The SFR Show

Raising finance for new real estate projects is difficult. Property development firms face interest rates as high as 29% when working with banking institutions as single source loan providers. They also face challenges with multiple loan sources as crowd financing can be difficult to administer. Blockchain simplifies access to alternative financing models by facilitating investor management for developers and ensuring investment transparency and continuous ROI tracking for investors. In today’s episode Goeffrey Thompson, Chief Blockchain Officer of Roofstock, and Sanjay Raghavan, Head of Structured Securities and Co-head of Digital Securities Initiative, walk us through what blockchain technology is and how they are tokenizing properties in a revolutionary way to buy and sell property.  

Episode Links:

https://onchain.roofstock.com/

https://twitter.com/rsonchain

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Transcript

Before we jump into the episode, here's a quick disclaimer about our content. The Remote Real Estate Investor podcast is for informational purposes only, and is not intended as investment advice. The views, opinions and strategies of both the hosts and the guests are their own and should not be considered as guidance from Roofstock. Make sure to always run your own numbers, make your own independent decisions and seek investment advice from licensed professionals.

Michael:

What's going on everyone? Welcome to another episode of the Remote Real Estate Investor. I'm Michael Albaum and today I'm joined by Geoffrey Thompson, who's the chief blockchain Officer here at Roofstock and Sanjay Raghavan, who's the head of web three initiatives here at Roofstock and we're gonna be talking today about what blockchain is, and how it applies to us as real estate investors. So let's get into it.

Goeff, and Sanjay, thank you so much for hanging out with me today. I am super excited to chat with you both.

Sanjay:

Likewise.

Goeff:

Thank you for having us, thank you.

Michael:

No, absolutely, absolutely. So I know a little bit, obviously, who you guys are because we work together. But for anyone who isn't familiar with you. Give us a quick and dirty description who you are, and what is it that you're doing at Roofstock? Goeff, I'll kick it over to you first.

Goeff:

Sure. So I'm Goeffrey Thompson. I currently have the title of Chief blockchain Officer at Roofstock. Previously, I was General Counsel and I've been a lawyer for by training for a long time and now heading up the blockchain initiative at rootstock together with Sanjay.

Michael:

Awesome, great.

Sanjay:

I'm Sanjay, head of web three initiatives. Previously, I was leading securities initiatives at roof stock coming up on actually three years this week. So super exciting tomorrow, I think.

Michael:

Right on, so really quick follow up questions for you both. Jeff. Were you just like a crypto guy in your everyday life? I mean, how does a real out as a lawyer turn into a blockchain official at a company at the C suite level? I mean, that's incredible.

Goeff:

Yeah, I kind of backed into it. That wasn't a plan but I had been advising friends. Since 2017, during the ICO boom, the initial coin offering boom, and I started hearing people in my network, talk about it and say things like, oh, well, it's not a security because it's a coin. So you don't have to follow the securities laws, you know, and I thought, I don't get a lot of the technical stuff that talking about, but I know I can help them with the legal stuff. So then I just I was acting as legal advisor for a couple of years and, and then Gary, our CEO knew that and last year, maybe 12 months ago or a little bit more, our board came to our CEO and said, you guys, Roofstock, you need to get smart on blockchain. We're not saying you have to do it. But you know, we want you to have an idea of whether there's something there and so he asked me and Sanjay, because he knew I had some crypto background and there's a lot of legal and obviously, the financial structure is critical as well, so we kind of got into it together.

Michael:

Awesome and Sanjay, at the risk of sounding like a total rookie, what the hell is web three man, I hear so much about it. Break it down for us.

Sanjay:

All right. So I know it's so web low. So let's take a step back, right. So web one, which was kind of the first incarnation of the internet, right? There were sites that had static information, you could like type a URL, URL and go and, like, consume that information. But that's all you could do is just a read only type of a platform and then a few years later, the internet evolved to kind of web two, which widely is known as the read write version of the internet. So not only could you consume information, but you could go and, you know, provide information and content to the internet as well as a consumer and what happened with web two was it you know, that ability to read and write created all kinds of new interactions, and that allowed a lot of kind of the internet economy to bloom around it, where the Googles and the apples and eBays and other large companies were able to curate a lot of the content and manage a lot of the traffic.

But you know, with social media and stuff, you are providing content as well, and you are consuming content, there was ecommerce, so a lot of these things came about, but the power resided with a very few large corporations that kind of controlled all of these transactions and the when, when web one started, the kind of original vision behind it was a more collaborative environment, where the consumers and the creators and consumers could actually work with each other and use a token economy and share you know, revenue and monetization. So that idea of you know, read, write and then adding on to it at the end. So it's a read write own type of economy that's decentralized. permissionless trustless has its own native payment rails, where the content creators and con Then consumers are all working together and you know, there's no power resting with large corporations, but it's, you know, giving power back to the people. So that's how that's how I would sort of succinctly describe, three and it's so it's a sort of a new way of thinking about things and it's super exciting.

Michael:

Yeah it does sound super exciting and so give us all like a background again, treat me like a third grader, because that's probably my IQ level when it comes to the crypto and blockchain world. Give us all an idea of like, what is blockchain and what is cryptocurrency and then we'll get in maybe on how to be thinking about it. With regard to the real estate space and why it even belongs here you don't think this…

Goeff:

Yep, sure, so the core concept for blockchain is that it's a network that can be validated the data that's recorded onto the network, which is the chain can be validated by an a limitless number of third parties who aren't organized or connected in any other way. So these are called validators I could have when you could have when they just computers that read the information that's coming in from the blockchain, they perform some mathematical calculations, and then they verify that the data that's been submitted is, is what it says it is and then at that point, it's formalized and recorded to the block and then, so these blocks are really just pieces of data, data that had been put together and then as you form one block after another, that becomes the chain. So it's really just a chain of data that's been validated by third parties that are completely decentralized. So why is that important because it means that there's no third party, a corporation or government, whoever it might be, that can intervene in the functioning of the blockchain, once it's up and running, and you have enough people who are validating and writing to the to the system, it goes infinitely, and it can't be shut down and so the first use case that really grabbed a lot of attention was payments, right?

That's what Sanjay was alluding to, in the early you know, the current web two universe, you don't have an easy way to send value to another person without going through a bank or a financial services company, Blockchain, Bitcoin allows you to do that, it's just simply on the on the chain, if you have value in the in the form of Bitcoin, you can send it to any other address anywhere in the world, instantaneously and no one can stop you from doing that. So this really arose from kind of an idealistic perception, like, we have to be able to have to guarantee our own freedom, you know, the government can't intervene and prevent me from sending money to you and that's where, you know, it came from, like the sophisticated cryptographers mathematicians who had an idealistic view, and that's where Bitcoin came from and then since then, it's expanded to a lot more utility, where you can do much, many more things other than just send payments. You can, you know, NFT, you can have lending platforms, you can have social media companies that are effectively on a blockchain and can't be shut down or controlled by third party. So that's, you know, that's the overview of kind of where it came from and why it's important today. Sanjay, anything to add?

Sanjay:

Yeah, no, taking a step from there right and that's exactly right, Geoffrey, the original idea was, you know, this all came about during the great financial crisis of 2008 2000, you know, 10 or so, where people thought that these, you know, financial intermediaries are, you know, in control of our lives and so Bitcoin kind of, you know, that was the reason why it came about as a peer to peer system where you can exchange value without involving these intermediaries. But then over the years, we've kind of seen that world expand rapidly and there's other cryptocurrencies now and one of the notable ones is Ethereum and on the Ethereum network, there's actually the ability to create what's known as a smart contract and a smart contract is essentially a piece of computer code that will execute based on a certain event occurring and why that is important is if you think about it from a disintermediation perspective, you know, in a transaction where two parties are involved, and party A needs to provide a good or service and party B needs to make a payment for that. You need a way to make sure that both parties are adhering to their portion of the agreement, or contract, right and so oftentimes, what happens in the financial services world is, in order to make sure that both parties are compliant with their aspects of the contract. You create an intermediary in the middle that takes that position of collecting information or payment from both parties and sending it across and a very common example of this in real estate. Michael, you as a, an owner of, you know, dozens of properties, you've gone through this process many, many times. But you there's an escrow agent involved exactly what I was thinking sure that, you know, right, the property title moves over to, you know, the buyer and the money goes to the seller, right. But imagine you had a piece of computer software that executed on a sale, and it made sure that the two parties were both appropriately receiving what they were expected to receive and there was no intermediary involved in this process. So this, this all executed, basically on the click of a button, right? Like that would be game changing in the real estate world and that's what we're trying to do now with through stock on chain.

Michael:

Holy crap. For anybody who's not watching this video, I just didn't pick up my jaw up off the floor, because that was totally a game. So I have so many questions, I want to take just a step back and so Goeff, you were talking about this, these validations that can be done by any number of people. So I'm thinking about like a real world example. So if I go to the store, and I buy something with my credit card, I put down my credit card, they give me the goods and then in this case, would the validator be like the credit card company that says, look, this is the charge that like how do I think about that from like a traditional example.

Goeff:

That's exactly right, the validator or usually there are multiple, but they'll they play the function of the credit card company. But instead of sending your data and the transaction data to the credit card company, where the credit, you know, the data goes to the credit card company, the credit card company says okay, this person has credit and the transaction is now going to be posted on their account, and then they send the okay back to the merchant. Instead, the merchant would send the data to a blockchain, the blockchain validators would pick up that transaction, they would validate that, you know, all of the details are the same. Usually, it's a small number of validators that have to agree on the transaction details to make sure that there aren't, you know, nothing's been missed and then once they've reached that consensus, whether that's five or 10, validators, or whatever it may be at that point, then it goes back to the merchant and as it says, The Merton now the blockchain has been updated to show that this transaction occurred, Goeff, or you or whoever was spending the money now no longer has that money. So I had that money in Bitcoin. I gave it to the merchant, the merchant side of the blockchain and said, hey, guys, can you verify that you're debiting Goeff’s account and you're adding it to my account? Everyone said, okay, verified, validated, coming back. Now, I can't spend that money, I don't have it anymore and it's in your account. So that's, you know, a high level how that would work.

Michael:

Okay

Sanjay:

And a couple of more things there, right. Like, if you, you know, credit card transactions for small dollar values is one example. But if you look at larger dollar values, and there's ACH transactions that take three or four days to get validated through the banking system, a wire transaction, if you're trying to buy a house, and you need to make a wire payment, you're rushing to the nearest retail brand, scheduling an appointment to go into the wire, right?

Michael:

It's such a pain.

Sanjay:

It is all such a pain and like, imagine you had a way 24/7, right, like, you're looking at, you're browsing a site today, you find a property you really like, you want to buy that property, it's Sunday night at 10pm. You just click the button, and you know, your wallet says you have enough money and the smart contract validates that you have the money transfer property over to you, right, like imagine a world that's like that, where you don't have to worry about waiting three or four days for an ACH or running to your bank and getting an appointment waiting in line to get a wire done and it's all literally you're doing all this from your computer, click of a button 24/7 AMS and payments do anywhere in the world.

Goeff:

And the cost is in most cases, negligible. You know, the wire fee is whatever 35 $50 It takes a day, you know, some amount of time to process ACH could be clawed back. The claw back concept that exists with ACH that doesn't happen in blockchain that doesn't exist. Like once it's final, it's validated, it's done and you could, you know, a simple payment transaction might cost from a few cents to a few bucks, but it's not going to be anywhere near the cost of a wire transfer.

Sanjay:

And the transaction is immutably recorded on the blockchain, nobody can contest it, because you can go and open up that transaction on the blockchain and say, these two parties agreed to this transaction and it's hot, you know, it was hashed on the blockchain and there's this unique hash that represents this transaction, right. So there's no disputing later on. The parties agree that transaction gets done, it's instantaneously recorded and so that that makes this platform as a technology choice. You have innumerable number of possibilities because once you have those types of payment rails, you can build all kinds of applications around it.

Michael:

This is insane, you guys. So like, we were talking about the validators and Goeff, you were saying, whatever, four or five or 10 validation points and people are doing it. So is it literally like people on their computer going, like watching their screen for these payments going back and forth or is this happening automatically?

Goeff:

No, it can happen. It happens, it's automatic. Yeah, you set up a server that has the right hardware, there are different hardware and software requirements for different blockchains. But it runs silently in the background, or in some cases, it's, it's loud, because there are a lot of fans this morning.

Michael:

I heard that, yeah…

Goeff:

Yeah, but it's happening 24/7 In the background, and, and in most cases, it's just set or forget, set and forget, you don't have to be online all the time, doing anything manually.

Sanjay:

And one other thing I wanted to point out was, you know, obviously, with banks, you can go there on weekends, after hours bank holidays and such, but even a MasterCard or Visa, if they're having a problem with their servers or something, you can have outages where you know, for a couple of hours, you're not able to do any credit card transactions, right? Whereas on the blockchain, that doesn't happen, right because there's blocks can be like, even if my computer was one of the validators, but for whatever reason, it's not working right now there are hundreds of other computers that are doing the same thing that are waiting to pick up the next block and compute it and solve the puzzle and so, you know, as Goeff was saying earlier, once the blockchain is up and running, and there's, you know, enough infrastructure in terms of validators that support that blockchain, you know, it's then it's permanently out there, and it's you can shut it down.

Michael:

So that kind of brings to my next question and so you both are talking about this decentralization aspect and I think I've heard so much about the crypto world, it's like getting away from big banks and government and that sort of thing. But if this information is, I mean, it's public at this point, right? When I, Goeff, when I send you money or buy a service from you, it's now public information.

Sanjay:

Just to just to clarify on that, right, the part of the information that's public is that this wallet address transacted with this other wallet address. But it's not necessarily public that, you know, Michael transacted with Goeff, right. So what's publicly stored is just the, you know, so, you know, when we talk about privacy, oftentimes, people use the words privacy and anonymity interchangeably, but they're two different things, right? You know, in one example, where there's just two wallets transacting with each other, you both still have full anonymity but the privacy concerning the fact that the transaction occurred between two wallets, that may be public information, but that's the kind of subtle.

Michael:

Got it, yeah okay. Okay, that makes total sense, because, well, I was going with the question is, if I send Jeff money for a service, I mean, that could be a taxable event on the traditional world, like, if you were a credit card company, or you were a merchant, I send you that you have sales tax to pay. So I'm imagining government's point to the me sending you money and say, well, now we're going to tax it. But Sanjay, what you're saying is that the actual dollar amount, or what it was for, might not be available to them, all they could see was, someone sent money to someone else, end of story…

Sanjay:

We use you the amount of money that went from a to b, but you don't like people don't automatically know who a and who B where the US are going as far as…

Michael:

Or what it's for…

Sanjay:

Right, in the US people are required, basically to report their own earnings and that's, you know, whether it's on the in the crypto side or non-crypto side, but, you know, you're required to report your earnings and in other countries and jurisdictions, they've passed laws where crypto transactions are not necessarily taxable. So, like, if you bought Bitcoin for, you know, $5,000 and sold it for $20,000, you may not have capital gains taxes in other jurisdictions in the US we do and that's, you know, self-reported, for the most part,

Michael:

This is so nuts. Okay, so, taking one more step forward, we're talking about these coins. We talked about Bitcoin, and we mentioned Ethereum, as well, what gives these things of value? Is it just that we have generally I mean, the same thing can be said for the dollar, it's enough people have accepted or any currency have enough people have bought into this idea that this piece of paper that has an old president's face on it is worth what we've decided it's worth, same thing for Bitcoin and Ethereum.

Goeff:

Exactly the same. All right, yeah. Nothing else. There's nothing else to we, you know, we all agree today that Bitcoin is worth 20,000. If it goes up, then you know, that's literally the market price. It's set by the people in the market who are transacting on a you know, every second and so it's a very clear pricing mechanism.

Sanjay:

In a way you know, it's pure demand and supply that drive pricing for the these types of alternative currencies or crypto currencies, the dollar, for example, you know, we price $1 bill to be worth $1, right and so you will always be able to redeem $1 for $1. But, you know, inflation and other characteristics might make it less valuable to you, right like if a loaf of bread was 50 cents, and now it's $1, you know, you're paying more money to get it, but you know, you're not paying more bills necessarily, you know, like, the dollar bill is always $1 Bill, right? Whereas, one, one Bitcoin or one Ethereum, its value can go up over time, almost like the stock market, right? If you're looking at a share of Microsoft, it's $100 today, but because we all think Microsoft is very valuable, or Apple is very valuable, and the next iPhone is the most sexiest thing that's come out, and therefore, you know, we think we should, you know, put more value to the Apple stock, right? So the concept is similar with Bitcoin and Ethereum. It's simply people that are there are people who are, you know, buyers, and then there's their long on Bitcoin and then there are people who are short on Bitcoin and if there are more people long than short, then the price is going to go up. If there are more people short at a particular point in time price will come down. There's fewer demand.

Michael:

Cool and so we mentioned, I think you both mentioned a couple of different use cases for the blockchain and for crypto. What, like, where do you see this going and for Roofstock, specifically, maybe you could talk about what we're doing as a company with regards to blockchain and where do you see it evolving from here?

Goeff:

Sure, so, the, you know, the easiest use case for the blockchain technology is for something that is entirely on chain right payment is a perfect example, right? The you know, I give you send you something of value, call it Bitcoin, you accept that, and that's all on the blockchain and that's pretty easy. What we're doing is, we think taking the next step forward for blockchain and we're not the only ones. But we think that we do have something to add here, which is to bridge blockchain to real world assets and that's where things start to get a little bit tricky because let's say that you have a home, you call it a home on chain, a tokenized, home, whatever it is, and you have a token, a blockchain representation of a home, but it's a real world home and so you know, you say, oh, I go to my blockchain wallet, my crypto wallet, and I see I have this home token. That's great but let's say it's not the home that I live in and in fact, it's a home somewhere else in the country and I haven't been there for a while. How do I even know that there's still a home there, right and if I want to sell it to you, you know, you like the idea of using a smart contract to buy and sell this home? You like the idea of having a one click transaction of having certainty that you're going to get what you know, the home token in exchange for your money. That's all great. But how do you know that you're actually buying a real home and not just something that is called a home on a blockchain, whatever that even means, right.

And so that's where we've spent all of the last nine months and the better part of the last 12 months, diving into the nitty gritty legal details to understand and practical implications to understand how we can put this together in a system that works and the answer is, you have to have some type of validation from the real world as well, obviously, you know, the scenarios that I just mentioned, we can't allow that to happen where someone purchases a home token, and finds out that the home burned down three months ago. So you know, you just got nothing and so the way that I think what Roofstock can bring to this equation is the deep, detailed knowledge about how real estate transactions work, plus the blockchain, the blockchain, structuring the legal implementation and that's the value add that we have. I think there are a lot of others in the space and we encourage everyone to get out there and try, you know, try to build, but we do see others who don't have the real estate experience and even though they have a beautiful blockchain strategy, they don't know how to connect that and that you end up with something that's not useful. So what we're doing is designing a system that ensures that before any home is transacted, it's gone through all of the usual checks and balances that are necessary for real estate transaction and inspection has been done recently. We've done you know, made sure that taxes are paid, made sure that insurance is in place, make sure that the title is you know, unencumbered. We do all of that, because you have to do all of that no one's gonna buy it, if you doubt, but we do that behind the scenes, and so went by the time that you as the buyer come to see our site and you see the home, the home tokens that are listed there, you know that you have a data room that shows all of the documents that I just mentioned and more. So your diligence is already done for you. You don't need an inspection contingency, because you have an inspection report sitting right there, you know, you don't need on the on the on the flip side, you know, you don't need an escrow agent, because the smart contract simply it won't execute, it won't perform its function unless the buyer has the funds that it says it has. So you know, this smart contract at the time that you as the buyer purchase, you click, I want to buy this home, the smart contract checks, do you have money, the right amount of funds in your wallet? You know, they check the other side. Does the seller have a home, which is already been approved by Roofstock to be sold? Yes, yes, the transaction happens, and it's not and if one of those isn't true, then it fails and you know, we have to go back to the drawing board and fix whatever was wrong.

Sanjay:

Right and then to add to that, right, the kind of the first version of smart contracts and NF T's and all these things that came about on web three, you know, a lot of those assets themselves had the value in it, right. So you might have heard about projects like board a, or crypto punks, these are well known NFT projects where people are spending Saturday 98 to buy, you know, a JPEG image of you know, this popcorn ape. But in those cases, that image itself has that value embedded in it and when people get that image when they buy that they've already exchanged value, right. But the example Goeff is giving us with a real life, real world asset, the NFT is a representation of that real world asset, but it's that real world asset that has the value in it and so when people are transacting these NF t's on the marketplace, Roofstock has to make sure that you know what they're buying and selling corresponds to that real world asset that has that value and we've gone through the inspection and other diligence process to make sure that is still true, right. So that's the sort of the next leap in the web three world where you go beyond just the you know, cryptocurrencies and crypto Native Assets getting traded and now you start looking at real world applications.

Michael:

Goeff, I'm thinking about is like, so if I'm trying to understand this, I'm I buy this token, which the underlying asset kind of backing the token up, if you will, is the home, right? So I then own the home as well. How does that work for like, insurance purposes? If I gotta go get insurance on his home? Am I Michael, like going out to my traditional insurance people and saying, okay, well, I own this home, or like, who's on title of the home? How does that all work, is the token on the title?

Goeff:

All the right questions. So the way that we're setting this up, each home is titled in its own LLC. So we have a limited liability company where the home is titled and so that really facilitates the transfer between different parties, because you don't have to record title, every time that home token is sold. The title obviously has to be recorded the traditional way at the county recorder’s office, the first time that it's transferred into the LLC and then from that moment on, it doesn't need to be retitled because the only thing that's changing hands is the LLC, the ownership of the LLC, the membership interest, it's called like the share of the LLC. So that's, that's how we unlock that. So that when I sell you my home token, I'm selling you an LLC that owns the home and you as the owner of the LLC, you have full control of the LLC, and thereby full control of the underlying home. So you can do whatever you want with the home. If you want to rent it, you can rent it, if you want it to be a long term rental, a short term rental, you get to decide all of that you get to decide when you put a new roof on or if you want to repair the roof instead of replace it. You make all those decisions. As far as the insurance question that you asked, we do have an agreement with an existing insurance company that's tech forward, and they're interested in working on this project. So we've already set that up. The first time you buy a home from us, it will come with one year of property insurance, it's prepaid. If you want to change that you can you can change it if you want to cancel it and replace it with a different insurer. You can what we found is that a lot of intermediates in the space are not necessarily comfortable and dealing with this type of transaction. So we've spent a fair amount of time diligence seen a lot of, you know, providers in the market and we think the ones that we have are very good, but it's up to you as the owner, if you want to have a specific insurer, or a specific title company, you can do that. But otherwise, it's already in place and it's really as easy as just paying your annual premiums you can, you don't have to think about it, if you don't want to.

Michael:

Okay, so the follow up what popped in my mind immediately, and then we're going to get you guys out of here, but we live in California. So Roofstock obviously doesn't have a very big footprint here, because there's not a lot of cash flow potential, or it's much more difficult to make the numbers work as compared to a lot of other parts of the country. So, Sanjay, if you buy a home for a million bucks, tokenize it and now you your property taxes in California are based on your purchase price. So if five years down the road, you sell it to me for 2 million bucks. Traditionally, my new property tax value is going based on that 2 million bucks. But are you saying that because this trent this sale isn't getting recorded, as it would traditionally that my property taxes are still gonna be based on your original sale price of a million bucks.

Sanjay:

In many state that's, that would be true. But in California, unfortunately, prop 13 would pick that sale up. That's it's a state by state analysis and in most of the states, you know, the transaction would be fine. You individually report any capital gain on your taxes, of course. But in California, the transfer does get picked up.

Michael:

Damn it. They always get you somehow but maybe in some states, it sounds like that might not get picked up, right. There's less of an issue…

Sanjay:

That’s right, in many cases…Yeah.

Michael:

Interesting. Okay, man, I thought I had this huge unlock but clearly you guys have already thought of, of all this. So this is this is super exciting, guys. We definitely need to continue the conversation, got a lot more questions, a lot more information. I would love to disseminate to our listeners. But thank you both so much for joining me. If people want to learn more about web three and blockchain and crypto in general, is there are there good resources out there that we can point people to?

Sanjay:

Yeah, I mean, definitely come to our website to learn about real estate tokenization. That's https://onchain.roofstock.com/ and also, you know, follow us on crypto Twitter. It's at @rsonchain and then individually, like Goeff and I do contribute in Twitter and LinkedIn and other areas as well. So, you know, look us up and follow us as well, on those platforms.

Goeff:

And don't feel don't hesitate to reach out. Like you know, we're happy to talk we're here. We're you know, we're doing something new. We know a lot of people have a lot of questions, and we're happy to answer the questions and then he conversation. So ping us, we're happy to chat.

Michael:

Amazing, amazing. Well, thank you both again, for coming on and super looking forward to doing this again soon.

Sanjay:

Thank you. Thanks for having us.

Goeff:

Likewise. Thanks.

Michael:

Alright, anyway, that was our episode. A huge thank you to Goeff and Sanjay for coming on. We're gonna definitely be having them back on again soon. So if you have additional questions about things you just heard, or blockchain things in general, we'd love for you to see those in the comment section. Wherever it is, you get your podcasts, and we will try to get to them on the next episode with Goeff and Sanjay. As always, if you liked the episode, feel free to leave us just traditional rating or review. We love those as well and we look forward to see you in the next one. Happy investing…