June 27, 2009
I’ve spent the last few weeks, in the occasional moments of downtime, reading through the NVCA’s four pillar plan for reopening the IPO markets with the goal of restoring liquidity to Venture Capitalism. Any executive or board member of a venture backed startup doing $20M in annual revenue or more should get really familiar with this content. The NVCA’s efforts along these lines will be important input to your financing strategy for the next 2-3 years.
Here’s my summary of the four pillars:n
1) Ecosystem Partners: Working with the global investment banking and accounting firms to help them develop programs that are more relevant to small cap companies. One method discussed is encouraging smaller boutique investment banking firms to provide ongoing coverage and research on small cap companies in exchange for fasttracking the boutique bankers as co-leads when the VC backed firms go public.
2) Enhanced Liquidity Paths: Improve efficiency in the crossover between private and public markets by connecting pre-IPO firms with committed investors which makes the IPO process easier on the company and reduces post-IPO volitility.
3) Tax Incentives: Extend capital gain holding period to 2 years (from one year now) and implement short term tax incentives to stimulate IPOs.
4) Regulatory Review: Review SOX and reduce regulation of pre-public and smaller public companies by fine tuning the abuse controls that were created to keep large companies honest.
To see the plan or to get some more context on the situation check out the following sources:
- Q&A with Dixon Doll, partner at Venture Capital firm DCM, outgoing Chairman of the NVCA, and major contributor to the NVCA’s Four Pillar Plan.
- Press release announcing the NVCA Four Pillar Plan to restore liquidity to the US Venture Capital Industry. The release includes a nice outline of the four pillars that can be read in less than five minutes.
- Online version of the NVCA Presentation of the Four Pillar Plan to restore liquidity to the US Venture Capital Industry.
June 27, 2009
This is an update on recent developments in wireless electricity. I’ve been writing about wireless electricity for several years now and have corresponded with Marin Soljacic at MIT on one occassion regarding his progress as well.
The MIT Technology Review is doing a good job of following along with the race between their team (now operating within the independant VC funded startup WiTricity) and Intel (who appears to be building on top of some of their own technology) to bring a wireless electricity product to market first . Thanks to my buddy Jim for pointing me to this article last week. The article talks pretty much all about Intel and their June 18th presentation at the Computer History Museum in Mountain View, California. At the event they showed a wireless electricity prototype which charged an iPod speaker at a distance of one meter using a 60 cm diameter loop transmitter and a 30 cm diameter loop receiver both tuned to a frequency (electrical current oscillation) of seven megahertz. Electrical power was transmitted with 80% efficiency through the specific arrangement they demonstrated.
This display is similar to one they showed in the Fall of 2008 which lit a lightbulb over a similar distance with only slightly less (75%) efficiency. Because of the small improvement in efficiency (5% increase in 10 months) I wonder if they are approaching a unique design limitation or a fundamental limitation with the transfer of a magnetic field through the air. It’s also worth wondering whether the 20% of energy lost is falling out as the magnetic field passes through the air (currently a distance of one meter) or through the process in which electric energy is converted into magnetic energy and back within the wire loops that comprise the transmitter and receiver. I figure the magnetic field transfer through the air is to blame for most of the energy lost in this model. Does anyone know?
I also haven’t heard anyone talking about efficiency gained or lost when a single transmitter is used in combination with multiple transmitters. If a transmitter is able to send a magnetic field out in multiple directions (which I don’t know if it does) then it seems to me that a receiver in a location far away from another receiver would not reduce the ability of the other receiver to be driven by the magnetic field. Could this technique be used to increase efficiency to a level that the current energy losses would be more than compensated for? I don’t see why this wouldn’t work… but my physics knowledge is based mostly on Physics 26 and 27 in the undergrad program at UNC from eight years ago At least the classes did include sections on electricity and magnetism.
Another note about WiTricity, the company pushing MIT’s research forward that I mentioned earlier, their website contained a few things I found interesting:
1) It mentions that WiTricity has an exclusive license to the wireless electricity prototype intellectual property developed by Marin Soljacic and his team at MIT. There are also some other interesting details on the about us page of the WiTricity website as well.
2) It contains a nice illustrated description about how wireless electricity works which is a great read for a wireless electricity novice and probably great content for a lesson plan if you are a teacher.
June 19, 2009
Our friend Tully over at MyTireMonkey.com created a nice video today that explains how their unique system works and how partners can get involved in their private label program for online tire sales. Right now they’re running an offer with no upfront costs to become a private label partner. This is a great opportunity for local service stations, general automotive providers, and even corporations to extend the offer of discount tires to their prospects, clients, or employees… and make some money in the process.
Check out the video of Tully describing how it all works below.
June 6, 2009
I had the pleasure of enjoying several automatically vended Sapporo Beers from an amazing Sapporo Beer Machine (my name for it) during a five hour layover in Toyko’s Narita airport on May 4th 2009. I found this little jewel of beer serving luxury in the Priority Lounge while I was flying Northwest Airlines on my way to Bangkok, Thailand. This thing puts the Heineken Mini-Keg Dispenser to shame.
Here’s how it works. You take a freezing cold glass out of the tall glass freezer immediately beside the beer dispenser and you place it upright at the back of a little flat tray. Much like a gas station hot chocolate dispenser or the automatic soft drink dispensers behind the counter at your local fast food joint this machine would, upon the push of a button, fill a frosty glass with Sapporo right to the 90% mark every time. First the tray would lean backwards to create the perfect angle for the addition of a stream of cold beer with minimum froth. Then the beer flows and stops perfectly just before the top. Next the glass is raised back to level again. Then a sneaky little second nozzle that you didn’t even notice comes out and adds the perfect amount of head to the top of the beer. Next you drink the glass to empty and return to the beer robot. Repeat the process until you forgot that you have five hours to waste in an airport lounge.
Although I was able to remember to post a note about the dispenser to Twitter while in the lounge I forget to shoot a video of it with my digital camera. But, someone didn’t forget so you can check out the machine in action here: http://www.youtube.com/watch?v=JycHLwfv_U8. I’m probably not Googling properly but I cannot find any other references to this exact machine online. I’d love to buy one or at least figure out how much it costs (so I can add it to my Christmas wish list). If you can read the Japanese label on the front of the machine from the video please post a comment and let me know if it says anything that would aid my search. Or send me a link to more information about this machine.
June 6, 2009
I’m a big fan of the movement around Global Climate Change right now and if nothing else it should help the US and other industrial powers stop polluting the world for the rest of civilization. Let it increase the prices we pay for energy. We’ll deal. The price we pay for almost anything these days is really not the real “price” in terms of global impact so an increase in prices is reality and the right thing to do. Over time if the demand for clean energy increases as it should the prices will come back down through innovation and the proper global sourcing of effort.
Anyway, my brother-in-law sent me a link to this article today and I found it very interesting.
What if global-warming fears are overblown?
This is the first decent scientific argument I’ve seen against global warming, or at least against the urgency that the current movement around Global Climate Change is professing. I love a good counterpoint to get me thinking and this one impressed me.
It raises a great question… is our strategy for measuring global temperatures flawed? It claims that over time (let’s say the last 100 years) temperature sensors have gone from being located in more rural areas to more urban areas where higher heat near the sensors is now caused by the mass of materials that are common in urban environments. Furthermore it defends this position by stating that by far the greatest increases in temperature occur in readings taken at night which under his theory makes sense because large buildings and concrete in urban environments hold heat over from the day into the night.
In addition to this argument the article also states that the volume of new ice forming in the Southern Hemisphere greatly exceeds the volume of ice melting in the Northern Hemisphere. This means that the total amount of ice on earth is actually currently increasing although we are most often shown pictures of receding glaciers throughout Europe and Alaska.
Furthermore, the scientist pushing all of these positions claims to have never taken a single dollar from corporations or the oil industry. Very interesting. Either this scientist is really on to something or he just knows how to perfectly craft a counter-argument that is very difficult to disprove. He was certainly the President of his debate club in college. Or maybe Al Gore stole his wife.
June 6, 2009
Thanks to everyone who supported me on my goal of visiting Mt. Everest Base Camp on foot. I set this goal almost three years ago in the Fall of 2006 after reading Ed Viesturs’ book No Shortcuts to the Top which I found to be one of the best climbing/adventure books out there. I’ve always loved to be outdoors and high elevation trekking and climbing makes for me an insatiable combination of enjoyment and challenge. Travelling 10,000 miles to the other side of the world and spending a month adapting to new cultures, people, food, tiolets, volatile politics, highly dynamic environmental conditions, and high elevation made this trip really fun and rewarding (and I racked up 20,000 frequent flyer miles ).
On November 11th 2007 I put my goal into action when I sent the following message to four friends (Erik, Arvind, Charles D., and Wes) and my two brothers (Damon and Bryon).
All, You're getting this email because I've either chatted with you (probably many times) about a trip to Everest Base Camp or I think you're probably crazy enough to join me even though we haven't talked about it yet.
... deleted details on trek cost and timing ... That's what I've come up with so far. I'm thinking about penciling in November 2008 on my calendar. Three weeks is a minimum so you'll probably want to have a full month free. I'd love to get everyone's thoughts.
As it turns out, I only got one of the final participants correct on my first invitation attempt, Erik Severinghaus. Scott Dillard and Charlie Schmidt who later joined our crew would be invited by Erik and I respectively through various conversations during the planning process.
During the year and a half of planning we had at some points as many as eight people confirmed in our crew. In the end half dropped out as we expected, some of them very last minute. Our final crew included myself, Erik Severinghaus (UNC college friend and former and current business partner in Chicago, Il), Scott Dillard (UNC college friend and recent med school graduate in Mobile, AL), and Charlie Schmidt (high school friend and restaurant owner in Sylva, NC).
When we began to plan this trip in November of 2007 we planned to spend three weeks trekking in Nepal followed by one week of celebration and relaxation on the beaches of Thailand. Because of the schedules of a few of the people in our crew we ended up flipping the order and going to Thailand first which for most strategic reasons was quite backwards but because of timing was required. We also moved the trip from November 2008 to May 2009 to accommodate Scott’s May 9th 2009 graduation from medical school. The final trip schedule included three nights in Bangkok, Thailand, three nights on the southern Thai island of Ko Samui, two nights on the southern Thai island of Ko Phanang (including the famous Full Moon Party on the East Beach on May 9th), seven nights in Kathmandu, Nepal, and fourteen nights on the trekking route between Lukla, Nepal and Everest Base Camp.
In order to update family and friends back home of our progress I rented an Iridium Satellite Phone for the month and sent SMS text updates to Twitter almost daily. Until this trip I had forgotten how much it sucks to send text messages from old school T9 text input phones (ie: phones without a QWERTY keyboard). You can view my tweets between May 3rd 2009 and May 31st 2009 to see the updates I sent via satellite phone.
During our 14 days on the trekking route to Everest Base Camp we stayed in Lukla, Phakding, Namche Bazaar, Pangboche, Dingboche, Lobuche, Gorak Shep, and Pherice for one or more nights along the way. We rode on one of the coolest and scariest flights you’ll ever see from Kathmandu to Lukla where the runway is cut into a cliff and ends abruptly at a brick wall. We walked and climbed 44,000 gross vertical feet round-trip and 8,600 net vertical feet one-way from Lukla to Everest Base Camp. We reached a maximum elevation of right around 18,000 feet where the atmosphere contains 45% of the oxygen that it does at sea level. We suffered the traditional headaches, coughing, lack of appetite, lack of energy, dizzyness, numbness, tingling, and diarea common with high altitude trekking. We reached Everest Base Camp on May 22nd 2009 at 12:20PM Nepali Local Time and returned to Gorak Shep that evening through a light blizzard of snow, ice, and clouds (we spent nine hours total on the trail that day). The following day as we descended to Pherice we heard word of 10 feet of snow that had fallen on Everest Base Camp immediately after we left putting all of the season-end camp breakdown and transport on hold because the yaks and porters couldn’t pass the trails.
For the best stories from the trip you’ll have to grab me in person. There are just too many to write down. Everyone else in our crew kept journals along the way but as Sarah always says I have a “memory like a steel trap” so I opted to spend my free time sleeping, reading, and listening to my iPod. Mostly sleeping. And additionally, I have a strong philosophy against writing down stories immediately when they happen. In these cases you’re apt to forget to include all of the great details that didn’t quite happen. These types of stories don’t get any better over time and therefore are far less interesting than their ever-improving counterparts. Those are the stories I like to tell. It’s worth mentioning that Big Fish is one of my most favorite movies of all times. That guy knows how to tell a story.
Anyway, to save countless thousands of words, I’ve titled and organized pictures from our trip and grouped them by segment. I hope you’ll take a look: Mt. Everest Base Camp Trek Pictures on Flickr.
As an aside, on the trip I was able to read a few books. Specifically Three Cups of Tea by Greg Mortensen and The Diamond as Big as the Ritz and Other Short Stories by F. Scott Fitzgerald. I tried like hell to get through The 80/20 Principle but I just couldn’t do it. I am permanantly stuck on page 30. When a book puts its own conclusion on the cover and you immediately identify with it, it becomes hard to want to spend 280 pages reconfirming it to yourself via someone else’s irrelevant examples. Maybe I’ll try this one again later.
Again, thanks to the Preation team, Ryan, Neil, Greg, Lee, Lynn, Phil, and Debbie for allowing me to be out of the country and completely disconnected from email and phone for an entire month in order to accomplish this goal. On the iContact side as well Ryan, Tim, our VP Team, and the Board of Directors all supported me from day one. I’m incredibly lucky to have such supportive co-workers and friends. And also Sarah, who after spending the last eight years together was kind enough (or possibly just mad enough) to let me jet off to Southeast Asia without her to do some backpacking with the boys for 29 days.
Thanks again to all. I’m glad to be home.