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Instant Finality - What makes Algorand stand among blockchains
7 hours ago
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Overview

Welcome back to our next comparison article on Instant Finality. I’m sure you’ve heard of this term when talking about Algorand but perhaps it’s not clear the full extent of what it provides to your project.

Many blockchains suffer from forking or block reorganization (reorgs) that require significant time to pass before the transaction can be considered final. This article discusses what instant finality is and how Algorand handles finalizing a transaction.

In a nutshell it means that each time you see a transaction in a block, it is already safe to consider it committed to the blockchain. This is a guarantee that is extremely hard to achieve without sacrificing on security, performance or decentralization but Algorand does just that.
Thanks to its unique consensus protocol, it guarantees Instant Finality without compromises!

Table of Content - Instant Finality

  • Forks & Finality Delay
  • Instant Finality
  • Tooling
  • Conclusion

Forks & Finality Delay

Ok so what happens usually in other blockchains and why is Finality a big deal?
Finality is the moment in time when a transaction is considered immutable and irreversible. The Finality Delay associated with it is the time between a transaction appearing in a block and Finality.

Blockchains, being the distributed systems they are, suffer from the same problems that affect other traditional distributed systems. The most notorious example is the CAP theorem which states that out of consistencyavailability, and partition tolerance, any distributed system may only choose two. In reality this is more of a spectrum than a black & white design decision and each project chooses to prioritize some more than others while still providing good enough guarantees for all three.
(This concept is not to be confused with the Blockchain Trilemma which is just informal and relates to security, decentralization and performance)

As a consequence of this, most blockchains need a way to resolve network partitions. Network partitions usually refer to the physical layer of the network being unplugged which creates two (or more) sub-groups in place of a cohesive network. Aside from the traditional meaning, a partition in a blockchain network could also be sub-groups sharing different ideas about the state of the chain or the state of the pending transactions (aka the mempool).


If we want network tolerance the CAP theorem tells us that we should implement a tradeoff with either consistency or availability. Indeed most blockchains allow the network to diverge into sub-groups which will be reconciled later. The network divergence is a fork and the reconciliation algorithm is a fork resolution algorithm.

What this means concretely for your project is that you should write code that handles the possibility of the transaction being reverted. If you can just wait for true Finality, that’s one strategy but that’s not always possible because of real-time constraints and because some blockchains only offer a probabilistic delayed Finality.

Most approaches that deal with certainty and time are much more speculative than just waiting for true Finality. Some decide to take a statistical approach and study, based on past behavior, how much you should wait for 99.9% of transactions to not revert. Some others may go ahead and assume that a transaction will be final in the future and have a contingency plan ready for the event that it will not.

As an example, if you are tracking the value of your portfolio it might even be desirable to look at recent transactions that are not valid yet to monitor the most recent asset price. If you then decide to buy/sell at certain points according to your strategy, you should make sure that your order goes through (retrying it, upping the offered fees if need be, …).

A contingency plan in case of a fork is to drop the buy/sell order if prices revert to the beginning of the fork. In this diagram, it is represented the state of the chain if a price change happens in a different fork than the order that is sent in.

It’s important to know that visibility over the number and type of active forks is, in some cases, severely limited. A fork may reach one node much later than it did for other nodes in the network.

Instant Finality

Now for a more concrete definition of Instant Finality: it’s Finality with a 0-seconds Finality Delay.

Note that we are not qualifying this further. It’s not near-instant finality. It’s not probabilistic instant finality. It’s certainly not instant finality at the expense of decentralization or performance.
Each transaction that makes it into a new block, is instantly final because Algorand does not fork.

The Pure Proof-of-Stake Algorand consensus protocol relies on VRF to select a representative sample of all the online accounts that will participate in each round. Each round is composed of three voting stages (and three independent juries):

  • Block proposal
    Each component of the first jury compiles its proposal for the new block based on its knowledge of the state of the chain and the messages that it has seen. This proposal is sent across the network
  • Soft vote
    A second jury deterministically selects a single proposal based on the hash of the proposed block
  • Certify vote
    The third, and final, jury checks the unique proposal for fraud

Since each jury is selected at random based on the stake of the participants, they keep each other in check for honest behavior. The fact that the number of proposals is reduced until there’s only one means that the honest network is not allowed to diverge.

(By the way, if you are interested in a technical dive into VRFs and how Algorand leverages then check out this page)

In case of a dishonest network or physical network partitions, Algorand will enter recovery mode until a quorum of nodes agrees to resume block production again.
This design prioritizes consistency over availability.

Tooling

The advantage of developing with Instant Finality is that you can react quickly to on-chain events.


Any transaction from a payment, to an Asset Transfer, to an application call to a financial or bringing protocol is an event that can be observed and acted upon with certainty that it will never be rolled back by the time the reaction takes place. It also means that off-chain systems can react instantaneously to events. For example, imagine monitoring the chain to detect DEX swaps and sending an arbitrage. Did you know that you can implement flash-loaned financial transactions easily with Algorand?

Check out this article on Flash Loans!

Algokit Subscriber

The Algorand Foundation is developing tools for TypeScript (Python soon) that implement a pub/sub pattern for clients connecting to nodes. This allows projects to easily receive irreversible and fast updates on the state of the chain.

This is a code snipped that allows you to monitor USDT events anywhere in the chain instantaneously:

Conclusion

Whether you think of Algorand as a decentralized database, a source of events, a platform for applications, etc… it shouldn’t change the fact that the products that you choose are available, fast, consistent, and coherent. Instant Finality is a feature that we take for granted in traditional systems but one that is rare in blockchains. Algorand solves this with a unique consensus protocol that prevents this problem from even happening.

 

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North Korean hackers’ $308m DMM Bitcoin heist ranked 2024′s biggest. AI will make attacks even worse

Summary:

  • The biggest hacks this year were mostly due to private key leakage.
  • Security experts warned that such attacks would happen.
  • Investors lost $2.3 billion to crypto theft in 2024.

It wasn’t a secret.

Blockchain security experts shouted it from rooftops last year: Infrastructure attacks targeting private keys and smart contract ownership would cause major damage to crypto projects in 2024.

Private keys control access to crypto wallets and should be stored securely. If not, hackers can use them to steal funds from a victim’s wallet.

Some companies didn’t heed those warnings and failed to secure their private keys, leaving the door open for North Korean cybercriminals to steal $1.34 billion in crypto, according to blockchain forensics company Chainalysis.

According to Luciano Ciattaglia, vice president of services at blockchain security auditor Hacken, companies affected by private key leakage made “avoidable mistakes.”

“Victims often used third-party private key management platforms that lacked proper security practices such as encryption or distributed storage,” Ciattaglia told DL News.

This year’s biggest hacks were all due to access control vulnerabilities including private key leakage.

In a year where investors lost $2.3 billion to crypto theft, private key leakage and other infrastructure attacks account for 81% of that total, according to blockchain security firm Cyvers.

Here are the five biggest crypto hacks of 2024.

DMM Bitcoin $308 million in May

Japanese crypto exchange DMM Bitcoin was the hardest hit this year.

The platform lost 4,502.9 Bitcoin worth $308 million in May.

Six months after the hack, the details are still unclear, but security researchers suspect North Korean hackers accessed the platform’s private keys.

They based their claim on the similarities between the laundering techniques used by the hackers to that of the dreaded North Korean cybercrime syndicate Lazarus Group.

DMM Bitcoin was unable to recover from the hack. The platform shuttered earlier this month and transferred its assets to trading platform SVI VC Trade.

PlayDapp: $290 million

PlayDapp, a South Korean blockchain gaming app, managed to avert disaster despite suffering a massive hack in February.

The saga began when a hacker hijacked control of PlayDapp’s smart contract for minting tokens and created 200 million PLA tokens.

At the time, the tokens were worth $26 million.

PlayDapp acted swiftly by contacting exchanges to freeze the tokens which prevented the attacker from cashing out.

Undaunted, the hacker minted 1.6 billion PLA tokens worth $264 million days later but they were unable to sell them.

PlayDapp has since migrated to a new token contract.

 

WazirX: $235 million

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Hackers breached one of the platform’s multisig wallets in July and stole $235 million in various cryptocurrencies including Ether and the Shiba Inu memecoin.

The hackers used complex attack vectors to trick WazirX wallet administrators into ceding access control over to the bad actors.

They used this access control to bypass other security measures and syphon funds from the platform’s wallet.

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Radiant Capital: $62.5 million

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In January, an attacker manipulated the protocol’s smart contract to steal $4.5 million from versions of Radiant Capital deployed on Arbitrum and BNB Chain.

Then in October, the platform lost $58 million in an attack where hackers compromised the protocol developer’s private keys to steal funds.

That second attack has been linked to North Korean cybercriminals.

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Looking ahead

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Other security experts are also converging on that possibility.

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Institutional adoption of digital asset yield strategies in a new era of regulatory clarity

💭 Ever wonder why Bitcoin is being heavily promoted and broadcast to the masses at such a massive scale? I do too—it doesn’t quite sit right with me. 🤔 When you think about it, 99.9% of DeFi has little to do with Bitcoin. It’s the so-called "altcoin" projects, most of which are still severely undervalued today, that truly have the potential to transform the world, and generate the next round of multi-billionaires. 🌐 Namasté 🙏~The Dinarian

Bitcoin is increasingly being included in the portfolios of institutions and their clients. In this opinion piece, Jason Leibowitz, explores how the digital asset space can be tailored for institutions. He is Head of Private Wealth at Hashnote, a digital asset manager started by the founders of DRW.

For years, Bitcoin lingered at the fringes of institutional finance, viewed as an experimental asset marred by volatility and regulatory uncertainty. Despite its promise of decentralization and outsized returns, Bitcoin remained largely untouchable for banks, asset managers, and other stalwarts of traditional finance (TradFi). However, a tectonic shift is underway. As regulatory clarity emerges in the United States and institutional interest grows, Bitcoin is poised to redefine portfolio strategies. Yet, one critical question persists: How can Bitcoin move beyond speculative asset status and deliver real, risk-adjusted value to institutional portfolios?

This question lies at the heart of an innovation wave that is reshaping the digital asset landscape. Yield-generating Bitcoin strategies, long a focus of crypto-native platforms, are now being tailored for institutions. At Hashnote, an on-chain digital asset manager, we have seen firsthand the challenges and triumphs of building these strategies. The journey to institutional adoption is not without its hurdles, but the rewards—for both investors and the broader ecosystem—are transformative.

The Problem: Unlocking Productivity from a Volatile Asset

Bitcoin’s primary narrative has been that of digital gold—a store of value with long-term appreciation potential. While compelling, this narrative has limitations for institutional investors who require consistent income streams and clear regulatory guardrails. Institutions face a fundamental challenge: How do you turn a volatile, unyielding asset into a productive component of a balanced portfolio?

This challenge is compounded by legacy concerns. Custody solutions have historically been underdeveloped, and fears of counterparty risk or credit exposure have deterred adoption. Meanwhile, questions about regulatory compliance lingered, leaving institutions wary of wading into the digital asset space. These barriers have kept Bitcoin yields—and their potential—out of reach for many institutional players.

The Innovation: Building Yield Strategies for Institutions

At Hashnote, our mission has been to bridge this gap by developing Bitcoin yield strategies that address these challenges head-on. Two pioneering products exemplify our approach: Core Dual Staking and iBTC Wrapping. Each represents a unique, risk-mitigated way of earning yield on long spot Bitcoin positions without introducing new counterparty or credit risks.

Core Dual Staking emphasizes non-custodial staking, a principle that risk-conscious DeFi managers prioritize. Unlike traditional staking models, where assets may be at risk of slashing or centralized control, Core Dual Staking ensures that investors maintain control of their Bitcoin while eliminating slashing risk. This approach not only mitigates credit risk but aligns with the institutional demand for transparency and security.

iBTC Wrapping offers another innovative solution. This non-custodial Bitcoin wrapping product allows institutions to earn yield by integrating Bitcoin into decentralized finance (DeFi) ecosystems. Unlike traditional methods of wrapping Bitcoin, which often introduce counterparty risk, iBTC leverages smart contract functionality to maintain a one-to-one backing of Bitcoin without adding new layers of credit risk. For institutions, this means accessing DeFi yields with the confidence that their underlying assets remain in secure custody.

Both products exemplify how yield can be generated in a compliant and risk-managed manner. But where does this yield come from? The answer lies in the mechanics of staking and wrapping. Staking derives yield from participating in blockchain consensus mechanisms, earning rewards for validating transactions. Wrapping Bitcoin for DeFi applications creates opportunities to lend or provide liquidity, earning fees in return. These processes, while rooted in blockchain innovation, have been adapted to meet the stringent requirements of institutional finance.

The Solution: Regulatory Clarity Unlocks Potential

The pro-crypto administration set to take office in the United States marks a pivotal moment for institutional adoption. With a new head of the SEC who is reportedly supportive of digital assets and policymakers prioritizing regulatory clarity, the stage is set for a significant expansion of institutional engagement with Bitcoin. This clarity will address longstanding concerns around custody, liquidity, and compliance, empowering banks, registered investment advisors (RIAs), and other TradFi entities to incorporate Bitcoin into their offerings.

Regulatory clarity doesn’t just lower barriers; it creates opportunities. For the first time, institutions can envision a future where Bitcoin isn’t just an alternative asset but a core component of balanced portfolios. The ability to integrate Bitcoin yield strategies alongside equities, fixed income, and other traditional investments opens the door to new demand from institutional clients seeking diversification and long-term growth.

The Outcome: A New Era of Institutional Crypto Adoption

The convergence of product innovation and regulatory clarity is catalyzing a transformation in institutional finance. Bitcoin yield strategies, once seen as speculative, are now viewed as essential tools for generating risk-adjusted returns. For institutions, these strategies offer a way to justify Bitcoin allocations while addressing stakeholder concerns about volatility and risk.

We believe this moment is just the beginning. The ability to earn yield on Bitcoin without introducing new risks represents a paradigm shift, one that will redefine how institutions interact with digital assets. By aligning innovation with TradFi principles, we aim to make Bitcoin not just accessible but indispensable for institutional portfolios.

The journey from concept to reality is never linear, but it is always worth pursuing. As Bitcoin trades at historic highs and the market matures, institutions that embrace these innovations will find themselves at the forefront of a financial revolution. Yield-bearing strategies aren’t just a gateway to digital assets; they are the foundation of a new era in institutional finance.

 

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Bitcoin Social Sentiment Hits Yearly Low as Price Faces Correction, Signals Potential Recovery Above $100,000
Bitcoin's social sentiment has dropped to its lowest point of 2024, with the ratio of positive to negative comments falling to 4:5

Bitcoin's social sentiment has dropped to its lowest point of 2024, with the ratio of positive to negative comments falling to 4:5. Despite Bitcoin holding steady above $95,000, retail traders have expressed significant pessimism. This decline in sentiment is seen as a potential sign that Bitcoin might soon break out, as contrarian analysts believe markets often move opposite to retail expectations. In the past, periods of heightened fear have often preceded price rallies.

Bitcoin recently peaked at over $108,000 on Dec. 17 but has since fallen by more than 10%, currently trading around $97,150Analysts suggest the cryptocurrency could recover above $100,000, as some historical chart patterns indicate a possible rebound. Elja Boom, a popular analyst, noted that Bitcoin’s fractal patterns on the daily chart hint at upward momentum. However, other analysts, like Rekt Capital, predict that the correction could last another week, referencing similar market conditions in past years, particularly in 2017 and 2021.
 
Despite the short-term downward trend, Bitcoin’s technical analysis suggests the price is consolidating within a larger uptrend. The recent market correction came after the Federal Open Market Committee (FOMC) meeting, where market reactions suggested this was a shakeout rather than a reversal. CrypNuevo, another analyst, pointed to key support levels, such as $85,000. If Bitcoin falls below this, it could lead to a deeper correction, possibly down to $72,000. On the other hand, the $90,000-$95,000 range has been a strong support level, with significant buying interest emerging during price dips.

Looking at potential recovery paths, there are two main scenarios. One involves a W-formation, where Bitcoin could find support around $92,000 before pushing back above $100,000. The second scenario, considered more likely, could see Bitcoin testing the $90,000 level again. If this occurs, analysts expect strong buying pressure to drive the price back up. Monitoring the 50-hour exponential moving average (EMA) could offer further clues as to whether the recovery is gaining momentum.

While Bitcoin is amid a correction, longer-term projections remain optimistic. Analysts suggest that improving macroeconomic conditions and easing global monetary policies could push Bitcoin’s price above $160,000 by the end of 2025. Although 2024 has seen fluctuations, Bitcoin’s overall performance suggests that it remains on a growth trajectory, and many believe the cryptocurrency could bounce back before the year ends.

 

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