Example Start-up Procedures Guide / Operating Handbook free to copy

My former start-up, TerrAvion, integrated many disciplines, not just of engineering, but of business and operations as well. We ran into a bunch of problems where software engineers, marketers, operators, technicians, pilots, salespeople, and finance professionals just didn’t have a shared set of expectations about vocabulary, reasonable processes, or what the other groups would do.

To overcome this friction, we wrote an operating handbook that I think is useful in two ways. Most obviously, employees can look and see how things are supposed to work; less obviously, the exercise of putting this together forces management to be on the same page have standardized vocabulary and goals.

I wouldn’t recommend anyone using TerrAvion’s handbook without thinking about whether decisions TerrAvion made are right for your start-up, but if you need an example inspiration, a thing to start from, or just something to copy to get going, enjoy!

Literal Mountains of CO2 Need to Come Out of the Air

I was sharing the anoxic zone sequestration whitepaper and I got some casual feedback, of “why don’t we just shove agricultural biomass in the Kansas salt mines.” The idea of making salt mines anoxic and keeping agricultural carbon for civilizational time spans is actually probably feasible–but by my rough calculation the volume of the Hutchinson salt mines is about the same as what I propose for a year 1 commercial proof of concept, or roughly 6 orders of magnitude less than what’s required to make a meaningful contribution–fixing the problem might be 7 and we don’t have 10,000,000 salt mines like that. The US has about eight others–and they have other economic uses.

Coal Mining In Germany – Literal mountains have been dug out of the ground, crushed up, and burned–it all needs to come out of the air and it isn’t as compact after coming out of the air as is after sitting under geological pressures for millions of years.
Ende Gelände, CC BY-SA 2.0 https://creativecommons.org/licenses/by-sa/2.0, via Wikimedia Commons

I don’t think academia and the green movement have wrapped their head around how big the fossil fuels industry really is… literal mountains need to come out of the air and go somewhere. Geoengineering is scary, and likely to have at least some local effects that we don’t like, but we’re already doing the worst possible geoengineering experiment which is also global in scale. Pastoralist environmentalism is not going to fix this problem, we have to get serious about what a plan of sufficient magnitude is–and by the way–the 7 orders of magnitude generously assumes that carbon neutrality of agriculture, energy, transportation, and building industries is a done deal in 15 years +/-.

Sequestering Agricultural Carbon in Deep Anoxic Zones

Low risk CO2 sequestration technology with a pathway to $10 / ton cost and geologic time scale

I have not found anyone on the internet even saying this is a bad idea, so it appears novel. Provided the unknows check off in the positive, SACDAZ appears poised to beat all other carbon sequestration methods in cost, scalability, duration of sequestration, and environmental side effects. I welcome constructive criticism and hope early publication of this idea will kickstart discussion in the many communities that will be required to drive industrial scale carbon sequestration.

I have opened comments on Sequestering Agricultural Carbon in Deep Anoxic Zones and welcome constructive comments.

If you would like to stay in touch on this subject, I’d love to keep you posted. My plan is to send out updates approximately monthly as progress permits. Please leave your contact info below.

Direct Green House Gas Emissions Accounting

I am trying to understand the state of green house gas accounting and understand what implementing the standards looks like. My first look was not promising. I’ll walk through some examples where it seems like the methodologies below don’t work.

I took a look at the SASB accounting standards for GHG and on first inspection they seem to be totally lacking in anything like a complete general ledger for carbon.  The document SASB references for how to do carbon accounting to standard is at the World Resource Institute’s Green House Gas Protcol which was co-developed by the World Business Council for Sustainable Development.  All the sustainability standards approach GHG as just a part of a disclosure/risk mitigation framework and are really financial reporting not, actual “direct” GHG accounting.

If these standards represent the state of the industry, they have very developed attribution / recognition protocols–perhaps too developed–but they haven’t figured out how to keep a general ledger.  I understand the difficulty, one side of the balance sheet is by a public commons, but I’m starting to ponder if there’s a way technology can help monitor that…
Maybe that’s my fundamental point here… carbon deserves its own “general ledger” and there are going to be problems–like the ones I’ve seen in agriculture–that won’t get solved until we have something like a general ledger and people know how to use it.

Waking Back-up

I remain interested in the same problems of building automation businesses and scaling them. I have much more to say on this, but for now I just wanted to wake the blog back-up.

Also, in this remote sensing journey, I got an itch I can’t quite scratch about green house gas emissions reporting. My basic take is that this system doesn’t really exist yet, is broken, or is green washing. I’m starting to learn about the standard and accounting methods and will report back.

Drones Grow-Up

Our industry has been growing up!  We should be glad that the authorities are finally starting to prosecute people on the basis of illegal drone flights.  We have finally arrived.  Our industry is now important enough that the authorities are taking action to remove bad operators from our ranks.

There have been two recent high-profile prosecutions of small unmanned systems operators.  First, Raphael Pirker of Team Black Sheep got at $10,000 fine from the FAA that he is vigorously contesting.  You can see the video that got him in trouble below.

http://www.suasnews.com/2013/10/25619/the-1st-faa-prosecution-of-a-civilian-drone-uav-we-are-change/

Then, the NYPD charged the drone pilot in Manhattan who crashed his drone with reckless endangerment.  He also made a video of his face before the drone took off.

Drone Arrest

http://abclocal.go.com/wabc/story?section=news/investigators&id=9292217

Both these incidents are are clearly inappropriate flights, well outside of FAA guidelines for hobbyists and rules for aircraft.  The authorities are doing their job in prosecuting and it is going to improve the industry.  We’ve had a “grey area” in aerial robotics for too long.  Yes, we need better rules and FAA rule making for UAS cannot come soon enough.  In the meantime though, our dislike of the current regulatory structure is not enough for us to substitute our judgement for the FAA’s.  In neither case, is the prosecution talking about destroying the life of the operator.  We are talking about fines and a misdemeanor charge.

These seem like appropriate punishments to remind everyone that there are rules about where we can fly and how.  Much, much more airspace will be open to robotic craft, eventually.  In the meantime, we as an industry have to address the concerns of the non-participating community.  They did not consent to have a quad-copter or any other aircraft falling on their heads.  The manned aviation community has built-up an elaborate system to persuaded the public that they can have some certainty of not killing people, particularly on the ground.

One of the points that is sometimes lost on the robotics community is how well our current regulatory structure actually works.  Most of the economic gains from aviation are being captured.  Commercial flights are cheap and safe–there have been two commercial fatalities in the last four years and it is cheaper in real terms than almost ever before.  All this success in commercial aviation has not precluded general aviation and RC hobbyists from pursing their interests.

We are certainly missing some gains from unmanned aircraft, but the largest applications for civilian use of drones remain undiscovered.  Technology spreads based on benefits, regaldless of the law.  If hobbyist style drones provided tangible benefits that had been discovered they would already be as widespread as, say, illegal file-sharing.  And on movie sets, quad-copters now common, but the movie helicopter shot market is not all that large at any price.  If this analysis is correct, since testing continues on drones of all classes, the FAA’s lethargic pace on the new rules has not had as much adverse impact as many in our industry like to imagine.

Given the only hypothetical benefit and the very real danger of unregulated drone flights it seems imprudent of authorities to let the industry go with no enforcement.  Non-enforcement discourages entry by law-abiding players and erodes the integrity of all firms involved in the industry.  If this is ever going to be more than a few guys out tinkering with electronic toys, the industry will have to show it is responsible enough to operate over people’s heads.  This is not going to happen if we resist and tolerate a disregard for regulation.  Many industries have used regulation to expand their reach, by necessity, the aerial robotic market will be one of them.

Is there an open-source / closed-source dichotomy in robotics?

Is there an open-source / closed-source dichotomy in robotics?

I just put up a new piece over at Robohub discussing how open-source and closed-source can live harmoniously in robotics–because all robots are services.

The right way to regulate drone privacy

On August 6th, I had the honor of testifying in front of the California State Assembly Public Safety Committee on regulation of drones, by the state of California.  The committee is considering several bills that have been introduced on the regulation of drones particularly with respect to privacy and law enforcement use.

The committee discussions, hopefully indicative of the general tone of legislators everywhere:

The committee seemed to be wrestling with several questions about where to start.  Several wondered what exactly is a drone (Good luck!  If anyone figures out a clear definition let me know) and what the capabilities of this class of technology are.  I hope that the message that came through from the witnesses was the “drones” are not distinct from other vehicle and sensing technologies, but are just a subset of the flying class of these technologies and that the capabilities are similar to manned platforms of the same class.   I was also very pleased to see that the committee was eager not to foreclose beneficial uses of the technology.  Some of the committee members specifically cited my company, TerrAvion, as an example of they type of application they wanted to avoid regulating.

The committee and the witnesses all recognized that air safety is regulated by the FAA, but that the states can impose additional regulations on privacy, particularly in law enforcement.  If we are to live in a democracy, there have to be limits on the government’s ability to collect information on citizens.  However, I think that the thoughtful testimony of Sheriff Geoff Dean of Ventura County pointed to the fact that law enforcement agencies are ready for the challenge of using new technology under the supervision of the courts and elected officials in a way that is focused on creating real community benefits and is not generally invasive–even to people who might be kind of sort of breaking the law, like speeding or possessing marijuana here in California.

Modular Information Cycle

 Principles for regulating drones:

Uniformity:  I believe that greater regulation of surveillance by the government is required.  Some of the things western intelligence agencies are doing are terrifying.  As a patriot and a veteran, I am dismayed at how our government relates to collecting data on its own citizens.  As a drone operations leader, who has participated at the pointy end of the intelligence spear in Afghanistan, I can tell you that cellphone and e-mail monitoring represents an exponentially greater threat to democracy than having a whole fleet of drones at the government’s beck and call.  When we make privacy regulations, let’s regulate what, not how, individuals and the government can collect information.  The platform that is used to collect the information should not matter.  If I can’t collect information with a plane, then I shouldn’t be allowed to collect it with a cellphone camera either.

Moreover, private individuals ought to have the same right to collect information that the government does.  In practice this might mean that if the government can fly a drone, I as a private citizen should be able to fly a drone.  If the government can issue a subpoena (or national security letter), I as a private citizen should be able to discover those same records in litigation for things that have nothing to do with national security.  There should be uniformity, no institution should be sitting in privileged position, if there are extra steps for government uses of data, I’m okay with that.

Regulate Late in the Information Cycle:  A corollary to  the idea of regulating uniformly, is to regulate late in the information cycle.  One of the key ideas of modern information networks is the idea that the information cycle is being modularized.  This modularization means that instead of a single organization that delivers “the answer” through all the steps, a decision maker can change one part of the process at time to deliver better results.  The implication of this, is that collection is likely to be used in many unanticipated ways.  Regulations that are targeted “upstream” in the data cycle are likely to become obsolete and have unintended effects very quickly.  If legislators are looking curtail specific negative effects of data collection, they should target them later in the information cycle, most importantly at taking actions.

____

I love the United States’ robust take on personal freedom.  Taking our cherished rights and freedoms into the digital age is going to require hard, thoughtful work from legislators, voters, and public and private officials.   I hope the robotics community wakes up to the fact that data collection and privacy are not just drone issues, but issues that we share across domains and with other data-rich technology sectors.  I am heartened by my participation thus far in our democratic process, it seems like people are really working to accommodate each other’s concerns and arrive at future that we will all be happy to live in.

Hizook 2012 VC in Robotics is out!

Friends, take a look and see what needs to be added.  The definitive list of private funding in robotics for 2012 is out, help make it complete by adding a comment if you know of private funding for a robotics company that isn’t included.

http://www.hizook.com/blog/2013/06/10/venture-capital-vc-funding-robotics-2012

Intuitive Surgical, a manufacturer with almost no tangible assets?

Intuitive Surgical (NASDAQ:ISRG) is a prime example of how robotics is similar to other IP intensive industries like software, biotech, and entertainment.

In December my colleagues and I produced a valuation of Intuitive Surgical.  Below is a representation of our model of the asset structure of Intuitive Surgical in our forecast.  Whether you agree with our estimate of a 31% return on economic assets or not (though the stock market roughly seems to), this chart is very instructive to look at what the economic assets of a successful robotics firm are.

And hey, guess what?!  Intuitive looks more like a software company than a traditional manufacturer.  Strike another blow for the case that robotics companies–at least successful ones–are capital efficient!

Moreover, if I was critiquing the model in the valuation I would say that we hadn’t adequately valued the intangible assets of Intuitive Surgical.  The intangible assets of the firm probably have a market value of 2-8 times what we estimate.  Even with our conservatism, look at what you’re buying into when you buy a share of Intuitive:  A $2Bn stack of cash, a multi-billion dollar IP portfolio, and a smallish medical device manufacturing company.

Assumptions of FCF forecast through an economic view
[How to read this chart:  Black is our estimate of “R&D assets” in $K so starting balance is just shy of $2Bn.  Red is GAAP non-financial assets, otherwise know as real stuff, like buildings, inventory, and accounts receivable.  Grey is our estimate of financial assets with the current dividend policy–this model posits that Intuitive will be sitting on $4Bn in cash or the like in 2016 and an IP portfolio equally as large and valuable.
Return on economic assets was estimated using our income forecast over capitalized R&D spending in the R&D account plus assets less cash and securities.  The model has a depreciation factor for R&D each year to account for obsolescence and expiration.  We went back several years to estimate an appropriate R&D account starting balance for the projection.]

The stock market assigns a $20Bn valuation to Intuitive.  It recognizes that Intuitive’s control of  intangible assets is very valuable. The graph of the model here only scratches the surface of intangible assets.  We assumed that the only off balance sheet economic asset was an R&D account.  Clearly, this is not the case as Intuitive Surgical also has unique and valuable organizational processes, sales relationships, and employment relationships with talented employees but those are much harder to find information about in SEC disclosures.    Similarly, we also marked R&D at cost–with a portfolio as valuable as Intuitive’s the market is probably going to value the R&D output at more than Intuitive paid to develop the R&D assets.

Even with all this, Intuitive Surgical looks like lean, mean, capital efficient, IP intensive, knowledge economy company.  Can anyone tell me why we let people talk about robotics like it is capital intensive?

I’d like to gratefully acknowledge my co-authors of this report who have given me permission to publish it: Avinash Belur, Naohiro Furuta, Masayuki Minato, Kohei Mutoh, & Dashampreet Sidhu.  Analysis available by request.