Blockchain
Shiba Inu raises $12 million in token round for its new blockchain
The team behind the well-known memecoin Shiba Inu (SHIB +2.03%) has raised $12 million by selling its yet-to-be-released token, TREAT, to venture capital investors outside the United States. These investors include Polygon Ventures, Mechanism Capital, Big Brain Holdings, Shima Capital, Animoca Brands, Morningstar Ventures, Woodstock Fund, DWF Ventures, Stake Capital, and Comma 3 Ventures, as announced by Shiba Inu on Monday.
Although some of these investors, like Mechanism Capital and Shima Capital, seem to be based in the U.S., Shiba Inu’s lead developer, known as Shytoshi Kusama, stated that none of the investors are U.S.-based, although full entity names may not be disclosed when questioned.
The fundraising for this round began a few months ago and concluded earlier this month, according to Kusama. However, he declined to comment on the valuation. Still, a source with direct knowledge of the matter revealed that it was a staged round, with each stage occurring at valuations of $75 million, $100 million, and $200 million, respectively.
Kusama mentioned that the token round includes both pre-seed and seed rounds.
The TREAT token, according to Shiba Inu, will function as the “utility and governance token” of its new privacy-focused Layer 3 blockchain, which is being constructed on Shibarium, its Ethereum Layer 2 blockchain.
TREAT will be the last non-stable token from the Shiba Inu ecosystem, said Kusama, adding that the ecosystem will introduce a new token called Shi later this year. The ecosystem currently includes popular tokens like the SHIB memecoin, BONE, Shibarium’s governance token, and LEASH. Despite the fact that the TREAT token has not been released yet, CoinGecko and CoinMarketCap are already displaying some trading volume for certain TREAT tokens. Kusama referred to this as a “scam.” The genuine TREAT token will be minted by The Shiba Inu Mint S.A., a Panama corporation, according to Kusama.
Shiba Inu is developing its new Layer 3 blockchain using fully homomorphic encryption technology from cryptography company Zama, which recently raised $73 million in funding. FHE is considered the “holy grail” of cryptography, enabling end-to-end data encryption, even during processing. “This new encryption chain aims to address multiple issues in crypto, including privacy and trust for Shiba Inu’s extensive community of tens of millions and the next billion crypto-curious individuals,” said Shiba Inu.
The new blockchain is intended to comply with regulatory requirements. “It’s important that we maintain a project that conforms to international law while protecting the privacy of data, and security of individuals,” Kusama said. “By allowing people to both be private yet still gain credentials to verify their identity, our entire system extends security and compliance at the same time.”
Kusama declined to disclose the name of the Layer 3 blockchain to “ensure that there are no scammers” like fake TREAT tokens.
The new blockchain is scheduled to release a testnet in the third quarter of this year and the mainnet “after thorough testing,” according to Kusama.
Source: theblock.co
The post Shiba Inu raises $12 million in token round for its new blockchain appeared first on HIPTHER Alerts.
Blockchain
Africa Loyalty Programs Market Databook 2025, with Safaricom, Paga, M-Pesa, Airtel Money, MTN MoMo, Pick n Pay, JumiaPay, Paycode, TradeDepot, Shoprite, Flutterwave, Takealot, Ecobank and More
African Loyalty Programs Market
As the Layer-1 ecosystem is increasingly flooded with inflated performance claims, new research from Steven Pu, Co-Founder of Taraxa, delivers a reality check. Using data from Chainspect, the study evaluates the cost-efficiency of 22 blockchains by analyzing the real-world cost of running a validator node against actual mainnet throughput.
Blockchain performance reports often rely on idealized scenarios with private testnets, specialized hardware, and unrealistic assumptions that inflate transactions-per-second (TPS) numbers. This results in performance claims that look impressive on paper but do not hold up in practice.
Pu’s research introduces a more pragmatic approach—measuring transactions per second achieved on mainnet per dollar spent on a validator node (TPS/$). This simple yet powerful metric directly addresses the distortion in performance figures by shifting the focus from theoretical throughput to cost-adjusted efficiency. By assessing how much real transaction processing power a network provides per dollar spent, this study offers a fair and verifiable way to compare blockchains on a level playing field.
Figures are produced by dividing the observed mainnet throughput by the monthly cost of a single validator node. The goal is to ensure that blockchain developers, investors, and users have access to data that truly reflects network sustainability and scalability.
This research is more than just a comparison—it’s a call to action. For too long, blockchain projects have relied on inflated performance metrics that fail under real-world conditions. By shifting the focus to cost-efficiency and observed mainnet performance, Pu’s study sets a new standard for evaluating blockchain scalability.
Tellingly, the results expose a striking gap between theoretical performance figures and real-world results. Figures show that theoretical throughput is overstated by a staggering average of 20 times when compared to actual mainnet observations. This means that TPS figures, often cited in whitepapers and marketing materials, vastly exceed what is achievable under real-world conditions.
Such a significant discrepancy suggests that developers, investors, and users may base their decisions on numbers that do not hold up outside of a controlled test environment. This calls for a reform in how blockchain performance is reported and evaluated.
“Investors, developers, and users deserve transparency,” explains Pu. “The blockchain industry has long been obsessed with theoretical performance figures, but numbers generated in a lab mean little if they can’t be replicated in real-world conditions.”
“Our research also shows that many networks require expensive hardware just to achieve modest transaction rates, which is neither technically impressive nor decentralized. By focusing on verifiable data from live networks, we can shift the conversation toward meaningful performance metrics that actually impact usability, cost-efficiency, and decentralized adoption.”
Findings also show that only four out of the 22 blockchains achieve a double-digit TPS/cost ratio. This low percentage highlights that most networks require high expenditures to reach modest transaction rates. Many networks fall short when the real cost of running a node is considered. Users and developers face a challenging landscape where performance is not always backed by cost efficiency.
Rather than dismissing other chains, Taraxa calls for more transparent, verifiable and balanced metrics for comparing blockchains. The research is more than just a comparison—it’s a call to action. For too long, blockchain projects have relied on inflated performance metrics that fail under real-world conditions. By shifting the focus to cost-efficiency and observed mainnet performance, Pu’s study sets a new standard for evaluating blockchain scalability.
Overall, the research challenges common industry practices that rely on overly optimistic theoretical metrics. The market often relies on figures generated under ideal conditions that rarely match everyday use.
By basing this study on data from live networks, the Taraxa team provides a more grounded look at blockchain performance. The focus on cost efficiency and real-world conditions helps set a new standard for performance reporting.
The post Taraxa Report Reveals 20X Overestimation In Blockchain Throughput appeared first on News, Events, Advertising Options.
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