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Speaking to Cointelegraph at Solana’s annual Breakpoint conference in Amsterdam, the co-founder recounts a late-night brainwave of a “hyper-optimized, fast as possible” smart contract blockchain protocol.
“The use case that I was going after was for central limit order books, like how to run something that’s like the Nasdaq, but on a public permissionless blockchain,” Yakovenko explains.
Solana’s roots are intrinsically linked to Yakovenko’s journey as a computer engineer. Having spent the majority of his career at Qualcomm in San Diego alongside co-founder Raj Gokal, Yakovenko’s idea for the platform carries plenty of inspiration from that period of his life.
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The impetus for the idea stemmed from a concept known as time division multiple access. As Yakovenko explains, the technology is tied to how cellular towers alternate transmissions based on time intervals.
His idea was to build a system based on technology that Stanford University researchers had been working on called a verifiable delay function. Yakovenko jokes that he thought he discovered something truly novel, which prompted him to begin working on a smart contract layer platform:Inspired by the advent of smart contract functionality pioneered by Ethereum, Yakovenko and his partners set out to develop a breakout application and use cases powered by smart contract functionality:“The intuition that I had was that once you have a way to track time in a decentralized way on a public permissionless blockchain, you could use similar optimizations that Qualcomm did for cellular networks.”Two years of work went into the engineering of Solana before its eventual launch in March 2020 ...“We wanted to build a hyper-optimized, smart contract platform that could give the benefits of trust-minimized computing but without the performance headaches or costs associated with alternatives.”
... as the layer 2 economy continues to grow on Ethereum, which is helping to scale the largest smart contract blockchain but also fragmenting the user experience, more and more influential Ethereum boosters and developers are saying there is a chance "monolithic" chains like Solana will dominate.
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... This year Solana saw the launch of the blockchain-forward Saga phone, announced by Yakovenko, a former operating systems developer at Qualcomm, and got a taste of Firedancer, the upcoming secondary chain client built by trading powerhouse Jump Crypto. Low cost payments in particular is one area where Solana shows promise.
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Solana Mobile, a subsidiary of Solana Labs, introduced Saga, a flagship Android mobile phone with unique functionality and features tightly integrated with the Solana blockchain making it easy and secure to transact in web3 and manage digital assets, such as tokens and NFTs.
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Saga was introduced at an event in New York today, which also included the introduction of the Solana Mobile Stack, a framework for Android allowing developers to create rich mobile experiences for wallets and apps on Solana and create a “Secure Element” for private key management ...
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Solana's Saga Phone has an uncertain future because of disappointing sales and changing market dynamics, Solana founder Anatoly Yakovenko said during a recent appearance on Laura Shin's Unchained podcast.
“We have to decide if there’s a place for a smart wallet, a much cheaper version that an iPhone user could use as a secondary device. We haven’t seen a ton of signal whether that’s a compelling enough thing to sell 50,000 units,” he said, saying that this was the magic number to determine the success of the phone.
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The once-struggling Solana phone is turning into a sellout. And the memecoin BONK is almost certainly the reason why.
Arbitrage traders appear to be chasing a 30 million BONK token airdrop that's available to every owner of the Saga phone. At current prices that much BONK is worth nearly $700 for a phone that costs $599.
"Saga sales have >10x'd in the past 48 hours, and are now on track to sell out before the new year," Solana co-founder Raj Gokal tweeted midday Thursday. The surge is so pronounced that Gokal's counterpart, Anatoly Yakovenko, tweeted they needed to raise the price.
The euphoria around BONK – Solana's dog-themed equivalent to Dogecoin – has led to a turnaround story for Saga ...
Lighthouse Protocol, a smart contract designed to make Solana’s Web3 environment more user-friendly, expects to reach mass adoption later this year. The initiative, which seeks to tackle the wallet-draining problem in the Solana blockchain, uses assertions (instructions that seek to verify the correctness of assumptions made in a transaction) to simulate the changes derived from a transaction.
For example, if a transaction signed seeks to send 0.1 SOL, but Lighthouse predicts that its final purpose is to drain the whole contents of a wallet, the execution of this movement will fail, protecting the user from being drained. Lighthouse will provide a self-contained and open-source solution for implementing these assertions, free to be used in every wallet to prevent these attacks.
According to Slorg, project lead of Solincinerator, Lighthouse seeks to avoid different techniques used by attacking groups to collaborate to the mass adoption of Solana, allowing less tech-savvy users to test decentralized finance without being easy prey for attackers.
Slorg stated that the objective of Lighthouse’s implementation goes beyond curbing these incidents, and its use is only possible on Solana. ...
The developer of popular alternative Solana client Jito on Friday abruptly nixed its mempool functionality, a key part of its tech stack that had nonetheless enabled a spate of costly front-running attacks on crypto traders.
Jito said in a tweet Friday that its mempool would go offline within hours. Mempools are the place where transactions sit before they’re added to the blockchain. Solana's core architecture doesn’t have a mempool but Jito’s Block Engine, which is designed to bring "maximum extractable value" (MEV) to the chain, did.
The decision ends a six-week battle between Jito's stewards and savvy traders who were exploiting the mempool by front-running other people's trades. For much of its existence Jito's terms of service had banned "front running" in its mempool, but traders kept executing these so-called "sandwich attacks" anyway.
A sandwich attack occurs when arbitrage bots trade against people whose transactions are sitting in the mempool but haven't yet settled. It's niche part of MEV on Ethereum, where perpetrators mostly target large orders. But Solana's low fees made sandwich attacking all too easy, and many retail users were paying the price.
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ABOUT STAR ATLAS
Star Atlas is a next-gen gaming metaverse emerging from the confluence of state-of-the-art blockchain, real-time graphics, multiplayer video games, and decentralized financial technologies.
Using Unreal Engine 5's Nanite, real-time graphics technology allows for cinematic quality video game visuals. In addition, blockchain technology using the Solana protocol establishes a largely serverless and secured gameplay experience. Non-fungible tokens obtained and traded within Star Atlas create an economy that replicates tangible world assets and ownership. To learn more, visit StarAtlas.com, join a faction at Play.StarAtlas.com, send your spaceships on a deep space mission by enrolling them in a Faction Fleet, harvesting resources with Faction Claims and download the Showroom on your PC.
Just as of recently Solana which is known to many through its great speed and scalable blockchain technology recently came across something unusual. The Solana network faced a lot of network congestion. What this led to has been concerning for the company. This network congestion caused 75% of on-chain transactions to fail
This issue has caused a lot of discussions and also got some users migrating to Ethereum instead. The reason for this migration seems to be for more reliable transaction experiences. Austin Federa, the Head of Strategy at the Solana Foundation, provided insights into the root causes of these challenges and the measures being taken to resolve them.
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... The issue according to Austin Federa is called ‘’tech debt’’. This shows a really difficult decision for Solana. The issue is that they can either add new features or improve the existing network.
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Solana is benefitting from multiple catalysts, including bustling meme coin trading, strong stablecoin volumes and decentralized finance (DeFi) activity.
Choung cited incoming network upgrades are paving the way for the highly anticipated Firedancer, a secondary chain client developed by Jump Crypto that aims to improve the network's performance.
There's also an "increasingly growing interest in shared cryptoeconomic security" – usually referred to as restaking – arriving to the ecosystem, David Shuttleworth, research partner at Anagram, said in an X direct message.
... you’ve probably caught the buzz around Firedancer — the game-changer that is set to fix all of Solana’s issues, crank its performance by 10x hitting 1M TPS (transactions per second), and make Solana The Blockchain.
Sounds awesome, right? You’re pumped, but still scratching your head about how this whole thing actually works.
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How? By developing a new validator client entirely from scratch, in the C++ programming language, to optimize everything possible, eliminating the bottlenecks found in the current Rust-based Solana Validator developed by Solana Labs. As Anatoly Yakovenko, the CEO of Solana Labs, has stated, Solana lacked the resources to develop a fully fleshed-out product, implying that Firedancer is, indeed, the validator client that would have been built from the start with the right resources.
“If we had all the resources in the world in those early days, this is how we would have built this thing.” - 𝕏/jump_firedancer
Thus, Firedancer essentially represents a fine-tuned rewrite of the Solana validator codebase, bringing two major improvements to Solana:
- Performance Gains - achieving higher TPS, reducing latency, and eliminating chain halts.
How? By removing the inefficiencies present in today's software, thus allowing the chain to operate at its maximum capacity, limited only by the hardware.
- Client Diversity - having several validator clients different from each other.
Why is this critical? In a proof-of-stake blockchain like Solana, validators are essential for validating transactions. With enough $SOL and the right hardware, nearly anyone can become one of Solana's current 1651 validators. However, the issue is that these validators either run the Rust-based client by Solana Labs or (about 30% of them) the Jito Labs' version, which is a fork optimized for MEV prevention.
Having diverse clients enhances fault tolerance — if one version encounters a bug or crashes, the network continues to run and remains stable.
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3iq Digital Asset Management, one of Canada’s largest investment fund managers dedicated to digital assets, announced Thursday that its Solana Fund has filed a preliminary prospectus with securities regulatory authorities in all Canadian provinces and territories, except Québec, for an initial public offering of Class A and Class F units. 3iq has also applied to list the fund’s Class A units on the Toronto Stock Exchange (TSX) under the ticker QSOL. The announcement details:...The fund seeks to become the first Solana (SOL) exchange-traded product (ETP) to be listed in North America.
the big news is here
today we're introducing ZK compression to Solana, directly on the L1 — without requiring L2s
this changes everything you thought you knew about Solana and scaling L1s
TL;DR — we compress onchain state to get 10,000x scale improvements and get 1 step closer to building The Financial Computer — an unstoppable, global, atomic state machine syncing at the speed of light
for non-technical folks
developers can now build and scale literally anything they want directly on Solana without needing to leave it
example cost difference
take an airdrop to 1,000,000 users
this today would cost over $260,000 for state alone
now, it's $50 — 5,200x cheaper
but a token account is just one example of this — *everything* on Solana is an account, meaning everything can be scaled
for technical folks
there are two costs on Solana — compute and state
Solana already has cheap compute — but state is expensive
allocating accounts, paying rent, and scaling with users have all been shown to be a massive roadblock for Solana devs
this is now fixed
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Crypto-investments firm Bitwise took a big jump Thursday toward offering a Solana exchange traded fund (ETF) in the United States.
Paperwork filed with the Securities and Exchange Commission (SEC) makes Bitwise the fourth investments company vying to offer a Solana ETF, behind Canary Capital, which filed in October and VanEck and 21Shares which kicked off the race in June.
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the recent solana congestion was made infinitely worse due to one factor:
app devs are not setting fees correctly
if the median fee for a swap has risen to $1 because of competition for that market but you haven't updated the fees for your txns, you are locking your own users out from the chain
you need to set the fees dynamically based on the market rates — from our monitoring, we see that this makes a huge difference, as much as 92%!
there are other things you should be doing such as sharding the accounts you write to if the accounts are congested, but that's more advanced
for now, just use a fee API and set the fees correctly — it takes a few minutes to setup
on top of this, make sure you are minimizing the compute units (CUs) that you're requesting
fees are a function of CUs, you don't want to buy the entire Yankee stadium but then only use one chair in the stands — a huge waste of money
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A new Solana proposal aims to change the frequency at which new tokens are generated on the prominent blockchain—and the suggested changes are generating serious debate ahead of the imminent vote.
The proposal, also known as SIMD-0228, looks to move from fixed-rate token emissions to a programmatic, “market-based emission” schedule that is based on staking participation rate.
In other words, instead of decreasing Solana inflation based on a fixed, time-based schedule, SIMD-0228 proposes that Solana inflation dynamically changes based on network activity.
“The [current] mechanism is not aware of network activity, nor does it incorporate that to determine the emission rate. Simply put, it’s ‘dumb emissions,’” reads the proposal. “Given Solana’s thriving economic activity, it makes sense to evolve the network’s monetary policy with ‘smart emissions.’”
The proposal’s authors—Multicoin Capital’s Tushar Jain and Vishal Kankani, and Max Resnick, lead economist at Solana-focused R&D firm Anza—believe that so-called smart emissions would benefit the network and stakers by reducing inflation, spurring DeFi usage, reducing sell pressure, and improving the narrative around its existing inflation.
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SIMD-228 Proposal Nears Approval
As mentioned in our last article, the SIMD-228 protocol proposal in Solana is being discussed to cut SOL inflation by nearly 80%. As per the recent vote status, the proposal is currently passing with 67.97% yes of yes+no votes which exceeds 67%.
However, 56% of stakers have not voted yet. The voting continues until the end of Epoch 755.
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Solana’s [SOL] most controversial inflation proposal, SIMD 228, didn’t pass after garnering just 43.6% YES votes, about 23% below the required threshold of 66.67%.
According to Dune Analytics’ data, the final vote tally showed that 27.4% of stakeholders voted against the proposal to cut Solana’s inflation by 80%.
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Now, Solana’s fixed inflation schedule, with an annual 15% deflationary rate until it hits a long-term 1.5% rate, will continue to be in place.
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