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Dapp

Dapps are digital applications that run on a P2P network of computers rather than a single server, typically utilizing smart contracts to ensure transparency and uptime. In 2026, Dapps have achieved mass-market appeal through Account Abstraction, allowing for a "Web2-like" user experience with the security of Web3. This tag covers the entire ecosystem of decentralized software—from social media and productivity tools to governance platforms and identity management.

5204 Articles
Created: 2026/02/02 18:52
Updated: 2026/02/02 18:52
Retail Is Doing the Same with Bitcoin Hyper

Retail Is Doing the Same with Bitcoin Hyper

The post Retail Is Doing the Same with Bitcoin Hyper appeared on BitcoinEthereumNews.com. Strategy continues to dominate as the world’s largest corporate Bitcoin holder as the company announces another $BTC purchase amid falling prices. Michael Saylor’s investment company issued a press release stating it had bought another 850 $BTC for $99.7M, averaging out at $117K per Bitcoin. Today, Strategy holds over $72B in $BTC and shows no signs of slowing down even in a rocky crypto market. To achieve the accumulation, Strategy sold nearly $100M of its own stock, showing serious confidence in the future of Bitcoin even though the gap from its recent ATH of $124K has widened, with the $BTC price down at $113K. It’s that same investor confidence in Bitcoin that’s seeing a new token – Bitcoin Hyper ($HYPER) – rack up massive funds in its presale. With plans to introduce a revolutionary Layer-2 designed to unleash Bitcoin’s full potential, $HYPER has grabbed the attention of retail investors. Why is Strategy Buying Bitcoin Now? Strategy (listed on the Nasdaq as MSTR) stocks hit a five-month low at around $320 in early September, prompting a shift towards $BTC, which is outperforming MSTR. While MSTR has seen a 6.2% decline over the last month, $BTC has seen only a 1.6% loss in the same period. While retail investors are spooked by the volatile performance of $BTC, following its fall from a recent ATH, institutional investors like Saylor believe the dip is an opportunity to scoop up cheap Bitcoin that will inevitably rise after the current period of volatility is over. Source: X/@saylor As we can see, Strategy has an overall purchase history that reflects this attitude. Even during the crypto lull in 2022, Strategy continued dollar-cost averaging its Bitcoin reserves, expecting that the industry would recover. This isn’t the first time Strategy has sold its own stock to purchase $BTC, either. Saylor’s…

Author: BitcoinEthereumNews

2025/09/23

PEPE Falls, Polygon Rises as BlockDAG Nears $410M in 2025

PEPE Falls, Polygon Rises as BlockDAG Nears $410M in 2025

The post PEPE Falls, Polygon Rises as BlockDAG Nears $410M in 2025 appeared on BitcoinEthereumNews.com. Crypto News 23 September 2025 | 14:55 See how PEPE dips while Polygon climbs. BlockDAG secures almost $410M, 3M+ users, 19,900 miners, and a live demo. Could it be 2025’s strongest coin pick? Market shifts in 2025 show two clear stories: hype-driven coins facing turbulence and adoption-focused projects showing strength. PEPE has once again come under pressure, falling after a whale sold millions, sparking doubts about its future. Polygon (POL), however, is on the rise, backed by strong partnerships and usage. Both remain widely discussed among top coins to watch, but their long-term paths look very different. BlockDAG (BDAG) is carving its own space. With its flat price at $0.0013 in Batch 30, the project raised almost $410M, selling 26.3B coins and building a base of 312,000 holders. Big players also stepped in with purchases over $4 million, while deals with the Seattle Seawolves and Orcas have boosted visibility across mainstream audiences. PEPE Price Drop Raises New Concerns PEPE has once again faced sharp pressure. A whale sold more than $4.8 million worth of holdings, sparking a steep fall in value. This event shows how fragile memecoins can be when a few large players make moves. While PEPE still manages to outperform many rivals in its category, the sudden drop highlights how sentiment-driven projects remain unstable. The fall has shifted attention toward projects with clear foundations and measurable adoption. Short-term rallies may still appear, but PEPE’s reliance on hype makes it a weaker option for those seeking coins with more reliable growth. Without stronger adoption or practical uses, long-term strength is uncertain. For now, PEPE keeps fueling conversations in the market. Yet it remains a high-risk example of how memecoins can generate excitement but still struggle to build lasting value. Polygon Price Surge Signals Strength Polygon (POL) has been gaining…

Author: BitcoinEthereumNews

2025/09/23

Shiba Inu Price Outlook: 138% Upside Possible, but Analysts Call Layer Brett the Next 100x Meme Coin

Shiba Inu Price Outlook: 138% Upside Possible, but Analysts Call Layer Brett the Next 100x Meme Coin

The Shiba Inu price has been showing resilience in 2025, with analysts suggesting it could see gains of up to 138% if momentum continues into the next bull run. As one of the most recognizable meme tokens in the world, SHIB continues to benefit from its loyal community and expanding ecosystem. Yet many traders are […] The post Shiba Inu Price Outlook: 138% Upside Possible, but Analysts Call Layer Brett the Next 100x Meme Coin appeared first on Live Bitcoin News.

Author: LiveBitcoinNews

2025/09/23

Layer Brett Named Best Crypto to Buy Now As Solana and Cardano Secure Top 3 Spots

Layer Brett Named Best Crypto to Buy Now As Solana and Cardano Secure Top 3 Spots

When rankings shuffle and investor money moves, everyone wants to know where the real opportunities lie. This week’s market shake-up saw Solana (SOL) and Cardano (ADA) secure their places among the top three performers. But it was newcomer Layer Brett (LBRETT) that stole the spotlight. Many analysts are already calling it the best crypto to [...] The post Layer Brett Named Best Crypto to Buy Now As Solana and Cardano Secure Top 3 Spots appeared first on Blockonomi.

Author: Blockonomi

2025/09/23

Cardano Price Could Double In 2025, But Insiders See Layer Brett Delivering PEPE-Like 120x Growth

Cardano Price Could Double In 2025, But Insiders See Layer Brett Delivering PEPE-Like 120x Growth

The crypto market in 2025 is filled with opportunities, but not every token is expected to deliver the same kind of returns. Cardano (ADA) remains a respected Layer 1 network, while PEPE is still one of the biggest meme coins by community reach. However, insiders say the real breakout potential may lie with Layer Brett […] The post Cardano Price Could Double In 2025, But Insiders See Layer Brett Delivering PEPE-Like 120x Growth appeared first on Live Bitcoin News.

Author: LiveBitcoinNews

2025/09/23

R Games Partners With Coldstack for Decentralized Storage to Power Secure, Scale Data, And Advance Gaming Experiences

R Games Partners With Coldstack for Decentralized Storage to Power Secure, Scale Data, And Advance Gaming Experiences

By integrating Coldstack’s decentralized storage, R Games’ applications and ecosystem store and access data securely, enabling its operations to run seamlessly.

Author: Blockchainreporter

2025/09/23

VeChain Invites Global Devs to Hackathon — Build, Innovate, and Win $30,000

VeChain Invites Global Devs to Hackathon — Build, Innovate, and Win $30,000

Developers worldwide are invited to build tools and applications for the VeBetter and VeChain ecosystems, competing for a $30,000 prize pool. One of the requirements is that your dApp delivers a smooth, user-friendly experience with reliable functionality and integrates B3TR as its reward mechanism. VeChain has launched a global hackathon with a $30,000 prize pool [...]]]>

Author: Crypto News Flash

2025/09/23

Secure On-chain Randomness By Oasis Is A Great Way To Answer The Blockchain Need For RNG

Secure On-chain Randomness By Oasis Is A Great Way To Answer The Blockchain Need For RNG

There is a lot of advantages of blockchain technology but its transparency, combined with the deterministic nature of computers is a stumbling block in creating true on-chain randomness. Yet, random number generators (RNGs) are essential tools for solving various algorithmic problems. Here we will discuss the approach Oasis has adopted to ensure smart contract developers can integrate randomness into their applications in a hassle-free manner. What is RNG As deterministic machines, computers function by following predictable instructions. So, randomness is never truly possible. However, almost random numbers can be generated with external inputs or complex algorithms. But how feasible is this? Not very. For example, a deterministic RNG can only mimic randomness and produce pseudo-random outputs using algorithms transforming a starting “seed” value into sequences. If the “seed” is known, it all becomes predictable. On the other hand, non-deterministic RNG can generate completely random numbers by using erratic physical phenomena, like dice rolls or photon scattering, as a workaround for the computer reading predictable patterns. Why blockchains need RNG? When you try to replicate RNG in the smart contract framework, it gets interesting. Whether you are developing dApps for the web3 at large or the cryptoAI space, you will need provable fairness or unbiased and tamperproof outcomes based on unpredictable inputs. Even from a core blockchain point of view, RNG plays a crucial role in cryptographic operations. It produces the unique keys or values needed for securing transactions, encrypting data, or authenticating users, ensuring that outputs cannot be guessed or replicated. Without secure on-chain RNG, reverse engineering of keys, outcome manipulation and all kinds of exploits become possible. Now, blockchain technology also use deterministic rules, and all nodes reaching a consensus is a non-negotiable criteria. This makes on-chain randomness tricky but it is still doable. For example, verifiable random functions, commit-reveal schemes, or the method Oasis has adopted — using Verifiable Random Function (VRF) and some other cryptographic primitives. Let’s now take a closer look into Oasis. How Oasis RNG works? With its default focus on smart privacy and scalability, Oasis uses its confidential EVM runtime, Sapphire to streamline RNG through its randomBytes precompile. By abstracting a simple Solidity function, any smart contract developer can integrate randomness into their applications without dealing with the complexities of blockchain RNG. It basically works like this. Generating the Per-Block Root RNG Sapphire communicates with a key manager runtime to generate secret keys. The key manager supports multiple kinds of keys, some of which are long-term and some of which are ephemeral. The ephemeral keys are used for encrypting transactions and also the RNG. To improve security, these keys are never persisted anywhere and are rotated each epoch. This means fresh keys are generated, and after a while, old keys get securely erased and cannot be recovered even if any component is later compromised. The RNG exposed to Sapphire contracts is initialized on every block. Each block uses private ephemeral entropy obtained from the key manager runtime. Only remotely attested Sapphire instances can obtain this private entropy inside the TEE, which ensures that no external observers can learn anything about the RNG state. Next, this entropy is processed and used as a root VRF key. To turn this entropy into a usable key, Sapphire employs SHA-3-derived algorithms like TupleHash, KMAC256, and cSHAKE. These functions process the epoch-specific entropy from the key manager runtime, producing a unique per-block root RNG that anchors all subsequent randomness in the block with consistency and security. Domain Separation for Per-Transaction RNGs The per-block root RNG alone isn’t enough. Each transaction needs its own private RNG, which is where domain separation comes in. Sapphire builds on the key manager’s output by using Merlin transcripts to initialize per-transaction RNGs from the root RNG, customizing randomness for individual interactions using transaction-specific data. This customization is implemented in the Rust Runtime SDK used to build Sapphire, which handles the VRF and domain separation schemes. Together with the key manager’s private entropy, it ensures private, unbiased, and unpredictable outputs are exposed to developers via the randomBytes precompile. Code examples Basic Random Number Generation This snippet shows how to generate a 32-byte random value, ideal for straightforward RNG needs in a dApp like a poker game. bytes memory randomPad = Sapphire.randomBytes(32, ""); Random Number for Signing Key Pair This snippet uses randomBytes to seed a signing key pair generation, which you can use as a part of a more complex RNG-driven mechanism while ensuring cryptographic security. Sapphire.SigningAlg alg = Sapphire.SigningAlg.Ed25519Pure;bytes memory pk;bytes memory sk;(pk, sk) = Sapphire.generateSigningKeyPair(alg, Sapphire.randomBytes(32, "")); Key Resources: Sapphire docsSapphire repositoryrandomBytesOasis ROFLOasis playground for demo dApps Have a question or need help? Join our Discord and head over to the #dev-central channel. Originally published at https://dev.to on September 22, 2025. Secure On-chain Randomness By Oasis Is A Great Way To Answer The Blockchain Need For RNG was originally published in Coinmonks on Medium, where people are continuing the conversation by highlighting and responding to this story

Author: Medium

2025/09/23

Best Crypto Presales That Could Explode in 2025

Best Crypto Presales That Could Explode in 2025

Enjoy the videos and music you love, upload original content, and share it all with friends, family, and the world on YouTube.

Author: Blockchainreporter

2025/09/23

The Database Zoo: Inside Time-Series Engines (InfluxDB, Prometheus, Timescale)

The Database Zoo: Inside Time-Series Engines (InfluxDB, Prometheus, Timescale)

Time-Series Databases (TSDBs) are purpose-built for continuous, high-volume, time-ordered data. They optimize writes with append-only layouts and time partitioning, speed queries via time-first indexing and compression-aware scans, and control storage with retention and downsampling. Engines like InfluxDB, TimescaleDB, Prometheus, and VictoriaMetrics embody these design choices differently. Use a TSDB when you need massive ingest, time-range analytics, and efficient storage—especially for monitoring, IoT, telemetry, and financial ticks—rather than stretching general-purpose SQL/NoSQL beyond their comfort zone.

Author: Hackernoon

2025/09/23

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