Visa Report Finds Nearly Half Of US Consumers Used AI For Holiday Shopping This Season

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Visa Report Finds Nearly Half Of US Consumers Used AI For Holiday Shopping This Season

by
Alisa Davidson

Published: December 05, 2025 at 8:22 am Updated: December 05, 2025 at 8:22 am

by Ana

Edited and fact-checked:
December 05, 2025 at 8:22 am

In Brief

Visa published a report finding that nearly half of US consumers have used AI for holiday shopping tasks, like price comparison and research, this season.

Global payment technology company Visa, released a new report indicating that nearly half of US consumers used AI for holiday shopping tasks this season, such as price comparison and product research. The report highlights a broader trend in which AI, stablecoins, and other digital payment innovations are increasingly influencing holiday commerce worldwide.

The research, conducted by Morning Consult on behalf of Visa, notes that consumers are adopting technologies that enhance convenience, security, and efficiency. AI is being used to optimize gift selection and pricing, while tools like facial recognition are streamlining payment authentication. Digital currencies are also gaining traction in emerging markets, signaling a shift toward more technologically integrated shopping experiences.

The study surveyed consumers across 12 countries and found a clear global trend: AI, digital wallets, and digital currencies are becoming embedded in holiday spending behaviors. While security and fraud prevention remain top priorities, there is growing comfort with intelligent systems that assist with decision-making. Among younger consumers, particularly Gen Z, technology-driven shopping is shaping expectations for the future of commerce.

AI adoption for holiday shopping is particularly high in markets such as Spain, Singapore, South Africa, the UAE, Brazil, and Mexico. In the United States, 47% of consumers reported using AI for at least one shopping-related activity, with the most common applications including gift discovery, price comparison, and product research. This points to the emergence of an AI-assisted shopping era, where intelligent tools support not only browsing but also decision-making.

Crypto And Digital Wallets Take Center Stage This Holiday Season

Digital currencies are increasingly moving from niche applications toward mainstream use, particularly among younger consumers. In the United States, nearly half of Gen Z respondents express enthusiasm for receiving cryptocurrency, a rate that is almost twice as high as the general population. Stablecoins are also seeing growing interest, with 41% of US remittance users indicating they are likely to use stablecoins for international money transfers in the future. Adoption levels vary significantly across regions. Remittance users in Brazil, Mexico, South Africa, and the UAE show the highest openness to stablecoins, while interest in the UK is moderate and Germany remains comparatively cautious. This trend reflects a gradual but uneven global shift toward broader acceptance of digital currencies.

Digital wallets are increasingly becoming the preferred payment method globally, particularly among younger consumers. In the United States, approximately one in five shoppers favor digital wallets, with Gen Z showing a strong inclination; their use of digital wallets nearly matches that of physical cards. Adoption patterns vary significantly across regions. In Singapore and the UAE, digital wallets surpass cards and cash in terms of trust, security, speed, and convenience. Brazil demonstrates strong adoption driven by accessibility, transaction speed, and perceived protection against fraud. Germany continues to rely heavily on cash, contrasting with the UK, which leads other European markets in digital wallet use. Even in countries with strong cash traditions, consumers expect a decline in cash usage over the next decade, reflecting a global shift toward digital payments.

Security remains the dominant factor shaping payment choices worldwide, with nearly eight in ten respondents considering it extremely important. Consumers value seamless transactions but remain wary of increasingly sophisticated fraud schemes. In the U.S., 66% of consumers are concerned that friends or family might fall victim to online scams, and 82% report taking proactive measures such as enabling two-factor authentication and updating passwords. Fraud exposure varies globally, with the highest levels reported in CEMEA and Latin American markets, while European countries report comparatively lower exposure.

Gen Z is emerging as a key driver of change. Their near-equal preference for digital wallets and physical cards reflects a generational shift that is likely to influence payment adoption, technological innovation, and consumer expectations for years. This generation is also normalizing digital gifting, including cryptocurrencies, and purchasing gifts from international retailers, with 60 percent making cross-border purchases this season. Gen Z’s influence extends to travel, as 41 percent plan to travel more during the holidays compared to last year, indicating increased confidence and a focus on experiential spending.

Disclaimer

In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

About The Author

Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

ZKsync Unlocks Native Ethereum DeFi Access For ZK Stack Chains

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ZKsync Unlocks Native Ethereum DeFi Access For ZK Stack Chains

by
Alisa Davidson

Published: December 05, 2025 at 7:06 am Updated: December 05, 2025 at 7:06 am

by Ana

Edited and fact-checked:
December 05, 2025 at 7:06 am

In Brief

ZKsync’s new Layer 1 interoperability enables ZK Stack chains and private institutional infrastructure to access Ethereum DeFi directly, securely, and with full on-chain asset isolation.

ZKsync Enables Seamless Layer 1 Integration For ZK Stack Chains In Ethereum DeFi

Ethereum Layer 2 network ZKsync introduced a new Layer 1 interoperability feature that enables any ZK Stack chain to access Ethereum’s decentralized finance (DeFi) ecosystem without giving up its own governance model, privacy protections, or execution environment.

This allows activity on a ZK Chain to interact directly with protocols such as Aave, making it possible to supply assets or borrow GHO on Ethereum without fragmented liquidity or reliance on slow bridging processes.

When combined with Prividiums, the system forms an architecture in which institutions can operate on private infrastructure while still retaining smooth access to public-market liquidity. From the user’s perspective, the process remains straightforward, as the protocol manages the interaction between Layer 2 and Layer 1.

A transaction signed on Layer 2 functions like any standard Layer 2 operation but initiates automated steps that handle the underlying cross-layer workflow. Asset withdrawals are completed within minutes and delivered directly to an Ethereum address.

Skip the cold start.

Launching a new chain usually means starting with zero liquidity. That ends today.

With ZKsync Interop enabled by our Atlas upgade, all ZK Chains can interact natively with @Ethereum DeFi.

This means Enterprises leveraging Prividiums to tap into Ethereum… pic.twitter.com/nMuwJarGUe

— ZKsync (@zksync) December 4, 2025

This design pattern enables organizations to interact with Ethereum in a controlled manner while preserving operational privacy. It allows private access to Ethereum’s liquidity and market infrastructure without exposing internal systems. Teams operating a Prividium can adopt the pattern to maintain confidentiality while giving users secure, reliable access to blockchain markets. This private pathway extends across lending platforms, liquidity pools, yield strategies, and vault mechanisms, creating a discreet but comprehensive gateway into DeFi. Because existing DeFi protocols can be integrated directly rather than rebuilt, development efforts are reduced and compatibility with established ecosystems is maintained. As a result, participants can engage with deep public markets while keeping their internal workflows, data flows, and decision-making processes fully shielded from public visibility.

From Omnibus Accounts To Ethereum As Centralized Capital Hub

Many institutional Ethereum integrations continue to depend on omnibus account structures. In this model, a single Ethereum wallet is used to hold all assets, and individual balances are maintained only within the operator’s internal systems.

From an on-chain perspective, activity appears as a single aggregated account, while off-chain systems reflect separate user entries and reconciliation records. Users essentially hold claims against the pooled assets rather than having independently owned, on-chain positions.

With Layer 1 Interop, this structure is replaced. ZK Chains and Prividiums assign each user an aliased account directly on Ethereum, enabling deposits, collateral posting, and liquidity provision to occur natively from that account when interacting with protocols such as Aave.

Under this approach, assets and risk remain in isolated, on-chain positions at the Layer 1 level, while the Layer 2 environment manages access controls, permissions, and scalable operational workflows.

Disclaimer

In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

About The Author

Alisa, a dedicated journalist at the MPost, specializes in cryptocurrency, zero-knowledge proofs, investments, and the expansive realm of Web3. With a keen eye for emerging trends and technologies, she delivers comprehensive coverage to inform and engage readers in the ever-evolving landscape of digital finance.

We Selected 10 Series Similar to Stranger Things for Those Who Love It | Metaverse Planet

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We Selected 10 Series Similar to Stranger Things for Those Who Love It | Metaverse Planet

Woven with youth, suspense, and supernatural mysteries, these 10 series—similar in structure to Stranger Things—bring together heroes from different universes chasing dark secrets. Each episode fuels the sense of curiosity even more. You must check them out.

Dark stories await where time is bent, secrets grow in the shadows, and young heroes face their own fates. Ranging from parallel universes to mysterious islands, and from lost children to powers that change destiny, these shows take both tension and curiosity to the peak. If you followed Stranger Things with excitement, we think you will love these series too.

Dark

Following a missing child, the mysterious connections of four families are revealed; as time loops merge with the town’s dark past, everyone is forced to face their own destiny. Broken relationships and hidden truths accelerate Winden’s collapse.

From

Travelers unwillingly trapped in a desolate town search for a way to escape while facing the horror of creatures that appear at night. Filled with twisted secrets, this place has a dark order that feeds on people’s fears. Every choice summons a new danger.

Locke & Key

Returning to their old mansion after their father’s death, the Locke siblings discover supernatural powers unlocked by mysterious keys. However, an evil entity is pursuing these powers. As the family confronts past secrets, they struggle with both miracles and threats.

Hardy Boys

Two brothers are drawn into mysterious events in the town they moved to after their mother’s sudden death. While unraveling a web of secrets, they face truths about both their family history and the town’s dark organizations. Every clue births a bigger puzzle.

Outer Banks

In a coastal town divided by class differences, a group of teenagers chases a lost treasure. Dangerous chases, forbidden love, and family secrets drag them into increasingly larger conflicts. Adventure, loyalty, and survival are intertwined.

The Gryphons

A group of teenagers steps into a dark realm opened by a mysterious book. In this world full of mythological creatures and ruthless forces, they must face both their own fears and an ancient threat. The line between reality and imagination blurs rapidly.

Paper Girls

Four girls delivering newspapers find themselves in the middle of a time war at an unexpected moment. Encounters in different eras lead them to question both their identities and their fates. The teenagers make tough decisions to protect the future.

The A List

A summer camp on a deserted island starts with friendships and rivalries, but supernatural events emerge with the arrival of a mysterious girl. Controlled powers threaten fragile relationships rapidly. The island step-by-step reveals a dark secret hidden from everyone.

The Society

A group of teenagers is trapped in a strange place resembling a copy of their town but without adults. As they try to establish their own order, power struggles, loyalty conflicts, and the pressure of survival increase. The cost of every decision is heavy.

Parallels

Four friends are thrown into parallel universes after a mysterious event. They must navigate through dangerous realities to find their missing friends while facing their own versions. Perceptions of time, identity, and fate change completely.

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Where and How is Silver Used in Electric Vehicles? | Metaverse Planet

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Where and How is Silver Used in Electric Vehicles? | Metaverse Planet

The widespread adoption of electric vehicles has benefited silver and its investors the most. Indeed, the amount of silver used per vehicle has doubled in electric models. So, why is silver so important for electric vehicles? The automotive industry’s transition from internal combustion engines to electric powertrains has brought new standards in terms of metallurgy and materials science. In this transformation, silver (Ag) has begun to stand out as a hard-to-substitute industrial input due to its superior physical and chemical properties.

Naturally, this structural change in the sector has also directly affected the financial markets. When looking at analyst reports and the flow of breaking silver news, it is revealed that pricing is no longer shaped solely by the “safe haven” perception, but also by this increasing industrial demand data. So, why is silver indispensable for electric vehicles?

Physical Advantages of Silver and Technical Requirements

From an engineering perspective, silver offers distinct advantages compared to other conductors such as copper and aluminum. First and foremost, silver possesses atoms with the highest electrical conductivity among metals. This feature minimizes resistance losses during the transfer of battery energy to the wheels.

In Which Parts of Electric Vehicles is Silver Used?

Silver usage in electric vehicles is concentrated in the electronic infrastructure that forms the vehicle’s nervous system:

Battery Management Systems (BMS): Battery packs of electric vehicles consist of thousands of interconnected cells. Silver plating technology is used in the management systems that track the voltage of these cells and in the inter-cell connection terminals. Silver helps prevent the battery from overheating by lowering contact resistance.Inverters and Power Modules: Inverters, which convert the direct current (DC) coming from the battery into alternating current (AC) that drives the electric motor, operate under high heat. The “Silver Sintering” technology used in these modules is much more resistant to high temperatures compared to classic soldering and extends the lifespan of the components.Semiconductors and Sensors: Autonomous driving radars, blind-spot warning systems, and airbag sensors must react within microseconds. To ensure this speed, silver-based conductive inks and pastes are used in microchips and circuit boards.

In What Quantities is Silver Used in Cars?

According to data published by The Silver Institute, the silver usage amounts per vehicle are as follows:

Internal Combustion Engine (ICE): Average 15 – 28 grams.Electric Vehicle (EV): Average 25 – 50 grams.

These data reveal that if the automotive sector turns completely electric, the pressure on global silver reserves will technically increase. Let’s see how silver, which has already appreciated significantly in recent times, will perform in the coming years…

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Regular Animals by Beeple – AI Robot Dogs, NFT Outputs & Tech Culture Satire | NFT News Today

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Regular Animals by Beeple – AI Robot Dogs, NFT Outputs & Tech Culture Satire | NFT News Today

Regular Animalsis one of Beeple’s boldest projects yet. The installation mixes artificial intelligence, robotics, dark humor, and cultural critique into a lively, chaotic scene. When it premiered at Art Basel Miami Beach 2025, it quickly drew attention from curious visitors, sparked debate, and attracted collectors ready to spend six figures on an edition. This artwork is anything but subtle. It challenges viewers, pokes fun at the tech industry, highlights how digital systems shape our lives, and manages to make you laugh along the way.

The project uses animatronic creatures, hyper-real masks of famous figures, real-time neural processing, and NFT output to make a point: algorithms shape how the world sees us, and we often have no idea what they’re doing.

What Is Regular Animals?

Regular Animals is an interactive artwork created by Beeple (Mike Winkelmann), the digital artist best known for Everydays: The First 5000 Days—the landmark NFT collage that sold for $69.3M at Christie’s in 2021. He’s spent years building a reputation for tech-driven satire and dystopian commentary. This installation expands his focus from screens to physical machines.

The piece debuted on December 3, 2025 inside Art Basel Miami Beach’s new Zero10 digital art section. Every edition sold out during the VIP preview at $100,000 each, highlighting just how strong the demand remains for Beeple’s hybrid digital-physical projects.

What visitors encountered wasn’t a quiet gallery. They stepped into a fenced pen filled with 10 animatronic “dogs”—flesh-toned, humanoid robots wearing uncannily lifelike masks of tech moguls, art legends, and Beeple himself. These machines walked, watched, captured images of viewers, processed them through AI, and then printed the results from their rear ends as satirical “poop” accompanied by blockchain certification.

It’s absurd. It’s biting. It’s strangely insightful.

Why Beeple Created Regular Animals

Beeple has spent over a decade critiquing how technology influences culture. His earlier pieces—especially those exploring AI gone wrong—leaned heavily on digital storytelling. Regular Animals switches to physical hardware because the stakes of modern tech feel more concrete than ever.

A core message threads through the entire experience:“We are not prepared for the future.”

Algorithms already filter our social media, shape our opinions, and reinforce hidden biases. Tech platforms have a huge impact. Beeple turns these forces into actual creatures that wander, watch, and produce twisted versions of your identity. By putting viewers inside the system, he shows how odd and vulnerable life in the algorithm age can be.

How the Animatronic System Works

Each robot has several components working together:

1. Movement and Behavior

Quadruped frame capable of simple locomotion

Wandering patterns based on programmed curiosity

Cameras mounted at eye level

These dogs don’t behave realistically. Their odd, humanoid textures and stiff movements create a slight uncanny-valley effect. Beeple leans into that discomfort.

2. Real-Time Image Capture

Every robot snaps pictures of visitors and the surrounding space. The process isn’t subtle. People notice the gaze and often respond to it. That interaction becomes a core part of the commentary.

3. AI Processing “Through the Mask”

The captured images run through neural style systems calibrated to each figure:

Elon Musk bot: chaotic, sci-fi visuals echoing X/Twitter’s unpredictable feeds

Mark Zuckerberg bot: AR-like overlays that make fun of social network aesthetics

Jeff Bezos bot: consumer-surveillance energy (this edition wasn’t for sale)

Andy Warhol bot: repetitive pop prints

Pablo Picasso bot: fractured perspectives and cubist distortion

Beeple bots (x2): glitch-heavy self-mockery of NFT hype cycles

Each robot develops its own visual personality. This makes the output feel less like a gimmick and more like a running joke with cultural depth.

4. The “Poop” Output

The AI output emerges as:

Physical prints: up to 1,028 per robot

NFTs: up to 256 unique tokens per robot

Blockchain receipts: humorously labeled as “100% pure GMO-free, organic dogshit”

This crude joke works because it turns the idea of valuable blockchain art on its head. The dogs ‘produce’ culture while people gather to collect it. It’s both a parody and a comment on how digital economies treat attention like money.

The Masks and Their Symbolism

The masks come from @LHyperflesh, a sculptor famous for unsettlingly realistic designs. Beeple called him the “absolute GOAT” for good reason—these masks blur recognition and distortion in a way that enhances the satire.

Why These Figures?

They represent different forces shaping modern perception:

Tech billionaires control major digital platforms.

Art pioneers shaped visual language before the algorithmic era.

Beeple himself sits in the middle as a figure often blamed or praised for the NFT explosion.

Each mask is a stand-in for cultural power. The robots act as exaggerations of their influence.

The Lifespan System

The robots work for three years. After that, or ’21 dog years,’ their AI and printing features shut down for good. They can still walk, but they stop making images or tokens.

This limit is intentional. Technology changes quickly, and even the best systems can feel outdated before they are fully developed. Beeple uses this planned ‘death’ to show how fast digital tools lose their importance.

Audience Response and Media Coverage

Crowds packed the Zero10 section throughout the fair. Videos of the Musk and Zuckerberg bots “pooping” prints spread across X, Instagram, TikTok, and Reddit. Headlines ran with phrases like:

“Terrifying robot dogs”

“NFT crap takes over Miami”

“Beeple’s bots steal Art Basel”

Collectors picked up prints as soon as they appeared. Some people waited for hours to get a specific robot’s output. Others recorded their friends’ reactions to seeing the animatronics for the first time.

Critics liked the timing. Regular Animals arrived after a year full of debates about AI rules, data privacy, and how algorithms work. Beeple’s satire touched on issues people were already thinking about.

How Regular Animals Fits Into Beeple’s Larger Body of Work

Beeple’s 2025 projects, Diffuse Control and Synthetic Theatre, have similar themes to Regular Animals. They look at digital independence, cultural worries, and the struggle between human choices and machine decisions. This installation is unique because it combines software and robotics on a scale Beeple hasn’t tried before.

Moving from 2D digital images to large mechanical works marks a new stage in his career. This artwork makes AI something you can experience in person. You don’t just scroll by—it surrounds you.

Key Themes Embedded in the Work

1. Algorithmic Power

Tech platforms shape public perception. The robots illustrate how a handful of gatekeepers filter reality, often with bias or opacity.

2. Surveillance Culture

The dogs watch viewers. People feel it. The slight discomfort mirrors how targeted ads, social trackers, and facial-recognition systems watch us daily.

3. Commodity Culture

Visitors scramble for printed “poop.” Beeple critiques how digital scarcity and hype twist value—even when the object is intentionally crude.

4. Mortality in Digital Systems

The programmed lifespan challenges the assumption that digital creations live forever.

5. Tech Idolatry

Giving billionaires animal bodies exaggerates how society treats these individuals as larger-than-life symbols.

Why Regular Animals Matters

This installation sits at the intersection of art, technology, and public debate. It’s both funny and pointed. Beeple isn’t just looking for attention—he’s creating experiences that show how odd today’s tech culture really is.

Regular Animals offers an experience you feel, not just understand. The blend of AI, robotics, satire, and audience participation sets a benchmark for future hybrid installations.

Frequently Asked Questions

Here are some frequently asked questions about this topic:

What is Regular Animals?

Regular Animals is an interactive artwork by Beeple featuring ten animatronic dogs with hyper-real masks of public figures. These robots capture images of visitors, process them through AI, and print stylized outputs as physical “poop” accompanied by NFT certificates.

Why did Beeple create animatronic dogs for this installation?

He uses the dogs as a satirical metaphor for how algorithms watch us, process our data, and spit out distorted interpretations. Their odd, humanoid appearance underscores how strange technology feels when made tangible.

Which figures are represented in the masks?

The masks include Elon Musk, Jeff Bezos, Mark Zuckerberg, Andy Warhol, Pablo Picasso, and two versions of Beeple himself. Each mask shapes the AI output style to match that figure’s cultural influence.

How does the AI inside Regular Animals work?

Each robot uses onboard cameras to capture photos. A neural network transforms the images based on the mask’s theme—such as cubist distortion for Picasso or AR-like effects for Zuckerberg—before printing the results as collectible items.

Do the robots actually move?

Yes. They wander, turn, and respond to their surroundings through basic movement patterns. Their slow, deliberate motions contribute to the installation’s uncanny atmosphere.

What happens when the robots “die”?

After three years—referred to humorously as “21 dog years”—each robot loses its imaging and NFT abilities. It can still move, but the creative functions stop permanently.

Why did Regular Animals cause such a stir online?

Videos of the robots printing artwork from their rear ends sparked viral reactions. The mix of satire, AI processing, and celebrity masks made the installation highly shareable.

Is Regular Animals part of a larger theme in Beeple’s work?

Absolutely. Beeple’s recent projects focus on the tension between humans and automated systems. Regular Animals extends that exploration by making algorithms physical and relatable through humor.

How can visitors verify the NFTs or prints they receive?

The official site, regularanimals.ai, provides blockchain verification tools and additional project details.

What’s the main message behind Regular Animals?

Beeple warns that society isn’t ready for the speed and influence of emerging technologies. The installation encourages viewers to question how digital systems interpret us—and who controls those systems.

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iAero Protocol Launches Token Sweeper, Distributes 5% of LIQ Supply to Stakers

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iAero Protocol Launches Token Sweeper, Distributes 5% of LIQ Supply to Stakers

Disclaimer

In line with the Trust Project guidelines, please note that the information provided on this page is not intended to be and should not be interpreted as legal, tax, investment, financial, or any other form of advice. It is important to only invest what you can afford to lose and to seek independent financial advice if you have any doubts. For further information, we suggest referring to the terms and conditions as well as the help and support pages provided by the issuer or advertiser. MetaversePost is committed to accurate, unbiased reporting, but market conditions are subject to change without notice.

About The Author

Chainwire is the top blockchain and cryptocurrency newswire, distributing press releases, and maximizing crypto news coverage.

The Rise of Verifiable AI Agents in Web3: Technology, Use Cases, and Market Forecasts | NFT News Today

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The Rise of Verifiable AI Agents in Web3: Technology, Use Cases, and Market Forecasts | NFT News Today

Verifiable AI agents are transforming how digital ecosystems operate by blending artificial intelligence with cryptographic accountability. These autonomous software entities can perceive data, make decisions, and carry out tasks while proving their actions with on-chain records or cryptographic proofs. This article explains how they work, why Web3 gives them a trusted foundation, and where the technology is heading. It also connects these ideas with market dynamics and price forecasts based on aggregated analyst research to help readers understand where the sector may move next.

Understanding Verifiable AI Agents

What Makes an AI Agent “Verifiable”?

A verifiable agent doesn’t ask for blind trust. Instead, it shows evidence that its decisions follow clearly defined rules. Techniques like zero-knowledge proofs (ZKPs), statistical proofs of execution (SPEX), and hardware-based attestations offer a way to confirm that an agent processed accurate data, followed authorized logic, and executed correctly.

Here’s a simple example. A trading assistant might detect an arbitrage opportunity and execute a swap across decentralized exchanges. Rather than expecting users to trust its reasoning, the agent posts a cryptographic proof confirming it used genuine market data, followed pre-approved strategies, and didn’t expose funds to hidden risks. This proof becomes part of an on-chain audit trail. Anyone can verify it without exposing sensitive internal logic.

This approach aims to reduce dangerous outcomes like hallucinated insights, fabricated data, or malicious behaviors that traditional AI models struggle to prevent.

How Agents Operate Day to Day

A typical cycle looks like this:

Sense: Collect real-time inputs from APIs, oracles, or on-chain events.

Analyze: Apply a model, rule set, or prompt-defined reasoning.

Execute: Carry out trades, governance votes, or workflow actions.

Prove: Anchor a proof, signature, or log confirming correct execution.

This loop repeats automatically, allowing agents to operate across multiple chains and applications.

Why Web3 Strengthens Verifiable Agents

Distributed Infrastructure Brings Trust

Centralized AI services depend on corporate servers and opaque algorithms. Web3 offers an open, verifiable, and shared environment where computation and identity can’t be quietly altered behind closed doors. Blockchains give agents an immutable place to store proofs, identities, and performance histories.

This ensures:

Execution transparency: Smart contracts validate an agent’s decisions before allowing value to move.

Interoperability: Agents can communicate across networks through cross-chain messaging and proof systems.

Censorship resistance: No single company can shut down an agent.

Aligned incentives: Tokens reward honest activity by provers, validators, and agent operators.

We could see this segment to expand quickly as decentralized AI infrastructure outperforms legacy cloud-hosted systems in transparency and resilience.

The Rise of an Agent-Driven Web

Many researchers refer to this shift as the “Post-Web” or “agentic Web3.” Digital entities execute most network operations—from rebalancing liquidity pools to managing automated treasuries. Humans set objectives. Agents carry out the work with accountability baked in.

Several L1 and L2 ecosystems already treat agents as first-class participants. Ethereum, Solana, and modular rollup stacks are integrating cryptographic tools that make verifiable automation easy to deploy.

Key Technologies Powering Verifiable Agents

1. Proof Systems

Zero-Knowledge Proofs (ZKPs)

ZKPs confirm that an off-chain computation happened correctly without exposing the underlying data. This protects proprietary models and private inputs while ensuring trust.

Statistical Proofs of Execution (SPEX)

SPEX, made popular through Warden Protocol, provides fast and economical validation for high-frequency agent activity. Instead of proving every operation with heavy cryptography, SPEX offers statistical certainty backed by restaked security.

Trusted Execution Environments (TEEs)

Hardware solutions like Intel SGX create secure enclaves where agents can run sensitive logic. These enclaves produce attestations showing that reasoning steps and outputs weren’t tampered with.

2. Agent Identity Standards

ERC-8004: On-Chain Agent Passports

This standard stores cryptographic IDs, credentials, permission levels, performance metrics, and skill proofs. It functions like a résumé for agents, allowing smart contracts to verify whether an agent is qualified to perform an action.

Agent Cards / Passports

Projects use these digital profiles to define what an agent can and can’t do. A trading assistant might be restricted to non-custodial swaps, while a research agent might be authorized to access only specific data feeds.

3. Execution Infrastructure

Decentralized Inference Networks

AI inference is spread across distributed provers who deliver results along with verifiable proof objects. This prevents tampering and avoids reliance on a single provider.

Cross-Chain Automation Tools

Asynchronous Verifiable Resources (AVRs) allow agents to operate across more than 100 blockchains, verify data from different environments, and act on it without exposure to bridge-based exploits.

Event-Driven Execution Engines

Frameworks like Ava Protocol let agents react to granular on-chain triggers, ensuring that every action has a verifiable cause.

4. Incentive Models

Token systems reward:

Provers confirming agent computations

Validators ensuring correct behavior

Users who delegate authority to reliable agents

Instead of speculative hype cycles, value accrues to participants who keep the network honest and stable.

Practical Use Cases

DeFi and Autonomous Trading

Agents can:

Scan liquidity pools for yield opportunities

Rebalance portfolios

Execute arbitrage while proving data sources

Transform natural-language prompts into transaction bundles

Tools like 1inch Business already enable “prompt-to-DeFi,” where traders describe a strategy in plain English. The agent turns it into a verifiable execution plan.

Gaming, Digital Characters, and NFT Agents

Platforms such as Veriplay use confidential compute to give players AI companions with persistent personalities. These agents can prove their decisions follow fair-play rules. Players can trade or upgrade them as digital assets.

DAO Governance

Agents analyze proposals, forecast outcomes, and cast votes based on pre-approved logic. Their reasoning is recorded so token holders can verify that decisions align with instructions.

Cross-Chain Workflow Automation

Systems built on MultiversX, using frameworks like Eliza OS, coordinate tasks across chains. An automation agent might fetch risk metrics from one network and manage treasury rebalancing on another.

Research and Market Intelligence

Partnerships like Warden x Caesar bring citation-backed research to DeFi. Analysts can rely on autonomous research tools that prove every source they use. This prevents AI hallucinations and improves accuracy.

Leading Projects Shaping the Landscape

Warden Protocol

Warden specializes in verifiable autonomous agents. SPEX proofs offer an efficient way to validate high-volume decision-making. Their collaboration with Caesar strengthens data integrity by adding verifiable citation trails.

EigenLayer

EigenLayer introduces Actively Validated Services (AVSs) that use Ethereum restaking for decentralized control. Their “Level 1 Agents” concept treats agents as core components of the network’s execution layer.

Virtuals Protocol

Virtuals focuses on co-owned and community-driven agent economies. Users vote on behaviors, upgrades, and objectives. $VIRTUAL powers governance and incentives within these digital ecosystems.

Ava Protocol

Ava handles event-driven execution. It ensures that when an agent triggers an on-chain action, every step—from signal to settlement—can be audited.

Sentient AGI

Sentient builds cryptographic compute systems that allow agents to act across multiple chains using verifiable reasoning. $SENT fuels its distributed AI network.

Additional Innovators

Phala Network: Confidential compute layer for agent operations

Starknet: ZKML experimentation for verifiable ML models

OpenGradient: Secure context handling for agent prompts

Market Trends and Analyst Forecasts

Industry analysts project rapid growth as decentralized AI infrastructure replaces traditional cloud dependency. Many expect verifiable agents to support a significant share of Web3 activity within the next five years. Forecasts derived from aggregated analyst models suggest continued expansion of AI-driven token categories, improved liquidity across agent-based ecosystems, and rising demand for cryptographic proof systems. These models also indicate strong long-term traction for projects that solve verification challenges rather than relying on raw model performance alone.

Investors increasingly prioritize networks with sustainable token utilities, verifiable computation layers, and active developer ecosystems. Conversations across social platforms echo this shift, emphasizing “proof over promises” as a defining theme.

Challenges on the Road Ahead

Scaling Proof Systems

ZKPs remain computationally expensive. Even though performance is improving, high-frequency strategies still require hybrid solutions that combine fast statistical proofs with periodic full verification.

Interoperability Standards

Agents need consistent identity frameworks, data schemas, and permission systems. ERC-8004 is a promising start, but cross-chain compatibility needs additional refinement.

Security and Economic Design

Poorly designed incentives may cause centralization. Attackers could target agent identities, manipulate proof systems, or attempt to exploit agent logic. Careful protocol engineering and diverse validator sets help reduce these risks.

What the Future Holds

Several trends point to a shift where agents become essential digital actors across blockchains, financial systems, gaming economies, and enterprise operations. Standardized agent passports, cross-chain inference layers, and hardware-backed attestations could make autonomous digital entities reliable enough for mainstream adoption.

We may also see new markets emerge where agents buy compute from each other, hire sub-agents, or trade data rights on-chain—all with verifiable accountability.

Final Thoughts

Verifiable AI agents mark a meaningful step toward trustworthy automation. By combining cryptographic guarantees with autonomous intelligence, they offer a foundation for transparent, accountable, and efficient digital ecosystems. Web3 gives them a permanent verification layer, opening the door to decentralized marketplaces, automated financial strategies, transparent research tools, and entire networks where agents operate safely on our behalf.

As the technology matures, users will increasingly rely on these digital entities for tasks that demand consistency, precision, and demonstrable honesty. Analysts expect strong momentum across verifiable AI networks, fueled by infrastructure upgrades, growing developer activity, and rising demand for transparent automation.

Frequently Asked Questions

Here are some frequently asked questions about this topic:

1. What is a verifiable AI agent in Web3?

A verifiable AI agent is an autonomous digital program that makes decisions and proves its actions using cryptographic methods like zero-knowledge proofs or on-chain records. This removes the need for blind trust and allows users to verify behavior without revealing sensitive data.

2. How do verifiable agents build trust in decentralized systems?

They embed transparency into every action by producing cryptographic proofs, smart contract validations, or hardware attestations. This ensures that agents act according to pre-approved logic, reducing risks like manipulation, hallucinations, or hidden errors.

3. What technologies enable verifiable AI agents?

Key technologies include zero-knowledge proofs (ZKPs), statistical proofs of execution (SPEX), trusted execution environments (TEEs), decentralized inference networks, and identity standards like ERC-8004. Together, these tools verify logic, execution, and identity across chains.

4. What are some real-world use cases for these agents?

Verifiable agents are used in DeFi for automated trading, in DAOs for proposal voting, in games as AI companions, and in cross-chain automation for treasury management. They also support research by verifying every data source used in AI-generated reports.

5. Which projects are leading development in this space?

Top players include Warden Protocol (SPEX and research tools), EigenLayer (AVS with restaking), Ava Protocol (event-driven execution), Virtuals Protocol (community-owned agent economies), and Sentient AGI (cross-chain verifiable reasoning).

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NASA’s Groundbreaking Discoveries That Defined 2025 | Metaverse Planet

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December 4, 2025

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NASA’s Groundbreaking Discoveries That Defined 2025 | Metaverse Planet

NASA made striking discoveries in 2025, ranging from Mars to the Sun, from asteroid Bennu to distant galaxies, and from black holes to comets. Here are the 7 biggest NASA discoveries of the year.

The year 2025 went down in history as a year full of uncertainty for NASA. While the agency struggled with mass layoffs, budget cuts, and leadership changes, it managed to achieve discoveries that shook the scientific world despite all challenges. Here are the seven groundbreaking NASA discoveries that stood out in 2025.

Potential Biosignatures on Mars

In July 2024, NASA’s Perseverance rover discovered an extraordinary rock in Mars‘ Jezero Crater. This rock, which features spots resembling poppy seeds and leopard patterns on its surface, caught the attention of scientists. Perseverance took a core sample of this rock, named “Chevaya Falls,” and analyzed its surface chemistry.

It was determined that the rock contains essential components for life such as organic carbon, sulfur, oxidized iron (rust), and phosphorus, as well as minerals associated with microbial metabolism on Earth. While the findings were published in the journal Nature, it is stated that Chevaya Falls could be one of the strongest signs of past life on Mars. The core needs to be brought to Earth and analyzed for definitive verification. However, the Mars Sample Return mission is currently on hold.

3I/ATLAS: An Interstellar Visitor

Most astronomers know that the asteroids and comets they observe belong to the Solar System. However, in June, the NASA-supported ATLAS system detected a third interstellar object coming from a distant corner of our galaxy. This comet, named 3I/ATLAS, originated from another star system.

Researchers launched a global race to collect as much data as possible before the object disappeared from view. Initial analyses revealed that 3I/ATLAS is notable for its exceptionally high carbon dioxide content and aged structure. NASA collected comprehensive data and images by observing the comet with multiple spacecraft. This information will continue to be an important resource for astronomers even after 3I/ATLAS leaves the Solar System.

Betelgeuse’s Small Star Companion

The red supergiant Betelgeuse in the Orion constellation has been displaying strange light patterns that have puzzled astronomers for years. In 2024, it was suggested that Betelgeuse might have a small companion star that could explain this odd behavior. Betelgeuse star relative size comparison resmi

This year, a team led by senior researcher Steve B. Howell from NASA’s Ames Research Center confirmed this hypothesis. The small and faint star, named “BetelBuddy,” was photographed in high resolution using the Gemini North telescope in Hawaii.

Thanks to this discovery, Betelgeuse’s brightness, which changes in an approximately 400-day cycle, and its secondary 6-year period can now be understood. Although variable stars are common, Betelgeuse’s long-term dimming phase had remained unexplained for centuries.

Uranus’s Hidden Moon

NASA’s James Webb Space Telescope discovered a previously unnoticed moon orbiting Uranus this year. This small moon, named S/2025 U1, was missed during the Uranus flyby performed by Voyager 2 nearly 40 years ago. It was discovered in February thanks to Webb’s powerful Near-Infrared Camera (NIRCam).

Astronomers determined that the moon is located at the edge of Uranus’s inner rings, approximately 56,000 kilometers away on the equatorial plane. This small moon, which is about 10 kilometers in diameter, suggests that Uranus may have many more hidden moons.

The Heaviest Black Hole

One of the discoveries that stood out this year was the identification of the heaviest black hole. Using data from the Hubble Space Telescope and the European Southern Observatory’s Very Large Telescope (VLT), astronomers discovered a giant black hole with an estimated mass 36 billion times that of the Sun. black hole accretion disk resmi

This cosmic giant is located at the center of a supergiant galaxy named Cosmic Horseshoe, 5 billion light-years from Earth. The galaxy’s massive mass bends nearby light, creating an Einstein ring. This natural lensing phenomenon made the detection of the black hole possible. The study demonstrated how effective combining gravitational lensing with telescope data is in cases where classical methods are insufficient for detecting black holes.

Samples from Asteroid Bennu

Samples taken from Asteroid Bennu also excited the scientific world this year. NASA’s OSIRIS-REx mission found components carrying the building blocks of life in the Bennu samples that returned to Earth in 2023. In research published in Nature and Nature Astronomy, protein building block amino acids, five nucleobases that form RNA and DNA, and salty solutions were detected in the samples.

Even more impressive was the presence of sugars in the samples. Thus, it was confirmed that Bennu carries all the essential components necessary for life. This strongly suggests that asteroids like Bennu transported the fundamental components of life to Earth. Interestingly, the only sugar missing from the samples was deoxyribose, the primary component of DNA. This supports the RNA world hypothesis regarding the origin of life. This hypothesis suggests that Earth’s earliest life forms consisted of RNA molecules capable of containing genetic information and replicating.

The Sun Seen Up Close for the First Time

Another significant development was obtaining the closest images of the Sun ever taken. NASA’s Parker Solar Probe spacecraft made history by approaching within just 6.12 million kilometers of the Sun.

Photos and videos released in July show the Sun’s corona in unprecedented detail. These high-resolution data obtained with the WISPR (Wide-Field Imager for Solar Probe) camera reveal coronal mass ejections and powerful solar winds in detail. These data are of critical importance for improving the prediction and prevention of geomagnetic storms that could affect the magnetosphere on Earth.

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Spain Announces €1.3 Billion Incentive Package to Boost Electric Vehicle Sales | Metaverse Planet

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December 4, 2025

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Spain Announces €1.3 Billion Incentive Package to Boost Electric Vehicle Sales | Metaverse Planet

Spain has prepared a massive €1.3 billion incentive package to accelerate electric vehicle sales. The plan aims to strengthen charging network investments, consumer support, and domestic production.

Spain, which has recently become a focal point for especially Chinese electric vehicle and battery manufacturers, will activate a €1.3 billion incentive package in 2026 to strengthen its automotive industry. According to Prime Minister Pedro Sanchez, the ultimate goal of this plan is for 95% of vehicles produced in the country to be electric by 2035.

Current Production Statistics

Sector data shows that the total share of fully electric and rechargeable hybrids produced in Spain in the first ten months of 2025 is only around 10%. The share of full hybrids is at 26.7%. Last year, the average share of fully electric and PHEV models across the European Union was approximately 20%.

Breakdown of the Plan

Spain’s new plan involves allocating:

€400 million in direct support to consumers to encourage electric vehicle purchases in 2026,€580 million under an EU-funded program supporting industrial investments,€300 million to install new stations on road networks where charging infrastructure is still lacking.

The Madrid administration is trying to strengthen the automotive sector against the pressure created by the aggressive presence of fast-growing brands like the Chinese BYD in the European market. Spain’s lack of a strong domestic car brand increases the risk of falling behind in the competition.

Protecting Employment and Position

According to Sanchez, this plan aims to protect employment while production shifts to electrification and to maintain the country’s position as Europe’s second-largest car manufacturer.

While foreign investments, such as the €4 billion battery factory to be established in partnership with CATL and Stellantis, provide job opportunities to the country, the government warns that know-how and market share could be lost if the domestic ecosystem is not supported.

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Crypto airdrops: a clever marketing strategy that benefits both projects and holders | NFT News Today

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December 3, 2025

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Crypto airdrops: a clever marketing strategy that benefits both projects and holders | NFT News Today

The crypto space is innovative by design: everything from the blockchain technology that powers digital currencies to the very concept of decentralized finance they propose comes to challenge the norms and creates new ways for addressing old issues, reflecting the ecosystem’s disruptive nature. So, it’s only natural that the marketing strategies that blockchain and crypto companies employ are just as creative and progressive as every other aspect of the industry. Case in point: crypto airdrops.

If you’ve been paying attention to what’s been happening in the crypto market, you may have noticed that airdrop news is everywhere. One may wonder why crypto needs any marketing at all since it’s been dominating the headlines for years now. Digital assets have been so widely discussed that they often feel inescapable – you couldn’t ignore them if you wanted to. Given all the buzz around crypto, you may think there’s no need for airdrops to add to the pile.

However, one should not ignore the fact that as the market has expanded, competition has also increased substantially. There are so many different cryptocurrency projects available right now and plenty of others waiting in the pipeline that, without a solid marketing strategy, even the most interesting and original projects can go unnoticed. That’s where crypto airdrops come into play, so let’s see what they entail and how they can help.

The basics

Crypto airdrops refer to the free distribution of digital tokens or coins by a blockchain or crypto company to users when they launch a new project. The purpose is to boost awareness and circulation of the coin in question ahead of its public listing. The assets are sent directly to select accounts, making it seem like they fell straight from the sky and right into users’ wallets.

This has become a very popular marketing strategy commonly used in the crypto space, as it creates value for both sides. The process is pretty straightforward as it implies a few simple steps. The developing company uses various channels to spread the word about their airdrop, including their official website and social media channels, as well as dedicated forums and news sites. These are the places people should check if they want to be the first to know about an upcoming airdrop.

After checking the eligibility criteria, the interested parties can join the airdrop by submitting their wallet addresses on the project’s official registration page. Some projects may have certain requirements or ask applicants to conduct specific tasks in order to qualify, such as holding a certain amount of a specific coin or using a protocol, swapping tokens, joining groups, or signing up for newsletters. The project then verifies if the applicants meet the eligibility conditions, and if everything is in order, it sends the tokens to their wallets.

Many popular crypto projects have employed airdrops as part of their promotional strategy. For example, Uniswap (UNI), Stellar (XLM), and Arbitrum have all taken their first steps in the market, aided by airdrops.

Benefits all around

In true crypto spirit, airdrops are a direct marketing strategy that eliminates intermediaries and brings projects and participants closer together. The resources that one would normally allocate to promote the project through traditional marketing methods go straight to users via blockchain-powered transfers. In doing so, crypto companies bring their projects in front of their target audience, increasing their visibility and encouraging users to join in, while users gain exposure to the assets they’re interested in and get to build their portfolios with minimal effort.

This approach also creates a much more authentic and synergetic relationship between crypto initiatives and audiences, encouraging communities to develop organically. By putting tokens directly into the hands of people, companies provide a simple and clear path for them to jump on board a project and support it from the very beginning.

It’s, therefore, obvious why so many companies resort to airdrops as a primary marketing technique. It’s a fast and straightforward way to spread awareness of new projects and help them gain traction in an increasingly competitive industry. People love receiving things for free. So, when a crypto enthusiast gets their hands on a brand-new token, it motivates them to explore the project in greater detail, which enhances engagement.

Different types of crypto airdrops

It’s important to mention that not all crypto airdrops are the same. Based on their scope, criteria, and the distribution methods they employ, they can be divided into the following categories:

Standard airdrops – the simplest type of airdrop, where everyone can receive free tokens only by expressing their interest in the project and providing a valid wallet address or, in some cases, by performing simple tasks like subscribing to social media accounts.

Exclusive airdrops – with exclusive airdrops, eligibility criteria are more restrictive. These are available only to certain individuals, usually based on their previous activity in the market, such as the time spent on a project or the number of social media interactions.

Holder airdrops – as the name implies, this airdrop category automatically rewards users who own a specific token with new tokens. The number of assets they hold also impacts the size of the reward.

Bounty airdrops – the main requirement in bounty airdrops is completing different promotional tasks, like creating content or social media posts about a project to spread awareness.

Raffle airdrops – a raffle airdrop is exactly what it says on the tin: an airdrop that includes a raffle element, creating opportunities for users to gain tokens based on both task completion and luck.

Safety concerns

Airdrops have become extremely popular among crypto companies and users alike, but their growing popularity also poses safety concerns. Market participants have to be careful when engaging with crypto projects and learn how to protect themselves against fraudulent schemes disguised as legitimate airdrops. Through research of the companies offering the airdrop and the project they’ve developed, creating a separate wallet for airdrops and keeping private keys private are the main strategies one should employ to stay safe and avoid negative experiences.

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