage consumption and equality and then let people figure the rest out themselves. But most societies focus on the magic term GDP and with robots that number can be very very high even with extreme unemployment. Thus it is a terrible standard to measure a happy economic situation.

    But the stupidest societies of all will ban or fight robotic production.

  6. Which is it? by pkbarbiedoll · · Score: 3, Insightful

    > because people aren't keen on doing the laborious work.

    Or...

    > two bots would cost the same as three unskilled human laborers who earn about $20k annually not to mention medical bills due to injury.

    My money is on door #2.

  7. Re: Hidden cost by timeOday · · Score: 3, Informative

    Says who? The GAO says 12.6%. But keep spouting that nonsense that any big companies actually pay the sticker price.

  8. Re:Pay attention burger flippers striking on min w by plover · · Score: 3, Informative

    Wrong. Jobs still go overseas or go away, just that you don't see them leave.

    Look at the plumbing industry. Drilling holes in a wall and sticking copper tubing through them seems like something that has to remain solidly on shore, right? Let's say it's 120 hours of work to plumb an average house. So you show up to work some day and your boss says "we're switching to PEX." Because you don't have elbows or joints, there is no soldering, and because those holes don't have to line up perfectly, plumbing a house with PEX now takes only about 40 hours. Where did the extra labor go? Some went overseas to the PEX factory, but the rest got laid off.

    At the burger place? Where do you think those patties were manufactured? Do you see a McButcher shop in the back of the store? No, the animals were likely raised and slaughtered and packed in rural Brasil, or some other country with cheaper labor and farmland.

    It's a global economy now. Parts and materials come from everywhere. Protectionism means little at the borders when it's only keeping out the $7.25/hour illegal immigrants. The total cost to the US economy of illegal immigrants is less than $30 billion. (Compare that to the Wall Street bailout of $750 billion, or to the Iraq / Afghanistan wars with their costs of over $2 trillion.) The real losses to the U.S. job market have come from increased efficiencies, more automation, and overseas manufacturing and labor, where $trillions of dollars have left our payrolls. But hey, let's get Fox banging the illegal immigrant drum and blame them for taking our jobs, because Mexicans are visible and the TV cop shows prove they're all criminals and drug lords. It takes our easily distracted minds off the facts of where the real losses are coming from.

    --
    John
  9. Seen robots moving plants in the uk around 1996 by blackest_k · · Score: 3, Interesting

    I was shown a pretty impressive set up in a huge greenhouse set up in south lincolnshire which produced pots of herbs.
    The sowing of pots was largely automated and there were rails running down the length of the greenhouse with metal trays across the rails.

    Essentially the rails were loaded at one end and robots would lift the trays and move them along the rails as the herbs grew. watering was automated so it was long production lines the length of the green house and the robots took care of the plants and the far end of the line the pots were taken off and shipped to supermarkets using minimal manual labour.