Avalanche surpassed one million total transactions on its smart contract chain, with the vast majority in just the last 7 weeks.
In honor of this milestone, here some thoughts on why I’m bullish on Avalanche and how it is becoming the most advanced public-goods layer-1.
First and foremost, for all its flaws and quirks, the Ethereum Virtual Machine is the dominant engine in DeFi. If a project does not natively support the EVM, I do not see it as being a strong competitor in the layer-1 space.
From the moment Avalanche’s mainnet launched, the platform has supported the entirety of Ethereum’s smart contracting and tooling. No phases, years-away upgrades, or additional layers and complexity. Just feature completeness for what the market demands.
Multiple bridges enable assets to flow between the Avalanche and Ethereum ecosystems, putting users in-control of their DeFi strategies and exposure to fees.
Just six months after mainnet launch, this design and unique approach to interoperability is fueling the network’s first big wave of growth in users, applications, and assets.
Avalanche is one of two platforms acquiring significant DeFi activity as users look for new opportunities or are priced out with transaction fees. Binance, of course, is the other.
Since the launch of the Avalanche-Ethereum Bridge (AEB) on Feb 8, users on Avalanche have:
- Executed 970,000+ transactions involving smart contracts
- Created 58,000+ unique wallet addresses
- Transferred $110M in assets from $ETH to $AVAX
API Requests are also skyrocketing, demonstrating that it’s not just a few whales diving in, but a rapidly developing DeFi ecosystem on Avalanche. Just last week, Avalanche APIs received 792.65M requests, including a period of 46.6M in just 3 hours.
AEB is just one of several bridges, with more on the way spanning the full spectrum of trusted to trustless gateways to move between Avalanche and other ecosystems. For example, @AxelarCore is testing an $AVAX <> $BTC bridge
On the ecosystem front, more than 50 projects are building with and supporting the Avalanche community. This ranges from core infrastructure projects like @Chainlink and @bloqinc, to DeFi apps like @SushiSwap, @bZxHQ, and @Prosperpredict.
Leading fiat-backed stablecoins like @TrueUSD to the absolute cutting edge of hybrid, algorithmic stablecoins like @fraxfinance. Onramps like @SimplexCC and @NashSocial for users to seamlessly turn fiat into AVAX and embrace a decentralized future.
Projects like @TrustSwap & @AvalaunchApp are helping the next crypto disruptors take their first steps, while @CopperHQ provides the infrastructure for the biggest financial institutions in the world to embrace $AVAX.
Avalanche is leading the way in creating entirely new crypto assets like Initial Litigation Offerings, which unleashes the $10B asset class of litigation financing from the clutches of a privileged class of investors and into an open, fair, and transparent marketplace.
Last week, we saw @cryptoseals & @southpolesanta1 launch as Avalanche-exclusive NFT projects. Not only did they capture the imagination of the Avalanche community (myself included), they also sold assets worth about 18,000 AVAX.
The Avalanche Community is still just scratching the surface. We grow stronger every day, as new users, developers, and validators join the community.
With 897 full, block-producing validators, Avalanche has disproven many myths about how blockchains are necessarily slow and centralized.
I should note, this influx of activity and validation of Avalanche’s technology has dramatically accelerated progress with institutions. Enterprises whose permissioned proofs-of-concepts hit roadblocks are looking to Avalanche subnets for digitizing services and assets.
These institutions have understood Avalanche’s unique suitability for complex and compliant use cases, but needed to see Avalanche in-production, handling real-world value to initiate liftoff. This is coming much sooner than even my most optimistic forecasts believed.
Finally, I’ll touch on a few popular upgrades Avalanche has implemented. While other chains are having difficulty implementing these ideas, Avalanche has embraced them since Day 1.
Sharding -- by separating unrelated transactions on the chain into different, independent data containers, blockchains can achieve higher scale. Avalanche's subnets serve exactly this purpose.
Signature-separated transaction format -- By separating signatures from the rest of the transaction, Bitcoin made it easier for nodes to manage crypto data that isn't necessary after a tx has been verified. AVAX transactions use an analogous scheme.
Bech32 addresses -- AVAX addresses are error detecting, relatively compact, and easier to share over a phone, minimizing the likelihood of funds sent to unrecoverable addresses. AVAX has had full support for Bech32 since Day 1.
Burning transaction fees -- Creates a virtuous cycle that benefits all participants in the Avalanche community. By burning fees, rather than adding them as an extra tip to reward block producers, the protocol creates a natural, organic demand for $AVAX.
Amazingly, more than $1.4M of $AVAX has been burned paying for smart contract fees on the platform since the bridge launch on 2/8. This is especially great for holders, as AVAX is a hard-capped, scarce asset like bitcoin. It will never exceed 720M coins.
There’s an unconscionable amount of blue sky for the cryptocurrency ecosystem to explore. Entirely new assets, applications, and products that have never been done before, and some that have never even been dreamt of yet.
I’m confident that Avalanche will be the premier destination for the developers and entrepreneurs pioneering the next great DeFi app, decentralized unicorn, or moonshot.
With @avalancheavax as a technical foundation, and this community’s passion for rallying around true innovation, anything is possible.
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The Avalanche C-Chain is continuing to burn $AVAX at a fairly rapid clip, having crossed the $1m line recently. It's a good time to reflect on the underlying dynamic. (Thread)
A lot of the burn is attributable to DEXes, including @pangolindex, @SushiSwap and @Zer0Dex. These DEXes share a common feature: they constantly offer to buy and sell assets using the Uniswap equation. They are censorship free, and make a market for any asset.
By construction, these DEXes operate constantly provide arbitrage opportunities as prices move. Their bid/ask prices are modified continuously, by anyone, to reflect the market consensus on the price of the assets.
Today’s #FreeLoveFriday is about a topic that has been seeing a lot of discussion recently. Namely, I want to talk about Non-Fungible Tokens (NFTs) in general, and to make it specific, I’ll focus on CryptoKitties.
First of all, there is the impression that NFTs were invented on Ethereum and that the Bitcoin community is just now getting in on the NFT game. This is not actually how it happened.
The very first NFTs were invented and issued on Bitcoin, by layering them on top of Bitcoin transactions. Among the most notable were NFTs centered around Pepe The Frog. I will leave dissecting the social aspect of Rare Pepes alone and focus on the technical side of NFTs.
The Avalanche network experienced a slowdown yesterday. I want to provide a short update on what happened, with a full analysis to be provided next week.
The Pangolin launch generated enormous activity, as I’m sure you’ve already heard. This activity triggered a nondeterministic bug in the network layer, related to caches, that led to a block validity check being skipped.
As a result, 57 X-chain to C-chain coin mint transactions were not subject to requisite checking in the client. This led to invalid minting of ~790.2 AVAX, corresponding to ~$40k USD, on the C-chain. It also caused the network to slow down. Nothing else was affected.
And it doesn't mean that the solution lies in public blockchains. All of the reasons why people wanted private blockchains saree still there. It's just that private chains clearly have too many downsides to pose a viable solution.
Not a single one of the private blockchain solutions that people have worked on has been deployed in a mission critical setting. The reasons are obvious. Private chains are:
- closed deadends
- don't integrate with exchanges, AMMs, etc
- consortia fall apart quickly
Another #FreeLoveFriday. So far, I’ve covered Bitcoin, Mastercoin/Omni, and last week ChainLink and the importance of decentralized oracles. Today, let’s talk about one of the most fascinating projects in crypto - @MakerDAO
In my thread about Mastercoin, I briefly touched on the vital role fiat-backed stablecoins play in crypto markets, but there’s a catch with them:
The counterparty risk of a third-party holding fiat in reserves.
Enter MakerDAO, which set out to create a decentralized, collateral-backed cryptocurrency, DAI, that would be “soft-pegged” to the U.S. Dollar using the power of algorithms. In crypto tradition, its supporters said trust game theory, not operators.
Important reminder about @RobinhoodApp's past track record.
Robinhood has a history of failing to provide "best execution" to their clients. In essence, they let hedge funds like Citadel and others front-run the orders from retail, costing millions to the retail investors.
Are DEXes better? Undoubtedly. But DEXes on slow PoW chains like ETH1 just don't cut it, because they allow miners to front-run the orderflow. hackernoon.com/front-running-…