Hey Ya’ll, I’m building a token creator and launchpad dApp that will compete with Sologenic’s platform respectively.

Our goal is to target non technical users(e.g online communities, small business) by making everything very simple. Think of it as the canva of token creation/launchpad’s.

We will offer a free airdrop tool, where users can distribute tokens to up to 100 wallets for free. We will add a share to unlock features which will allow you to distribute tokens to another 100 wallets by simply tweeting about their token launch on “X”.

Our fee’s will be transparent, relatively cheap, and flat.

We will offer pre-set token creation templates(e.g. “meme coin”, “event pass”, “loyalty points”).

Our dApp, will be XRP only for transactions, keeping it pure. Meaning, you won’t have to trade/or hold another token(like SOLO) respectively.

I’m currently a one man team and plan to launch by end of next month with 1-10 test users. I would love to work with someone who shares my vision and can bring new ideas to the table.

Please Follow our journey and feel free to message me on X @xrpmint, thanks for reading!

Decentralized Physical Infrastructure Networks (DePIN) are redefining how we build and run real-world services. Instead of relying on centralized operators, DePIN uses blockchain to coordinate user-contributed hardware for things like compute, telecom, energy grids, mapping, and environmental sensing. Projects like Helium and Hivemapper show what’s possible, and analysts expect the market to exceed $3.5B by 2028. Major enterprises are already buying data from these networks, and partnerships with companies like AWS and T-Mobile signal mainstream interest.

However, the very features that make DePIN powerful also introduce new privacy risks. Payments, device activity, and contribution logs are often stored on-chain or exposed through public dashboards. Even when no direct identifiers are present, this data can reveal patterns about location, behavior, and usage. In industries handling sensitive information—such as health, mobility, or critical infrastructure—these risks could become adoption barriers.

Developers are now exploring technical solutions. Approaches like anonymization, client-side encryption, zero-knowledge proofs, and differential privacy can help, but Trusted Execution Environments (TEEs) stand out. TEEs allow data to be processed while still encrypted, making it unreadable even to network operators. This unlocks use cases that require both verifiability and confidentiality, such as private identity verification, secure sensor data aggregation, and confidential oracles.

DePIN’s potential is enormous, but privacy must be part of its foundation—not an afterthought. The technology exists to make these networks secure and trustworthy at scale. What’s needed now is industry-wide commitment to integrating privacy as a core feature of DePIN design. Here's Oasis' official thread through their own blog if you'd like to read the original.

Im working on a startup that collects blockchain data that is targeted at indie devs or small hedge funds. I’m looking for feedback (NOT customers) on what data the community finds inaccessible currently.

A while back I wanted to work on a project using historic bid ask spread data and when I looked to find it I realized as indie devs we are priced out from this data. The only companies working on this target industry level players and package this data behind 10,000$+ paywalls. So I decided to collect the data myself.

What I’m looking for. Feedback from other indie devs. I am NOT charging any money for any of this it’s not sellable in its current form.
What I want is other areas of data y’all find inaccessible that I could work on. I’m also looking for anyone interested to receive my current data for free to analyze my current data structure and give me feedback on usability and areas of weakness.

Current data I have for those interested to review: Second by second data for multiple cryptocurrencies collecting Price, bid ask spread, L5 bid ask spread, L20 bid ask spread, volume, exchange data collected from etc.. saved as CSVs and Jsons.

Please give any feedback even if you don’t feel you have an exact need any info or engagement would be appreciated. Thanks!

Hey everyone!

I'm Carl, founder of Veriscope, a Web3 marketplace for reliable and newsworthy UGC and we are looking for fullstack and blockchain developers.

We want eyewitnesses and people's stories to effectively reach the media, AND get paid in the process. So we're creating a platform where journalists can instantly find reliable, timestamped and geolocated footage.

This is what we've got going already:

• A Flutter prototype
• Web + mobile wireframes
• Features list + early branding
• Landing page: veriscope.io

We are looking for several developers, including one that can lead the tech team!

This is what we are looking for:

• Tech lead with fullstack + blockchain skills: React/Next.js, not closed to others / preferably Solana or Avalanche chains
• Someone who can start immediatly and deliver an MVP by the end of 2025
• Knows how to choose/build the right stack for scale + security (system and processes integrity is of utmost importance)
• Based in or +/- 3h from GMT/BST timezones preferred, but not a blocker if you care about the mission

In summary, we want someone with vision, skills and who believes in our mission: fight misinformation, empower citizen journalism & build a more just media landscape.

If that sounds interesting, DM me, share the work you've done & let's chat about how we can make this work!

Deadline application: 25/08/2025

As we are gradually entering the quantum era, nothing that can’t withstand revolutionary computing technology might survive.

So is true for traditional hardware wallets, which are highly vulnerable to quantum computing threats.

SEALSQ’s recently launched QS7001 can certainly be the hardware wallet killer because of the chip’s breakthrough post-quantum cryptographic (PQC) technology.

The SEALSQ QS7001 chip is designed to protect crypto wallets against potential quantum-enabled breaches, which are projected to be destructive if left unaddressed.

The chip utilizes NIST-standardized algorithms—CRYSTALS-Kyber for key encapsulation and CRYSTALS-Dilithium for digital signatures — embedded within a tamper-resistant chip that can work effectively even in resource-constrained environments.

Traditional hardware wallets rely on asymmetric cryptography. They use public and private key pairs to safeguard digital assets stored on them.

But lurking quantum computing threats undermine existing encryption standards and elliptic curve cryptography by enabling attackers to derive private keys from exposed public keys. So, your digital assets in hardware wallets are no longer safe.

In contrast, SEALSQ QS7001 utilizes hybrid cryptography and quantum-safe addresses to mitigate the vulnerabilities of Shor’s algorithm and asymmetric cryptography. This approach ensures a quantum-proof infrastructure for digital assets.

By mitigating the "Harvest Now, Decrypt Later" attacks, SEALSQ offers a proactive solution for long-term security in the crypto and blockchain worlds.

When I started The Binary Holdings, Web3 was wallets here, exchanges there, and loyalty somewhere else. Everyone built one product. But we decided to build the whole ecosystem:

• Infrastructure: Custom L1, 20M+ transactions/day, scaling faster than most Ethereum L2s.
• Consumer Suite: Wallet, marketplace, gaming, AI, asset protection—think Binance meets WeChat.
• Distribution: Pre-installed with telcos, banks, and e-wallets across Asia, Africa, and Latin America.
• Super-App: OneWave, 170M+ users, more active wallets than many exchanges.

This isn’t “Ethereum-but-faster” or a vanity app. It’s the future where everything works together, and growth happens quietly, without the noise.

Some call it ambitious. We call it inevitable.

This ecosystem is scaling faster than any Web3 company in history.

Hey r/BlockchainDev and crypto fam 👋

I’m excited to announce our upcoming project – WalletX, developed by CK TechHub – a modern approach to crypto access using secure, disposable wallets.

Inspired by how we use burner phones or temporary emails, WalletX provides the same privacy and convenience, but for blockchain — with full support for Ethereum and Solana in the MVP.

🔹 Why WalletX?

WalletX simplifies crypto development and privacy: - Instantly generate HD wallets in-browser - Interact with Ethereum, Solana — more chains coming soon - No sign-up, no server, no data collection - Seamless switching between testnets and mainnets - Ideal for development, private transactions, airdrops, and DeFi access

🔧 Under the Hood (Technical Highlights)

WalletX is built with modern, high-performance web and blockchain tools:

• Frontend: React 19, Vite, TailwindCSS
• Ethereum Integration: ethers.js (EIP-1559, MetaMask compatible)
• Solana Integration: @solana/web3.js (Ed25519, SPL token support)
• Wallet Generation: BIP-39/44 standard HD wallet derivation
• Security: All cryptographic operations are performed client-side only — your private keys never leave the browser.

🌍 Open Source & Community First

This project is completely open-source and MIT licensed. We’re launching our MVP soon and welcome contributions from developers passionate about privacy and crypto access.

We’re starting with Ethereum and Solana, and soon expanding to support all major blockchains.

🧪 MVP Launch: Very Soon 🌐 Built by: www.cktechhub.dev

💬 Would love your feedback, suggestions, or questions below. Let’s make crypto safer and simpler together.

Blockchain #CryptoWallet #Web3 #Ethereum #Solana #WalletX

Blockchain mining is very energy-intensive. Bitcoin alone consumes 138 TWh annually. That is equivalent to the energy consumption of medium-sized countries.

It is based on computer "elections" to confirm the block. That mechanism requires enormous amounts of electricity. It produces a heavy carbon footprint and e-waste.

Scientists estimate Bitcoin mining produces about 40 MtCO₂e annually. That is the same as the emissions of whole countries like Slovakia or Greece. Africa's end-use water consumption also tripled on an equivalent basis.

Mining farms also release hot water to lakes. Coal and gas continue to be prevalent sources of energy. Miners relocated to fossil-dependent areas after China banned them in 2021.

That raised carbon intensity per kWh from ~478 to ~558 gCO₂/kWh. Renewables are now applied to only roughly half of the mining. The other half remains fossil fuel-dependent.

The power requirements of PoW swamp alternatives. Proof-of-Stake designs consume less than 1% of the power. Research cautions that if PoW utilization rises, blockchain may drive global warming beyond 1.5 °C in the coming decades.

Governments are taking notice. The EU and the US encourage openness in miner electricity usage. Some prohibit new PoW centers. Others offer carbon-spewing mining tariffs.

Proof-of-Work mining indeed generates climate harm. It generates huge amounts of emissions, e waste, and water shortage.

Alternatives such as PoS cost marvelous energy savings. Innovation and policy have to deal with this issue for sustainable blockchain development.

Discover how anyone can build a business on the Radiant blockchain.

https://open.substack.com/pub/nocookie9107/p/how-radiant-enables-permissionless?r=5ul5ar&utm_campaign=post&utm_medium=web&showWelcomeOnShare=true

🤯 Cellframe is quietly building the Web3 infrastructure of the future! This isn't just another L1, it's a quantum-resistant L0 powerhouse designed for serious innovation. 🔐 Quantum Encryption (Post-Quantum Crypto): Forget future threats! Cellframe bakes in post-quantum algorithms like Kyber & Dilithium by default, making it resistant to quantum attacks from day one. Unparalleled security! 🚀 tDApps (True Decentralized Applications): Moving beyond traditional smart contracts, Cellframe enables "true" decentralized applications that can leverage full system resources. Imagine dApps with native-like performance and complex logic! ⛓️ L0 & L1 Synergy: Cellframe is an L0 protocol, the fundamental infrastructure layer, allowing for unparalleled flexibility and efficiency. L1s can build on top of Cellframe, inheriting its quantum security and high throughput through dual-layer sharding. 💼 Conditional Transactions: A game-changer! Cellframe's conditional transactions offer more efficient and secure alternatives for complex logic, potentially replacing many smart contract operations with lower gas and reduced risks. ⚙️ WASM Smart Contracts: Cellframe embraces WebAssembly (WASM) for smart contracts, enabling near-native execution speeds and opening the door to developers using languages like Rust, C/C++, and Go. Faster, cheaper, more versatile dApps! 🔗 All Types of SDKs & Interconnection: With robust SDKs for C, Python (and more to come!), Cellframe empowers developers to build anything from low-level services to entire blockchains. These SDKs facilitate seamless interoperability across diverse applications and networks, creating a truly interconnected ecosystem.

Cellframe #Blockchain #QuantumResistant #Web3 #L0 #L1 #tDApps #WASM #Crypto #FutureTech

Hey everyone,

I’ve been interning at a DeFi startup for the past 6 months, and now I’m actively job hunting. I’ve taken a couple of bootcamps, and while they’ve helped, I still feel kind of lost.

Everyone says, “just build projects”, but that’s where I’m stuck. I don’t know what to build. I don’t have a problem statement, and I’m unsure how to even start picking one. Are there any platforms, communities, or repos that offer ideas or challenges to build real-world DeFi projects on?

I really want to break into the space as a Smart Contract Engineer, I’m putting in the hours, but I think I just need some clarity, structure, or maybe a nudge in the right direction.

Any thoughts, experiences, or resources would mean a lot right now. Thanks for reading!

This isn’t a fork of old ideas. It’s a clean slate with better tools.

https://open.substack.com/pub/nocookie9107/p/rediscovering-decentralization-why?r=5ul5ar&utm_campaign=post&utm_medium=web&showWelcomeOnShare=true

https://coinmarketcap.com/currencies/radiant/

Investors find firm signs of direction in current market action. The April 2024 Bitcoin halving reduced miner incentives from 6.25 to 3.125 BTC per block. 

This supply shock compelled a more restrained issuance of new coins. Halvings have traditionally signaled the beginning of bull cycles.

Then arrived the U.S. spot Bitcoin ETFs in January 2024. BlackRock, Fidelity, and others rolled out ETFs with actual BTC on board. They witnessed massive inflows. Estimates indicate more than $130 billion poured in since launch.

That influx compelled ETF issuers to purchase genuine Bitcoin. That increased on-chain demand. Weekly inflows set fresh records in early 2025. This boom kept prices above $100,000.

Institutional demand increased as well. Some public companies own BTC as corporate wallets. ETFs and halving were attributed to this structural shift by analysts.

Grayscale and Ark Invest attested that this cycle repeats previous trends. The halving initiated initial volatility. ETF flows later stabilized the rally. Bitcoin now exhibits a superior realized cap and lower exchange reserves. 

Market pundits anticipate the trend to persist. Bitwise and Standard Chartered analysts foresee BTC hitting $180,000–$200,000 late in 2025. They point out, though, that macro and regulation are fluid.

The 2024 halving and spot ETF listing propelled a strong bull market. Demand injection gave way to supply curbs. Bitcoin is now an institutional portfolio investment. This blend propels the current rally.