Microsoft’s recent $17.4 billion investment in artificial intelligence infrastructure has captured global attention and underscored how demand for high-performance computing is reshaping the digital economy. While Bitcoin consolidates near record levels, institutional investors are shifting focus toward platforms that combine ​AI-driven efficiency with sustainable blockchain mining​.

In this context, ​RI Mining​, a UK-registered cloud mining company operating across more than 190 countries, today announced the launch of its ​next-generation mining contracts​. The new model integrates ​AI-optimized hashrate scheduling and renewable energy infrastructure​, enabling users to secure daily digital income with greater consistency and transparency.

RI Mining Cloud Mining: AI and Blockchain Convergence

Analysts note that both AI and crypto mining now compete for the same energy-intensive infrastructure, while also driving each other’s growth. Microsoft’s bold bet on AI highlights the need for scalable, efficient computing resources—a shift that aligns with RI Mining’s platform upgrades.

“Artificial intelligence is transforming global infrastructure,” said ​Robert Chen​, spokesperson for RI Mining. “Our next-gen contracts are built to reflect this reality. By combining automation, compliance, and renewable energy, we give users—from Bitcoin and Ethereum investors to XRP and Dogecoin holders—an accessible path to stable returns without hardware or technical barriers”.

Highlights of RI Mining New Contract

• ​AI Smart Scheduling​: Contracts use automated algorithms to reallocate hashrate when network difficulty or energy costs shift, ensuring more stable output.
• ​Real-Time Settlement Engine​: Income is distributed every 24 hours, with a verified ledger that users can audit directly in their dashboards.
• ​Flexible Contract Design​: Options range from short-term “experience” plans to longer strategic packages, allowing both beginners and advanced users to tailor participation.
• ​Integrated Risk Controls​: Multi-layer wallet isolation and transparent on-chain reporting help protect user funds while enhancing trust.
• ​Cross-Asset Coverage​: Contracts extend beyond Bitcoin to include Ethereum, Dogecoin, XRP, and USDT, giving users diversified exposure in a single platform.

How to Join RI Mining

1. Sign Up — It only takes seconds, just an email address, and you’ll get $15.
2. Deposit — Add funds in BTC, ETH, SOL, DOGE, XRP, or USDT.
3. Choose a Contract — Select from short trials or long-term AI-optimized plans.
4. Start Mining — Earnings are settled daily and shown in your dashboard.
5. Withdraw or Reinvest — Transfer profits to your wallet or compound returns.

About RI Mining

Founded in 2014 and headquartered in London, RI Mining has grown from a niche company specializing in mining services to one of the most recognizable brands in digital infrastructure. The platform operates a distributed network of data centers across Europe, North America, and Asia, all powered by renewable energy to reduce operating costs and meet increasingly stringent ESG standards.

RI Mining’s new AI-powered contracts are designed to be easily accessible—requiring no hardware or technical barriers—and offer automatic daily settlement.

Looking forward, RI Mining plans to expand its presence in emerging markets and deepen the application of its AI-driven optimization, positioning itself at the intersection of sustainable energy and blockchain innovation. The company’s long-term goal is to provide everyday investors and institutions with a reliable framework for transforming digital assets into a stable source of passive income.

Visit the website for more information or download the mobile app.

Welcome to Slate Sundays, CryptoSlate’s new weekly feature showcasing in-depth interviews, expert analysis, and thought-provoking op-eds that go beyond the headlines to explore the ideas and voices shaping the future of crypto.

Decentralized Physical Infrastructure Networks (DePIN) has become one of the crypto industry’s darlings, among the fastest-growing sectors in web3. According to the World Economic Forum’s (WEF) Technology Convergence Report, DePIN is set to snowball from its current ~$30 billion valuation to a seismic $3.5 trillion by 2028.

That’s an increase of approximately 11,576% (just ask ChatGPT).

On paper, DePIN is certainly a heavyweight. But is it ready to go round-to-round and actually power the world?

Understanding the DePIN landscape today

The magic of DePIN lies in making physical infrastructure (think bandwidth, cloud storage, smart cars, and microgrids) community-owned and open for anyone to contribute. Regular people can plug in their idle devices, whether it’s a sensor, a car, or a phone, and get rewarded for their part in keeping the network alive.

The DePIN world is buzzing with blockchain-based, community-owned networks that support real-world infrastructure in all kinds of ways, and the use cases keep growing.

The WEF estimates more than 1,500 active DePIN projects out there, opening physical infrastructure to the masses and letting individuals and communities join ecosystems that were once reserved for big corporations and centralized players.

By harnessing blockchain, DePIN boosts transparency, security, and efficiency in how resources get used, and contributors receive tokenized rewards for getting involved.

Why the hype is real

One of the primary drivers for DePIN’s rise is its convergence with AI, especially the emergence of decentralized physical AI (DePAI), enabling machine learning models to harness data and compute from a diverse, distributed, and global network.

Unlike some other areas of web3, like memecoins or perpetuals, DePIN is not just about financial speculation; it’s about blockchain mass adoption and making users active participants in digital economies.

And in a world that’s powered by data, DePIN really shines; not just knowing what the data is, but where it comes from, who validated it, and whether it’s been faked or phished.

As the need for AI training data explodes, the value of high-quality, trustless proof-of-origin data rises in step, making DePIN essential not just for crypto, but for global digital infrastructure as well.

From home internet to IoT

XYO is a company that verifies and moves real-world information on-chain for DePIN, AI, and RWA apps. Launched in 2018, XYO has over 10 million nodes and ranks as the fourth-highest-earning DePIN project to date. Cofounder Marcus Levin explains:

“We act as a trustless oracle, verifying and validating the real-world data that powers AI, web3, and enterprise use cases. 80% of the people in our network are non-crypto users. They can be truckers and Uber drivers, joggers, and people who move a lot. They’re able to earn more. People want to earn money on this side and get crypto for free.”

Althea Network brings blockchain-enabled internet to thousands of homes with dynamic, pay-as-you-go pricing. The team reports four petabytes of traffic routed across 12 states and multiple countries, directly addressing the issue that $100 billion in U.S. government spending has made less than a 1% dent in connectivity. As cofounder and CEO Debora Simpier put it:

“About one in four people in the U.S. don’t have adequate internet.”

Another example of a DePIN network is Sentinel, which offers a decentralized VPN infrastructure, boasting 359,000 users and 7,500 volunteer-operated nodes worldwide. Sentinel also builds custom SDKs to enable VPN features for popular applications, even in highly censored regimes like Turkmenistan.

The DePIN sector isn’t just about location data or supply chain oracles, either. Its reach is far broader, stretching deeper into the physical fabric of the connected world.

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Helium, for example, started in 2019 as a grassroots mesh network for IoT sensors, and has exploded into a community-powered wireless movement, with tens of thousands of hotspots deployed globally.

Instead of relying on telcos and corporate towers, Helium lets everyday people become the network, earning tokens by providing wireless coverage for smart sensors, scooters, and asset trackers, and turning idle hardware into crypto-powered utility.

And when it comes to data storage, Filecoin’s DePIN network enables decentralized storage, which not only circumvents centralized actors but translates to better privacy, lower costs, and a radically reduced risk of censorship or downtime.

These projects span home internet, censorship-resistant communications, mobility, and storage infrastructure, highlighting the diversity and scalability of the DePIN model.

Is DePIN ready for prime time?

Despite the hype and growing adoption, scaling decentralized physical infrastructure remains DePIN’s biggest hurdle. One of the hardest challenges of integrating real-world hardware is economies of scale.

Traditional blockchains struggle to process vast numbers of transactions and data uploads in real time, especially as DePIN networks connect thousands, or even millions, of physical devices across the globe.

Unlike purely financial networks, every new sensor, router, or contributor adds not just another wallet, but a new stream of bandwidth, compute, or storage that must be securely tracked and rewarded.

As network scale grows, congestion and latency can spike, with longer transaction confirmation times, unpredictable fees, and the risk of outages in high-throughput environments.

This challenge is amplified as DePIN seeks to power real-world infrastructure that demands seamless response, reliability, and ultra-low delays. Current infrastructure, while promising, often falls short of these demands.

Mass participation also brings regulatory scrutiny around consumer protections, KYC/AML, and data privacy. DePIN’s physical touchpoints, such as routers, vehicles, and storage, are inherently more exposed to security breaches than purely digital systems, necessitating strong defenses against hacking, Sybil attacks, or hardware vulnerabilities.

And despite 1,500+ live projects and valuations in the tens of billions, only a handful have proven themselves over years of operation.

The path to an open digital economy

DePIN’s projected 70-fold market expansion in three years seems like a tall order. But powered by AI growth and global demand for resilient, community-owned infrastructure, the tailwinds are blowing in DePIN’s favor.

As the WEF points out, DePIN’s convergence with decentralized AI could fundamentally change the global computing landscape and lead to a more open, secure, and accessible digital economy.

And as the number and diversity of DePIN projects continue to rise, so will those that move beyond hype and deliver real infrastructure and inclusion at a truly global scale. So perhaps one day soon, everyone on the planet, from Tennessee to Timbuktu, will be able to plug in, contribute, and own a slice of the new digital infrastructure.

Stellar Lumens (XLM) extended its recent rally over the past 24 hours, climbing 3% as buyers absorbed heightened selling pressure and pushed the token into fresh resistance levels. Between Sept. 1 at 15:00 UTC and Sept. 2 at 14:00 UTC, XLM advanced from $0.36 to $0.36, with volatility of 5% underscoring active participation.

The asset found support at $0.35 following a brief wave of selling before consolidating in the $0.36 range. Resistance emerged around $0.37, where the market saw two rejection points, though trading volumes above the daily average of 31.2 million tokens signaled sustained institutional interest.

The bullish structure carried into the final hour of the session, when XLM gained 2% from $0.36 to $0.37. The move was bolstered by a volume spike of 2.7 million units at 14:00 UTC, enabling the token to briefly pierce the $0.37 ceiling before stabilizing above $0.36. The breakout reinforced the 24-hour trend and suggested buyers are building a foundation for further upside if volume momentum continues.

At the same time, leading South Korean exchanges Bithumb and Upbit said they will suspend XLM deposits and withdrawals beginning Sept. 3 at 09:00 UTC. The move is part of preparations for Stellar’s Protocol 23 upgrade, which aims to modernize network infrastructure and expand interoperability.

Protocol 23 has been framed as a step toward broadening Stellar’s utility for real-world assets, of which roughly $460 million are already circulating on the network. The synchronization of price gains with network enhancements highlights a growing narrative of enterprise adoption.

CoinDesk Data’s technical analysis model note that the consolidation above $0.36, combined with systematic accumulation around key support levels, points to ongoing institutional positioning that could pave the way for a sustained move beyond $0.37.

Market Analysis Reveals Strengthening Corporate Interest

• Price established fundamental support at $0.35 during heightened selling pressure on September 1, 21:00.
• Robust accumulation activity developed between $0.36-$0.36 following decisive market recovery.
• Resistance parameters identified at $0.37-$0.37 where price encountered dual rejection events.
• Trading volume increases above 24-hour average of 31.20 million validated institutional market participation.
• Asset maintaining consolidation within ascending price channel formation.
• Breakout potential above $0.37 resistance dependent upon sustained volume validation.
• Trading momentum accelerated during 13:35-13:46 session with decisive upward movement.
• Enhanced support structure established around $0.36-$0.36 price levels.

Disclaimer: Parts of this article were generated with the assistance from AI tools and reviewed by our editorial team to ensure accuracy and adherence to our standards. For more information, see CoinDesk’s full AI Policy.

The following is a guest post and opinion from Corey Billington, Co-Founder and CEO at Blubird.

Most token launches play out the same way. Founders spend weeks buried in spreadsheets, lawyers churn out disclaimers, and influencers start teasing “TGE soon.” Behind the scenes, though, private round investors are just waiting for cliffs to end so they can dump. Circulating supply spikes, token price tanks, and social media fills with threads about “unlock risk.”

Somewhere in the mess, we forget the obvious: tokens are infrastructure, not short-term fundraising tools.

I’ve worked with over 80 teams, and the same pattern keeps coming up. Founders rush to mint a token so they can raise without touching equity. Then they try to backfill utility into the product later — a strategy that rarely succeeds. That backwards approach is what leads to all the usual failures: oversized insider allocations, unlock schedules that make no sense, and “use cases” that no one actually uses.

At that point, every token purchase is just helping someone else cash out.

Why Raising First and Figuring It Out Later Breaks Everything

When your token’s main job is to raise money, you’re walking into two problems: legal risk and market damage.

On the legal side, if your token doesn’t have real utility from the start, it starts looking like a security — and the SEC isn’t known for nuance. You can call it a utility token, but the Howey Test doesn’t care about your pitch deck. And if you pair that with a fast emissions schedule and the token price crashes — don’t be surprised if frustrated holders come knocking.

But the real damage is strategic. Projects that treat the token like a fundraising shortcut almost never have a plan for what happens after launch. They end up building around cliffs, vesting charts, and investor pressure, not product usage or user growth.

And then, they’re bleeding tokens into a market that isn’t ready to catch them. 90% of token unlocks crash prices, even when 5% of the total supply is released. Meanwhile, over the next few months alone, scheduled unlocks will total around $9 billion.

Build the Business Plan First, Not the Tokenomics Last

The best token models start with the business. I mean a proper plan — the kind you’d pitch to a Series A investor and that forces you to map out what the company actually does, how it grows, where revenue comes from, and who benefits.

This clarity gives you the answers. Does this even need a token? Where does the token naturally plug into the product? What roles do users, validators, contributors, or liquidity providers play in creating demand?

Once that’s mapped, you can start modeling out the flow: who earns, who spends, who stakes, and when. Then you stress-test it: ‘What happens in a down market? What if usage explodes? How would fees, rewards, and emissions respond?’

Tools like Machinations can help you out here; so does walking through the model with someone who’s seen a hundred of them. But if the foundation is rotten, all the software and advice in the world won’t fix it.

If the Token’s Not Essential, Don’t Launch It Yet

Here’s what I tell every team: if your product can launch without a token, it probably should. Use equity, milestone-based SAFEs, or rev-share notes to fund early dev. When the product has traction — and there’s a clear role for the token in the loop — then you’re good to deploy.

Launching too early just invites speculation, so you end up spending the next two years defending a price chart instead of growing your user base.

On the other hand, when tokens are essential — e.g., powering blockspace fees, staking access to data feeds, or gating ecosystem rewards — their utility becomes the anchor. Demand grows with usage; the token is earned, spent, and recycled inside the product itself. That’s when emissions don’t destroy value, because you’ve got real activity behind it.

Take Solana: daily unlocks of roughly $14 million in tokens have weighed on its price, yet periods of strong network demand have repeatedly pulled it back up. Sui offers another case in point — after a January 1 unlock that released 64.19 million tokens (about $300 million), the token still surged nearly 28%, reaching a new all-time high of $5.1.

Founders Need to Design for Longevity, Not Launch Day

Founders love vesting cliffs and time-based unlocks — it’s simple, easy to model, and ticks the box for “long-term incentives.” Still, time alone isn’t a great signal. It’s way more efficient to tie unlocks to real milestones: number of active validators, modules shipped, usage targets hit; so the token supply would grow with the network.

Don’t build your model in a vacuum. Add slippage, bear markets, and team delays. If your model can’t survive those shocks, it’s not ready for launch.

And once you think it’s bulletproof, get someone to tear it apart. Experienced builders will spot the incentive flaws and edge cases your team’s too close to see.

Tokens Shape the Whole Market — So Build Accordingly

A lot of this comes down to mindset. If more founders treat token design as actual infrastructure — not cosmetic branding or a fundraising hack — we’d see better launches and stronger networks.

Venture investors are already starting to shift: the best of them focus on demand loops, not hype cycles. Exchanges are favoring transparency and sustainability over mystery unlocks and flash marketing. And regulators are more likely to respect a commodity-style utility token when it’s baked into usage, not just bolted on for optics.

Basically, it all boils down to this: if removing your token doesn’t break the loop, don’t launch. Build the loop first, then the token.

The source code for version 3 of the ERMAC Android banking trojan has been leaked online, exposing the internals of the malware-as-a-service platform and the operator’s infrastructure.

The code base was discovered in an open directory by Hunt.io researchers while scanning for exposed resources in March 2024.

They located an archive named Ermac 3.0.zip, which contained the malware’s code, including backend, frontend (panel), exfiltration server, deployment configurations, and the trojan’s builder and obfuscator.

The researchers analyzed the code, finding that it significantly expanded the targeting capabilities compared to previous versions, with more than 700 banking, shopping, and cryptocurrency apps.

ERMAC was first documented in September 2021  by ThreatFabric – a provider of online payment fraud solutions and intelligence for the financial services sector, as an evolution of the Cerberus banking trojan operated by a threat actor known as ‘BlackRock.’

ERMAC v2.0 was spotted by ESET in May 2022, rented to cybercriminals for a monthly fee of $5,000, and targeting 467 apps, up from 378 in the previous version.

In January 2023, ThreatFabric observed BlackRock promoting a new Android malware tool named Hook, which appeared to be an evolution of ERMAC.

ERMAC v3.0 capabilities

Hunt.io found and analyzed ERMAC’s PHP command-and-control (C2) backend, React front-end panel, Go-based exfiltration server, Kotlin backdoor, and the builder panel for generating custom trojanized APKs.

According to the researchers, ERMAC v3.0 now targets sensitive user information in more than 700 apps.

Additionally, the latest version expands on previously documented form-injection techniques, uses AES-CBC for encrypted communications, features an overhauled operator panel, and enhances data theft and device control.

Specifically, Hunt.io has documented the following capabilities for the latest ERMAC release:

• Theft of SMS, contacts, and registered accounts
• Extraction of Gmail subjects and messages
• File access via ‘list’ and ‘download’ commands
• SMS sending and call forwarding for communication abuse
• Photo capturing via the front camera
• Full app management (launch, uninstall, clear cache)
• Displaying fake push notifications for deception
• Uninstalls remotely (killme) for evasion

Infrastructure exposed

Hunt.io analysts used SQL queries to identify live, exposed infrastructure currently used by the threat actors, identifying C2 endpoints, panels, exfiltration servers, and builder deployments.

Apart from exposing the malware’s source code, the ERMAC operators had several other major opsec failures, including hardcoded JWT tokens, default root credentials, and no registration protections on the admin panel, allowing anyone to access, manipulate, or disrupt ERMAC panels.

Finally, the panel names, headers, package names, and various other operational fingerprints left little doubt about attribution and made discovery and mapping of the infrastructure a lot easier.

The ERMAC V3.0 source code leak weakens the malware operation, first by eroding customer trust in the MaaS in its ability to protect information from law enforcement or allow running campaigns with low detection risk.

Threat detection solutions are also likely to get better at spotting ERMAC. However, if the source code falls into the hands of other threat actors, it is possible to observe in the future modified variants of ERMAC that are more difficult to detect.

The following article is a guest post and opinion of Mike Romanenko, CVO & Co-founder of Kyrrex.

The environment of crypto payments is shifting from speculative hysteria to underlying development. As the industry matures, a strong foundation in the form of business-to-business (B2B) payment infrastructure, user experience (UX), and regulation is materializing as crucial for scalability and mass adoption, according to Mike Romanenko, CVO and Founder of Kyrrex.

Trust and compliance infrastructure as a foundation for sustainable growth

The need for trust-inducing infrastructure has come about as crypto payments move from early adopters to the mainstream. Consumers and merchants require assurance that transactions are secure, auditable, and compliant with financial standards. To satisfy the demands of institutional partners and users, many businesses are voluntarily implementing industry best practices in compliance, custody, and identity verification. This does not imply that regulation is the only motivator.

The EU’s MiCA regulation, together with initiatives from the UAE, UK, and Hong Kong, represents a consensus that adoption relies on clarity instead of control. The industry now directs its attention

toward tools that enable transparent operations and operational risk reduction instead of legal technicalities. The industry has reached a stage where it mainstreams the integration of Know Your Customer (KYC), along with anti-money laundering (AML) and reporting standards, into crypto payment platforms during their initial development.

Data show just how much the environment has shifted. Illegal crypto activity reached about $40.9 billion in 2024, according to Chainalysis. This really speaks volumes about the role that compliance technology plays in the fight against financial crime and building trust in the crypto arena. As the industry keeps developing, focusing on trust and solid compliance systems will be key for companies to grow sustainably. Those who prioritize this are more likely to succeed, while others might struggle to gain a foothold.

UX and functionality: enhancing user and merchant experience

The way crypto payments are developing mainly depends on making things easier and more practical for users. One exciting example is the partnership between Stripe and Coinbase, which aims to make crypto transactions smoother. Stripe has integrated support for USD Coin (USDC) on the Base network across its crypto product suite, facilitating faster and more cost-effective money transfers to over 150 countries. Meanwhile, Coinbase has added Stripe’s fiat-to-crypto on-ramp into its wallet, so users can buy cryptocurrencies instantly using credit cards or Apple Pay.

At the same time, traditional payment giants like Visa and Mastercard are also stepping into the crypto world. Visa has teamed up with a startup called Bridge to launch stablecoin-linked Visa cards, letting customers in Latin America spend crypto in their everyday shopping. These cards convert stablecoin balances into local currencies during transactions, making it easy to use at any store that accepts Visa. Mastercard is also expanding its stablecoin features through partnerships with companies like Circle and Paxos, allowing merchants to accept payments in stablecoins. This move comes as stablecoin transactions have skyrocketed, reaching $35 trillion between February 2024 and February 2025.

All these moves show a clear trend: integrating crypto features with traditional finance to give users and businesses more flexible and efficient ways to pay. By improving user experience and making the most of existing systems, these collaborations are key steps toward bringing crypto payments into everyday life.

B2B payment rails: scaling enterprise-level transactions

Institutional blockchain networks are transforming the boundaries of enterprise transactions. One major innovation is the Regulated Settlement Network (RSN) Proof-of-Concept, conducted by U.S. financial industry participants. The initiative considered the potential of shared ledger technology being applied to multi-asset and cross-network settlement of trades, like tokenized U.S. Treasury securities and cash. The RSN demonstrated the possibility of a 24/7 programmable settlement infrastructure that may enhance liquidity management and reduce operational risk for financial institutions.

Cross-border payment technology is also transforming, as the 2024 Financial Stability Board (FSB) report indicates advancements in standardizing payment systems. These include embracing the use of the ISO 20022 messaging standard and efforts to connect fast payment systems globally. This is intended to make cross-border payments faster, less expensive, more transparent, and more inclusive, which are, according to the G20’s roadmap objectives. By making standardization and interoperability feasible, these initiatives have been positioned to assist in increasing the efficiency and availability of cross-border transactions for international business.

Why enterprises should look toward crypto and what to consider when choosing a partner

As payment rails in companies mature to adulthood, crypto is not only becoming feasible but strategically necessary for global businesses. Blockchain-based solutions are increasingly addressing the operational requirements of large corporations. Pioneering businesses are beginning to explore crypto as a way to optimize financial flexibility, balance treasury operations, and make payment infrastructure future-proof.

But integrating crypto into business processes requires judicious partner selection. Beyond technology, companies must weigh a provider’s compliance approach, integration with traditional finance infrastructure, and scalability across geographies. Licensing standing, interoperability, security practices, and institutional client expertise are essential considerations. Now that the infrastructure is falling into place, picking the right partner matters not just for delivery, but for surfing the new wave of cross-border crypto adoption.

Infrastructure is the real catalyst for crypto’s next wave

The future of crypto payments will not be determined by hype but by how long the infrastructure built today lasts. The trust and compliance architecture is paving the way for long-term expansion, with industry participants welcoming open standards that build institutional and consumer trust.

Meanwhile, progress in user experience — in Stripe and Coinbase or Visa and Mastercard stablecoin integrations — is also accelerating and standardizing crypto payments. Behind the scenes, enterprise-class developments in cross-border systems and settlement networks are enabling the scale required for global adoption. While infrastructure goes about transforming quietly, crypto is solidifying itself as not an alternative, but as a natural layer in the future of finance.

Mentioned in this article

Traders at Citi are building conviction for a “Magnificent 7” stock that they say is competing in the global artificial intelligence (AI) race.

The bank says that a major bump in the demand for AI infrastructure, especially sovereign governments looking to build national plants, is bullish for Nvidia (NVDA), Yahoo Finance reports.

Say Citi analysts Atif Malik and Papa Syll,

“We believe sovereign demand is already contributing up to billions of dollars in 2025 [and will rise more in 2026].”

The analysts note that “essentially every sovereign deal” involves Nvidia, putting the company in a central position in the race for AI infrastructure.

“Nvidia has line of sight to tens of gigawatts of sovereign and enterprise AI factory buildouts over the next few years.”

Citi is forecasting a 5% growth in Nvidia’s revenue for fiscal year 2027, and 11% in 2028, and has currently raised its price target for NVDA to $190, a 20% rally from current prices.

In a recent interview with CNBC, Robinhood CEO Vlad Tenev said that despite the tariff war and geopolitical uncertainty, retail investors had been using the trading platform to accumulate most of the classic favorites as before, one of which was NVDA.

“And if we look at retail, retail has pretty much continued to buy the names that they were buying previously. So heavy in the AI space with companies like Nvidia, Tesla, electric vehicles, big in crypto and fintech-related companies.

So it’s very much long innovation. Some companies like Palantir, obviously in the defense space, continue to be retail favorites, but that was always the case, that’s been the case for many, many years. So I would interpret it as retail is sort of moving on ahead investing.”

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Disclaimer: Opinions expressed at The Daily Hodl are not investment advice. Investors should do their due diligence before making any high-risk investments in Bitcoin, cryptocurrency or digital assets. Please be advised that your transfers and trades are at your own risk, and any losses you may incur are your responsibility. The Daily Hodl does not recommend the buying or selling of any cryptocurrencies or digital assets, nor is The Daily Hodl an investment advisor. Please note that The Daily Hodl participates in affiliate marketing.

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U.S. cyber agencies, the FBI, and NSA issued an urgent warning today about potential cyberattacks from Iranian-affiliated hackers targeting U.S. critical infrastructure.

CISA says there are no indications of an ongoing campaign but urges critical infrastructure organizations and other potential targets to monitor their defense due to the current unrest in the Middle East and cyber attacks previously linked to Iran.

In a joint fact sheet, the cyber agencies warn that Defense Industrial Base (DIB) companies with ties to Israeli defense and research, are at increased risk at being targeted. Other organizations in critical infrastructure sectors, including energy, water, and healthcare, are also considered potential targets.

The advisory warns that Iranian threat actors are Iran are known to exploit unpatched vulnerabilities or utilize default passwords to gain breach systems. This was seen last year when IRGC-affiliated Iranian threat actors breached a Pennsylvania water facility in November 2023 by hacking into Unitronics programmable logic controllers (PLCs) exposed online. 

Iranian-affiliated hackers also work with or act as hacktivists, performing distributed denial-of-service (DDoS) attacks or defacing websites. These attacks are often conducted in conjunction with politically motivated messages, with the attackers promoting their activities on X and Telegram.

Iranian threat actors have also been observed utilizing ransomware or working as affiliates with Russian ransomware gangs, such as NoEscape, Ransomhouse, and ALPHV (also known as BlackCat). Many of these attacks were focused on Israeli companies, where they encrypted devices and leaked stolen data.

In some cases, the attackers used data wipers instead of ransomware to conduct destructive attacks on organizations.

Mitigating attacks

CISA, the DoD, the FBI, and the NSA are urging organizations to adopt the following best practices to protect against these threats:

• Isolate OT and ICS systems from the public internet and restrict remote access.
• Use strong, unique passwords for all online accounts and systems, changing all default account passwords.
• Enable multi-factor authentication (MFA) for critical systems and authentication platforms.
• Install all software updates, especially on internet-facing systems to fix known vulnerabilities.
• Monitor networks and servers for unusual activity.
• Develop and test incident response plans to make sure that all backups and recovery plans are working.

For more information, organizations can read CISA’s Iran Threat Overview and the FBI’s Iran Threat web pages.

The shift from traditional web models to decentralized, user-centric platforms is not just a trend — it’s a fundamental change in how digital services are built and delivered. For businesses and innovators, understanding Web3 infrastructure services is essential to building reliable, scalable, and secure solutions that can thrive in this new era. Whether you’re launching a decentralized application (dApp), exploring DeFi, or entering the NFT space, the right infrastructure is the backbone of your project’s success.

In this guide, we’ll break down the core elements of Web3 infrastructure, explore best practices, and outline what your project needs to move from concept to reality. If you’re considering Web3 development services, this blog will help you make informed decisions and set your project up for long-term growth.

Web3 infrastructure refers to the technological framework that powers decentralized applications and services. Unlike Web2, which relies on centralized servers and intermediaries, Web3 infrastructure uses distributed networks, consensus mechanisms, and cryptographic principles to create open, transparent, and peer-to-peer systems. This infrastructure is built on the principles of decentralization, privacy, and user control, aiming to reduce reliance on central authorities and foster a more inclusive digital environment.

Key Features

• Decentralization: Data and services are distributed across a network of nodes rather than stored in a single location.
• Transparency: Transactions and interactions are recorded on public ledgers, accessible and verifiable by anyone.
• Security: Cryptographic techniques protect data and user identities.
• User Empowerment: Individuals control their own data and participate in network governance.

A robust Web3 project relies on several interconnected components. Understanding these building blocks is crucial for anyone seeking Web3 development services.

1. Blockchain Networks

These are the foundational layers of Web3. Layer-1 blockchains like Ethereum, Solana, and Bitcoin provide the consensus and execution environments for decentralized applications. Layer-2 solutions such as Optimism or Arbitrum build on top of these networks, offering improved scalability and lower transaction costs.

Considerations:

• Choose a blockchain that aligns with your project’s goals (e.g., Ethereum for DeFi, Solana for high throughput).
• Understand the trade-offs between decentralization, security, and performance.

2. Node Infrastructure

Nodes are the backbone of any blockchain network. They process requests, validate transactions, and maintain the network state. The distribution, reliability, and resource allocation of these nodes directly affect your application’s performance and uptime.

Best Practices:

• Use geo-distributed nodes for global reach and resilience.
• Plan for redundancy to avoid single points of failure.

3. RPC Endpoints

Remote Procedure Call (RPC) endpoints are the gateways that connect your application to the blockchain. They allow you to read blockchain state, submit transactions, and listen for events.

Key Points:

• The quality and reliability of RPC endpoints impact user experience.
• Implement fallback mechanisms to switch between endpoints if one fails.

4. Indexing and Query Services

Blockchains store data in formats optimized for consensus, not for easy querying. Indexing services transform this raw data into structured, queryable formats, making it accessible for application frontends and analytics.

Benefits:

• Faster data retrieval.
• Improved application responsiveness.

5. Testing Infrastructure (Testnet Faucets)

Before deploying to the main network, developers use testnets to validate their applications. Faucets provide test tokens, enabling safe experimentation without financial risk.

6. Decentralized Hosting and Storage

Decentralized hosting solutions like IPFS and Filecoin distribute application data across a network of nodes, reducing latency and minimizing downtime. This approach aligns with Web3’s core values of resilience and user control.

A strong infrastructure is not just a technical requirement — it’s a business imperative. Without it, even the most innovative dApps can suffer from performance issues, outages, and poor user experiences.

Benefits for Businesses

• Agility: Scale infrastructure up or down as needed, supporting rapid growth or pivots.
• Cost-Effectiveness: Pay-as-you-go models reduce upfront investment and ongoing costs.
• Automation: Streamline processes and reduce manual intervention through smart contracts and decentralized protocols.
• Compliance: Meet evolving data privacy regulations with secure, transparent systems.

To maximize the reliability, speed, and scalability of your Web3 project, consider the following best practices:

Decentralized Hosting

Distribute data and applications across multiple nodes to reduce latency and improve uptime. Protocols like IPFS and decentralized smart contracts make your services more resilient and accessible, even during network disruptions.

Content Delivery Networks (CDNs)

Use CDNs to cache and deliver content efficiently to users worldwide, reducing load times and improving user experience.

Optimized Smart Contracts

Write efficient, secure smart contracts to minimize gas costs and prevent vulnerabilities. Regular audits are essential for maintaining trust and security.

Caching Mechanisms

Implement caching to store frequently accessed data, reducing the load on your infrastructure and speeding up response times.

Load Balancing

Distribute user requests across multiple servers or nodes to prevent bottlenecks and maintain high availability.

Monitoring and Analytics

Continuously monitor infrastructure performance, track key metrics (latency, error rates), and respond proactively to issues.

Regular Updates and Maintenance

Keep your infrastructure up to date with the latest security patches and performance improvements.

Successful Web3 projects plan for growth, resilience, and user needs from the start. Here are some practical tips:

• Multi-Region Deployment: Even if you start local, design for a global audience. Geo-distributed infrastructure prevents future refactoring.
• Request Redundancy: Avoid single points of failure by using multiple RPC providers and fallback mechanisms.
• Hybrid Architecture: Not all data needs to be on-chain. Use a mix of blockchain and traditional infrastructure for the best balance of performance and decentralization.
• Scalability Triggers: Set clear thresholds for upgrading infrastructure as your user base grows (e.g., RPC request volumes, regional expansion).

Security is a non-negotiable aspect of any Web3 project. With decentralized systems, the attack surface can be broader, and vulnerabilities can have significant consequences.

Key Security Measures

• Regular Audits: Conduct code and infrastructure audits to identify and fix vulnerabilities.
• Access Management: Use decentralized identity and access management (IAM) tools to control permissions and protect sensitive data.
• User Education: Teach users about best practices, such as safeguarding private keys and recognizing phishing attempts.
• Incident Response: Have a plan for responding to breaches or outages to minimize impact and restore trust quickly.

Web3 projects thrive on active communities and transparent governance. Engaging your user base and involving them in decision-making can drive adoption and long-term loyalty.

Community Engagement

• Use platforms like Discord, Twitter, and Reddit to build and nurture your community.
• Encourage feedback and participation in governance decisions.

Transparent Governance

• Implement on-chain voting and proposal systems to give users a voice in project direction.
• Clearly communicate changes and updates to maintain trust.

Selecting a Web3 development company is a critical decision. Look for partners who:

• Understand Your Industry: Experience in your sector can speed up development and reduce risks.
• Offer Flexible Collaboration: Whether you need a dedicated team or targeted staff augmentation, choose a provider that matches your requirements.
• Provide Comprehensive Services: From API development to IAM consulting and CI/CD solutions, a full-service partner can support your project at every stage.
• Prioritize Security and Compliance: Ensure your partner follows best practices for audits, data privacy, and regulatory compliance.

Web3 infrastructure supports a wide range of applications across industries:

• Decentralized Finance (DeFi): Build platforms for lending, trading, and asset management without intermediaries.
• NFT Marketplaces: Create platforms for minting, trading, and showcasing digital assets.
• Blockchain Gaming: Develop games with true digital ownership and play-to-earn mechanics.
• Identity and Access Management: Implement decentralized IAM solutions for secure, user-controlled authentication.
• Content Management Systems: Build CMS platforms that give creators more control over their work.

1. Identify the Problem and Audience: Pinpoint a real-world issue and define your target users.
2. Build a Strong Team: Assemble experts in blockchain, security, and user experience.
3. Develop Robust Technology: Choose the right blockchain, infrastructure, and development tools.
4. Secure Funding: Explore token sales, venture capital, or other funding models.
5. Implement Security Measures: Prioritize audits and secure coding practices.
6. Engage the Community: Foster a loyal user base through active communication and transparent governance.
7. Launch and Iterate: Deploy your project, gather feedback, and continuously improve.

1. What is the difference between Web2 and Web3 infrastructure?

Web2 relies on centralized servers and intermediaries, while Web3 uses distributed networks and blockchain technology for greater transparency, security, and user control.

2. Why is decentralized hosting important?
It distributes data across multiple nodes, reducing downtime and improving access, even during network disruptions.

3.How do I choose the right blockchain for my project?
Consider your project’s goals, required throughput, security needs, and community support. Each blockchain offers different trade-offs.

4. What are RPC endpoints, and why do they matter?
RPC endpoints connect your application to the blockchain. Their reliability and speed directly affect user experience.

Building a successful Web3 project requires more than just a great idea — it demands a solid infrastructure that supports your goals, scales with your users, and keeps your data secure. By understanding the components and best practices of Web3 infrastructure, you can lay the groundwork for a project that stands the test of time.

If you’re ready to take your business into the world of Web3, now is the time to invest in the right infrastructure and expertise.

Ready to build your Web3 project? Explore how Codezeros can help you with robust Web3 development services, from infrastructure planning to deployment. Contact our team today to start your journey.

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