Cofounder of Anode Labs. Bringing energy independence to every home.
Our research suggests that travelers in western markets place a value on their work-related travel miles close to their hourly wage, and value their non-work-related travel miles at close to half their hourly wage. In low income countries and at $0.50 per mile, we assume another long tail of demand priced similarly to today’s ride-hail options.... See more
Adjusted for inflation, the cost of owning and operating a new vehicle hasn’t budged since the Model T rolled off the first assembly line in 1934: $0.70 per mile.
Early on in an energy transition, there is often more attention on how well they can do existing things. Examples include how well coal could heat and oil and electricity could light. But the larger impact for any energy transition, like other new technologies, is to enable us to do brand new things.
Resiliency is DERs killer app. I’d like to do a study of how much search traffic from users asking “how can I install a battery in my house?” spikes after wildfires in CA, hurricanes in NY, or big freezes in Texas once again knock out the power grid. This is a now universal problem and overtime, resiliency benefits will lead to more and more users... See more
Autonomous electric ride-hail vehicles should benefit from much higher utilization rates than human-driven cars, not to mention lower labor and insurance costs. ARK estimates that, at scale, an autonomous electric taxi platform could price rides profitably at $0.25 per mile. As a result, autonomous rides could cost less than personal car... See more
Today, the blockchain is arguably a 10x+ worse consumer experience for anyone that hasn’t already been red pilled, but it can be 10x+ better in cases that rely on incentive alignment between large groups of people who don’t know or trust each other. This is the crypto mullet’s opportunity: web2 consumer products upfront, combined web3 technologies... See more
Blockchains are an alternative system for promise enforcement, fundamentally different from any system human history has seen before. Promises in blockchain systems are enforced by miners, who — in reasonably competitive mining markets — have limited ability, and weak incentives, to do anything other than execute others' promises roughly according... See more