Quick answer: Web3 partially delivered on its promises. Stablecoins, DeFi, and tokenized real-world assets became practical financial infrastructure, while DAOs, decentralized identity, NFT utility, and the metaverse remain early, niche, or largely unfulfilled. The strongest Web3 adoption solves payments, settlement, and asset-access problems—not speculation.
Web3 promised to remove middlemen, give people ownership of digital assets, rebuild finance without banks, and create internet-native communities that users actually governed. More than a decade after Bitcoin and nearly a decade after Ethereum, some of those promises became real products. Others remain locked in a haunted house of abandoned NFT projects, empty metaverses, failed tokens, and governance forums nobody reads.
This article separates the working parts of Web3 from the ghosts: what delivered, what failed, what is still early, and what businesses should watch next.
Key Takeaways
Web3 delivered selectively: stablecoins, DeFi, and tokenized assets show the strongest real-world adoption.
Stablecoins are the clearest success: their market capitalization reached about $308 billion in August 2026, up 14.3% year over year.reap
Tokenization is gaining traction: tokenized real-world assets and stablecoins reached about $349.2 billion across 50 networks in October 2026.cryptotimes
DAOs remain experimental: they coordinate treasuries and protocols but rarely replace companies.
NFTs proved ownership, not demand: ownership technology works; sustained consumer utility remains limited.
The winning test is utility: a Web3 product should improve cost, speed, access, trust, or control—not merely issue a token.
What Is Web3 and What Did It Promise?
Web3 is a broad term for internet services built on blockchains, cryptographic ownership, smart contracts, and user-controlled digital assets. In theory, it shifts power from centralized platforms toward open networks, wallets, tokens, and programmable money.
The original pitch had several core promises:
Users would own their digital assets instead of renting them from platforms.
Financial services would operate without traditional banks or brokers.
Creators would earn directly from audiences.
Communities would govern products through DAOs.
Identity, data, and reputation would become portable.
Global payments would become faster, cheaper, and borderless.
Real-world assets would become programmable and tradable on-chain.
Some of those promises became practical infrastructure. Others became marketing language attached to speculative tokens.
Expert Insight: A protocol can be decentralized on-chain while remaining centralized in the places users actually touch: the app frontend, the customer support Discord, the fiat on-ramp, and the signing interface.
Key Web3 Terms Explained
Blockchain: A shared, append-only digital ledger that records transactions across a network.
Smart contract: Self-executing code that enforces rules without requiring a traditional intermediary.
Wallet: Software or hardware used to hold cryptographic keys and interact with blockchain assets.
Stablecoin: A blockchain token designed to maintain a stable value, often pegged to the U.S. dollar.
DeFi: Decentralized finance; financial services operated through smart contracts rather than traditional intermediaries.
NFT: Non-fungible token; a unique blockchain asset representing ownership of a digital or physical item.
DAO: Decentralized autonomous organization; a group coordinated through smart contracts and token-based governance.
RWA: Real-world asset; a traditional asset represented on-chain as a token.
Which Web3 Promises Actually Delivered?
The clearest Web3 successes are stablecoins, DeFi primitives, tokenized real-world assets, and blockchain-based settlement infrastructure. They deliver value because they solve specific problems: moving dollar value, accessing financial services without traditional intermediaries, and representing assets in programmable form.
Stablecoins are the strongest example. Their total market capitalization reached about $308 billion in August 2026, up 14.3% year over year, and roughly 99.5% of that supply was dollar-denominated. That is not a fringe experiment; it is a functioning global settlement layer, even if much of its activity remains tied to trading and exchange flows rather than everyday consumer payments.
Did DeFi Deliver on Banking Without Banks?
DeFi delivered a working alternative financial layer, but not yet a replacement for traditional banking. It allows people to trade, lend, borrow, provide liquidity, and earn yield through smart contracts without needing permission from a bank.
Ethereum remains the center of that ecosystem. It holds roughly $37 billion of the approximately $70 billion in total value locked across blockchain applications, according to data cited in October 2026, representing about 54% of the market. Other estimates place Ethereum’s share of DeFi TVL closer to 56% or 65%, depending on methodology and timing, but every measure points to the same conclusion: DeFi is real, liquid, and concentrated on a small number of networks.
What DeFi Does Well
Permissionless access: Anyone with a wallet can interact with supported protocols.
Programmable finance: Smart contracts automate lending, swaps, collateral, and settlement.
Global liquidity: Markets operate continuously, without banking hours.
Transparent records: On-chain transactions can be independently verified.
Composability: Protocols can connect like financial building blocks.
What DeFi Still Gets Wrong
User experience: Seed phrases, gas fees, bridging, and wallet approvals remain intimidating.
Security: Smart-contract bugs, oracle failures, bridge exploits, and social-engineering attacks can destroy user funds.
Liquidation risk: Volatile collateral can trigger forced sales during market stress.
Regulatory pressure: Compliance, consumer protection, and jurisdictional rules remain unsettled.
Concentration: A large share of activity and liquidity remains concentrated among major protocols and chains.
Expert insight: DeFi succeeded first where users already understood financial risk: traders, funds, and crypto-native users. It has not yet succeeded as a simple replacement for a checking account, savings account, or consumer loan.
Did NFTs Deliver Digital Ownership?
NFTs delivered verifiable digital ownership, but not yet a durable mainstream creator economy. They made it possible to prove ownership of digital items on-chain, yet speculation, weak utility, poor user experience, and inconsistent royalties limited long-term adoption.
During the 2021–2022 boom, NFTs were marketed as membership passes, gaming assets, music royalties, event tickets, and identity objects. Some use cases survived. Many did not.
Where NFTs Worked
Digital collectibles: CryptoPunks, Bored Ape Yacht Club, and other collections created liquid secondary markets.
Membership access: Token-gated communities and events used NFTs as access credentials.
Gaming assets: Some games experimented with player-owned items, though sustainable game economies proved difficult.
Ticketing and credentials: NFTs can represent admission, certification, or provenance.
On-chain provenance: Artists and brands can establish public records of issuance and transfers.
Where NFTs Fell Short
Speculation dominated utility: Many buyers purchased NFTs as investments, not products.
Royalties were difficult to enforce: Marketplaces and traders often found ways around creator royalties.
Liquidity disappeared: Many collections became illiquid after the speculative cycle ended.
User experience remained poor: Wallet setup, gas fees, and custody risks excluded mainstream users.
Utility was often promised, not shipped: Roadmaps frequently promised games, metaverses, and benefits that never arrived.
NFTs did not fail because blockchain ownership is impossible. They struggled because many projects sold scarcity before building something people wanted to use repeatedly.
Did DAOs Replace Traditional Companies?
DAOs did not replace traditional companies, but they proved that blockchain-based coordination is possible. A DAO uses smart contracts and tokens to manage proposals, voting, treasuries, and sometimes protocol upgrades.
The reality is less revolutionary than the early vision. Many DAOs suffer from low voter turnout, token-weighted decision-making, legal ambiguity, and slow execution. A small group of large holders can often dominate outcomes, which undermines the promise of democratic governance.
Where DAOs Show Promise
Protocol treasuries: Managing grants, liquidity, and development funding.
Open-source funding: Coordinating contributors around shared infrastructure.
Investment clubs: Pooling capital under transparent rules.
Creator communities: Giving supporters a formal role in direction and rewards.
Protocol upgrades: Coordinating changes to decentralized systems.
Where DAOs Struggle
Legal status: Many jurisdictions still lack clear recognition for DAOs.
Accountability: Token voting does not automatically create responsible management.
Participation: Most token holders do not vote.
Execution speed: Consensus can be slower than a competent management team.
Capture risk: Wealth concentration can turn “decentralized governance” into plutocracy.
DAOs are best understood today as governance experiments, not a universal replacement for companies, cooperatives, or nonprofits.
Is Tokenization Web3’s Biggest Success So Far?
Tokenization is becoming one of Web3’s most credible success stories. It turns assets such as treasury bills, funds, credit, commodities, and real estate exposure into blockchain-based tokens that can be transferred, programmed, and settled more efficiently.
The market is no longer theoretical. Tokenized real-world assets and stablecoins reached a combined on-chain value of about $349.2 billion across 50 blockchain networks as of early October 2026. Ethereum accounted for $185.8 billion, or 53.2%, of that combined market.
Pure tokenized real-world assets, excluding stablecoins, were estimated at roughly $46 billion across 35 chains in late September 2026, with Ethereum holding about $22.2 billion, or 48.4%.
Why Tokenization Works
Tokenization succeeds because it does not ask ordinary users to abandon familiar finance. Instead, it brings familiar assets into programmable infrastructure.
Faster settlement: Blockchain rails can reduce reconciliation and settlement delays.
Fractional access: High-value assets can be represented in smaller units.
Programmable compliance: Transfer restrictions and investor rules can be embedded in tokens.
Global distribution: Assets can reach investors outside traditional market hours.
Transparent ownership records: Token registries can improve auditability.
The Important Caveat
Tokenization does not automatically make an asset safe, liquid, or legally enforceable. A token representing a fund, property interest, or private credit position still depends on the underlying legal structure, custodian, issuer, oracle, and market demand.
Expert insight: The strongest Web3 products do not ask users to believe in ideology. They solve a settlement, access, or operational problem that existing systems handle poorly.
Did Stablecoins Deliver Global Payments?
Stablecoins delivered a major part of the global-payments promise, especially for cross-border transfers, dollar access, and business settlement. They combine blockchain rails with price stability by pegging their value to fiat currency or other assets.
Stablecoins settled an estimated $7.2 trillion in February 2026, surpassing the U.S. ACH network for the first time, according to data cited by Reap. However, that headline number needs context: much stablecoin volume reflects trading, exchange transfers, and wallet-to-wallet movement rather than ordinary consumer purchases. Estimates cited by Reap suggest that only about $350–550 billion of the $28–62 trillion in 2025 stablecoin transfers represented genuine real-economy payments.
That distinction matters. Stablecoins are already useful, but they have not yet replaced cards, bank transfers, or local payment methods for most consumers.
Where Stablecoins Deliver Value
Cross-border B2B payments: Businesses use them to move value without correspondent-banking delays.
Dollar access: People in high-inflation or currency-restricted markets can hold digital dollars.
Trading liquidity: Stablecoins remain the main settlement asset across many crypto markets.
Treasury operations: Companies can hold, move, and program dollar balances on-chain.
Remittances: Lower-cost transfers are possible, especially where banking access is limited.
Adoption evidence is growing. Among businesses that have used stablecoins, 41% reported cost savings of 10% or more, mostly on cross-border payments, while about 13% of organizations surveyed had used stablecoins.
Has Web3 Solved Digital Identity?
Web3 has not yet solved digital identity, but it created useful building blocks. Wallet addresses, ENS names, verifiable credentials, and decentralized identifiers can represent ownership, reputation, and access rights without relying entirely on a single platform account.
The problem is usability. Most people do not want to manage private keys, recover seed phrases, or understand gas fees just to log in to an app. Until wallet-based identity becomes as easy as “Sign in with Google,” decentralized identity will remain mostly infrastructure for developers and crypto-native users.
The promising direction is not “one wallet to rule everything.” It is selective disclosure: proving you are over 18, accredited, verified, or authorized without revealing your entire identity.
Did the Web3 Metaverse Deliver on Its Promise?
The Web3 metaverse did not deliver the persistent, mainstream virtual economy that advocates predicted. Virtual worlds still exist, and digital assets still have value in some games and communities, but the broad consumer shift toward living, working, and shopping in immersive worlds did not materialize at scale.
The failure was not only technological. Headsets remained expensive, experiences were fragmented, social graphs did not transfer between platforms, and many “virtual land” projects were priced as investment assets before they had real utility.
The lesson is familiar: a blockchain does not make a virtual world valuable. Useful experiences, strong communities, and reasons to return do.
Why Did So Many Web3 Projects Fail?
Many Web3 projects failed because they prioritized token launches over product-market fit. A token can raise money quickly, but it cannot force people to use a product they do not need.
Common failure patterns include:
Speculation-first design: The token was the product.
Weak retention: Users arrived for rewards and left when incentives ended.
Poor security: Hacks, exploits, and key-management failures destroyed trust.
Regulatory misalignment: Projects launched before understanding securities, money-transmission, or consumer-protection rules.
Complex onboarding: Too many steps between interest and actual use.
No clear user benefit: “Decentralization” alone is not a reason for a normal person to switch.
Unsustainable token economics: Emissions and rewards outran real revenue.
More than 20 funded Web3 projects shut down in the first quarter of 2026 alone, according to one industry retrospective, with many failures attributed to poor product-market fit rather than technology alone. That pattern is consistent with broader startup failure dynamics, where many companies fail during the scaling phase.
Which Web3 Promises Remain Haunted?
The haunted promises are the ones that required human behavior, legal clarity, and seamless UX at the same time: mass adoption, full decentralization, productive governance, and default privacy. These are not impossible. They are unfinished.
Mass Adoption Without Friction
Web3 told users they could own everything. It then asked them to guard a 12-word seed phrase, approve token allowances, bridge assets, pay gas in an unfamiliar token, and avoid phishing sites that look identical to real apps.
That is not onboarding. That is a security exam with financial consequences. Account abstraction, passkeys, and social recovery are improving the experience. Still, most people do not want to become their own bank, IT department, and fraud prevention team.
Quotable: Self-custody is empowering until the day a user loses access and discovers there is no support line.
True Decentralization
Many projects launched as decentralized networks and operated as centralized products. Validators, node providers, cloud services, indexing APIs, frontends, and treasuries often concentrate power. Token distribution can amplify venture capital and insider influence.
Bitcoin and Ethereum remain stronger examples of decentralization than most alternative chains. Even there, mining pools, staking providers, client diversity, and layer-2 sequencers introduce coordination points. Decentralization is a spectrum, not a badge.
The haunted part is the marketing. “Trustless” often means “trust different actors, visible on a dashboard.”
DAO Governance
DAOs delivered a new way to pool capital and coordinate communities. They did not deliver a reliable replacement for management. Voter apathy is common. Delegation can create oligopolies. Proposals can be captured by large token holders. Legal liability remains murky.
Some DAOs function well as grant-making bodies, protocol treasuries, or standards coordinators. Few run like efficient companies. The missing ingredient is not smarter voting. It is clearer accountability, faster execution, and legal structures that protect contributors.
Privacy by Default
Blockchains are transparent. That is a feature for auditors and a bug for ordinary humans. Salary data, supplier payments, medical records, and personal transactions should not be permanently broadcast to anyone who can read a block explorer.
Zero-knowledge proofs, encrypted mempools, and privacy-focused chains made progress. But usability, regulation, and liquidity fragmentation slow adoption. Many “private” transactions still leak metadata through endpoints, KYC on-ramps, or chain analysis tools.
Reality check: Pseudonymity is not anonymity. A wallet address can be anonymous until it touches an exchange, a merchant, or a named domain.
Play-to-Earn and Virtual Economies
Play-to-earn promised that players could extract income from game time. In many cases, the model relied on new entrants buying tokens or NFTs faster than rewards could be funded. When inflows slowed, economies cracked.
Games with durable fun can use blockchain for item ownership. Games designed primarily as yield vehicles usually fail. The lesson is blunt: entertainment must be worth consuming even when the token price falls.
How Can You Audit a Web3 Promise Before Betting On It?
Audit a Web3 promise by tracing custody, cash flow, governance, exit costs, and failure modes instead of reading the whitepaper’s adjectives. This seven-step method works for tokens, NFTs, DeFi protocols, DAOs, and infrastructure plays.
Step 1: Name the Job to Be Done
Ask what boring problem the project solves. Payments? Ticketing? Lending? Recordkeeping? Coordination? If the answer is “bring Web2 users to Web3” without a specific pain, be suspicious.
Step 2: Follow Custody
Who holds the assets? Users? Smart contracts? A multisig? An issuer? A custodian? If the project claims self-custody but requires a centralized bridge, centralized sequencer, or admin key to move funds, the claim is weakened.
Step 3: Map Revenue and Emissions
Where does value come from? Fees, interest, subscriptions, treasury yields, token sales, or new participants? If returns depend mostly on emissions or continuous inflows, the model may be a carousel, not a business.
Step 4: Test the Exit
Can a user leave cleanly? Can an investor sell? Can a builder migrate data? High exit costs are a warning sign. Web3 should reduce lock-in, not invent new cages with shorter labels.
Step 5: Inspect Governance
Who can upgrade contracts? Who controls the treasury? What percentage of tokens vote? Are delegates aligned with users or insiders? A DAO with 2% turnout is not democracy. It is a committee with a token budget.
Step 6: Check the Legal Wrapper
Is there a foundation, LLC, DAO LLC, securities offering, or terms of service? Regulatory exposure can change a protocol overnight. The 2022 FTX collapse and ongoing enforcement actions showed that legal opacity is a financial risk, not just a compliance footnote.
Step 7: Define the Worst Case
What happens if the oracle fails? If the chain halts? If the issuer freezes? If the frontend goes down? If the private key is phished? A serious Web3 product plans for these failures. A haunted one pretends they cannot happen.
Pro Tip: If a project needs a long explanation of why the token is necessary, the token may be the problem. Strong infrastructure usually makes sense before the tokenomics slide appears.
How Can You Tell If a Web3 Project Is Real or Hype?
You can tell whether a Web3 project is real or hype by examining its users, revenue, security, legal structure, and reason for using blockchain. A credible project solves a specific problem; a speculative one usually depends on token demand and future promises.
Use this checklist before investing, building, or partnering with a Web3 project.
This framework does not predict success. It helps identify whether a project has a reason to exist beyond a price chart.
Case Study: From NFT Hype to Tokenized Finance
Consider two projects launched in the same cycle.
Project A sells 10,000 NFT avatars. It promises a metaverse, a token, a game, and exclusive access. The mint sells out. Trading volume spikes. Then incentives slow, the game is delayed, the token launches, and the community becomes focused on floor price. Within two years, the Discord is quiet and the roadmap is abandoned.
Project B tokenizes a short-term treasury fund. It works with a regulated asset manager, uses a qualified custodian, embeds transfer restrictions, publishes holdings and NAV data, and gives institutional treasuries a way to move value on-chain. Growth is slower. But the product has a clear reason to exist: it makes a familiar financial instrument more programmable and transferable.
Project A may have generated more short-term attention. Project B is more likely to still exist in five years because it solves an operational problem rather than relying on speculative demand.
What Web3 Got Right About the Internet
Web3 was wrong about timing and often wrong about users, but it was right about several structural trends:
Digital assets need portable ownership.
Money is becoming programmable.
Global settlement can be faster and more transparent.
Creators want direct monetization.
Financial infrastructure can be composed like software.
Users increasingly care about data control and digital provenance.
The mistake was assuming those trends required every app to become a token economy. The more durable version of Web3 is quieter: blockchain rails embedded inside financial products, payment systems, games, identity systems, and asset-management workflows.
What Should Businesses Watch Next?
Businesses should watch stablecoin payments, tokenized funds, on-chain identity, and compliant asset tokenization. These areas have clearer utility than speculative NFT collections or fully decentralized social networks.
Practical Opportunities
Cross-border payments: Use stablecoins where banking rails are slow, expensive, or unavailable.
Treasury management: Evaluate regulated tokenized money-market or treasury products.
Customer loyalty: Use tokens for verifiable rewards, access, or provenance—not speculative speculation.
Digital credentials: Explore wallet-based certificates, tickets, and membership passes.
Asset distribution: Assess tokenized funds or private-market exposure where regulation permits.
Data provenance: Use blockchain where auditability and tamper resistance add real value.
Before adopting anything, map the workflow first. Then decide whether blockchain improves cost, speed, trust, access, or control. If it does not, do not force it.
What Does a Delivered Web3 Use Case Look Like in Practice?
A delivered use case looks boring: it solves a payment, record, or access problem with clear economics and a fallback when the blockchain part fails. Consider a representative stablecoin payroll pattern used by remote startups.
Representative Case: Cross-Border Payroll With Stablecoins
A 40-person distributed company pays contractors in six countries. Traditional rails create delays, foreign exchange spreads, and bank holiday risk. The finance team adopts a workflow using a regulated stablecoin on a low-cost layer-2 network. Employees receive dollar-denominated balances within minutes. Accounting software reconciles transactions through APIs. Local off-ramps convert to fiat when needed.
What worked:
Settlement speed improved from days to minutes.
Transparency improved because every payment had an on-chain record.
Treasury control improved because the company could program payment schedules.
Contractor access improved in regions with limited banking infrastructure.
What remained hard:
Employees still needed wallets, education, and recovery options.
The company still faced tax reporting and local labor rules.
Stablecoin issuer risk and off-ramp risk did not disappear.
A bad bridge or phishing link could still drain funds.
The lesson is not that Web3 replaced finance. The lesson is that Web3 improved one narrow pipe. That is enough. Useful infrastructure rarely arrives as a revolution. It arrives as a cheaper invoice settlement, a faster payout, or a verifiable ticket.
What Should Builders, Investors, and Users Do Next?
Builders should ship rails people need, investors should price real usage rather than narratives, and users should treat Web3 as powerful plumbing, not a personality test. Each group inherits a different part of the haunted house.
For Builders
Build for failure. Add recovery paths. Make fees predictable. Support fiat exits. Write plain-language risk disclosures. If your product needs users to understand rollups, restaking, or zero-knowledge circuits before they can cash out, you have built a demo, not a business.
Focus on:
Wallet abstraction with sensible defaults.
Compliance-aware stablecoin rails.
Tokenized records with legal recognition.
Revenue-sharing models that do not rely on emissions.
Interoperability that does not require blind trust in bridges.
For Investors
Ignore slogans. Read contracts. Trace treasuries. Measure unique active wallets, fee revenue, collateral quality, and concentration risk. A protocol with high TVL but no fee capture may be renting liquidity from mercenary capital. A token with governance rights but no enforceable economic claim may be a participation trophy.
Ask:
Does the token capture value or merely coordinate access?
Can the protocol survive a bear market without emissions?
Who can pause, upgrade, or freeze the system?
Is revenue recurring or event-driven?
What happens if the largest market maker, validator, or issuer walks away?
For Users
Start small. Use hardware wallets for meaningful balances. Keep a separation between hot testing wallets and cold storage. Revoke unused token approvals. Verify URLs. Treat high-yield offers as red flags until proven. And remember: convenience often trades against custody. There is no free recovery phrase.
Key Takeaways
Web3 did not fail as a category; it succeeded in niches and stalled where it promised magic without maintenance. The delivered rooms are settlement, digital proof, open finance primitives, auditable code, and early asset tokenization. The haunted rooms are frictionless mass adoption, pure decentralization, functional DAO governance, and default privacy.
If you are evaluating any Web3 project, use the audit checklist above. Ask who holds the keys, where the money comes from, how users exit, and what breaks first. The future of Web3 will not be decided by manifestos. It will be decided by whether a payment clears, a ticket transfers, a loan settles, or a record survives contact with reality.
Next step: Pick one Web3 claim you care about—stablecoin payroll, tokenized tickets, DeFi lending, or DAO funding—and run it through the seven-step audit. If the answer is still exciting after the boring questions, it may be worth building, buying, or using.
FAQs
Which Web3 promises have delivered the most value?
Stablecoins, DeFi, and tokenized real-world assets have delivered the most practical value. They solve specific problems in global payments, permissionless finance, settlement, and asset access. Consumer-facing promises such as the metaverse, decentralized identity, and DAO-run companies remain much earlier in
Are stablecoins really used for payments?
Yes. Stablecoins are used for cross-border business payments, trading settlement, remittances, and dollar access. However, a large portion of reported volume still comes from crypto trading and exchange-related transfers rather than everyday consumer purchases.
Did NFTs fail completely?
No. NFTs did not fail completely, but their speculative boom did. They proved that blockchain can verify ownership of digital items, yet many projects struggled to deliver lasting utility, liquidity, royalties, and mainstream user experience.
Are DAOs actually decentralized?
DAOs are decentralized in structure but not always in power. Token-weighted voting can concentrate influence among large holders, while low participation and unclear legal status limit their effectiveness as replacements for traditional organizations.
Is Web3 dead?
No. Web3 is not dead, but its most speculative consumer promises have faded. Stablecoins, DeFi, and tokenized assets continue to grow as financial infrastructure, while NFT speculation, metaverse land, and fully decentralized social media have not achieved mass adoption.
What is the biggest Web3 success so far?
Stablecoins are arguably Web3’s biggest success so far. They provide fast, programmable dollar transfers and have become a major settlement layer for crypto markets and cross-border business payments, even though consumer payment adoption is still developing.
Next Steps
Web3’s haunted house still contains abandoned projects, broken promises, and tokens with no purpose. But it also contains working infrastructure: stablecoins moving value globally, DeFi markets operating without traditional intermediaries, and real-world assets becoming programmable.
The useful question is no longer “Is Web3 the future?” It is: Which specific Web3 mechanism improves this product, payment, asset, or workflow? Start there, demand evidence of real usage, and ignore projects that can only explain their value through price speculation.
