The Metaverse is Dead, Long Live Animoca’s “Open Metaverse”
Why Web3 and the Open Metaverse Thesis Needs Exe’s Execution Layer
Exe Protocol (Media Room)6 min read·Just now--
No Execution, Can’t Execute
Gaming, AI agents, wallets, and consumer apps share one critical requirement: Seamless, low-friction execution.
Without it, even the most innovative onchain experiences stall at the point of action.
Yet this — presumably obvious — issue has, since 2020–2021, cost hundreds of billions to ignore.
The Rise and Fall (and Rise?) of the Metaverse
Nowhere is this clearer than in the meteoric rise and near-total collapse of the “metaverse” concept.
Around 2021–2022, the vision of persistent, immersive virtual worlds exploded into mainstream consciousness. Yet the results were sobering.
Researchers found that:
- More than 75% of over 2,800 Web3 games launched since 2017 have since become inactive or failed, with activity dropping more than 99%
- High-profile efforts fared no better: Meta’s Horizon Worlds was widely labeled a flop with persistently low daily users; Microsoft disbanded its industrial metaverse team after just four months
- Search interest in “metaverse” plummeted roughly 80% after 2022, while virtual real estate prices in worlds like Decentraland crashed from averages above $15,000 to $300–$350 by late 2024
- Even platforms that survived, such as VRChat or Rec Room, remain niche communities rather than the expansive, mainstream virtual economies once promised
Why They Failed
The hashtag embarassment of #metafailure came in four interconnected flavors:
- Lack of users: Most platforms, such as Decentraland and The Sandbox, saw drastically reduced user activity after their initial hype
- High costs / low returns: Meta’s Reality Labs division reported losses in the tens of billions of dollars
- Shift to AI: Many companies stopped investing in the metaverse to focus on generative AI, which offered faster, tangible ROI
- Poor user experience: Many “metaverses” were criticized for being clunky, low-quality experiences that failed to attract traditional gamers or general users
In Web3-native projects, one factor stood out as especially detrimental to mainstream adoption: Execution friction. Users faced repeated gas fees, wallet approvals, transaction confirmations, and the constant mental tax of:
“Is this tiny action worth the cost and hassle?”
Animoca’s Standout Vision for an Open Metaverse
While that first wave largely died, one company refused to let the vision die with it: Animoca Brands.
Animoca has emerged as the clearest standout in an otherwise quiet (some would say dormant) metaverse field. It never abandoned the core idea of what it terms an “open metaverse” — built on digital ownership, interoperability, and true user centricity — but evolved it into something far more practical and durable.
The first wave (gaming, NFTs, metaverse land, and digital ownership) captured early hype. The second wave, which Animoca is now aggressively leading, is broader and far more useful: AI, stablecoins, real-world assets (RWAs), infrastructure, and identity are the invisible connective tissue that makes these systems work together at scale.
With a portfolio spanning more than 600 companies and digital assets, Animoca’s investments and public strategy now cover gaming, DeFi, AI (including recent moves like Animoca Minds for agentic AI), infrastructure, stablecoins, and tokenized assets. It stands out for the coherence of its approach, its portfolio “flywheel” effect, and its continued momentum while others pivoted away.
The Cautionary Tale from Meta’s Horizon Worlds
Meta’s Horizon Worlds remains the cautionary tale. Despite tens of billions invested (with Reality Labs losses now exceeding $80 billion cumulatively), the project struggled with low retention, hardware barriers, and persistent user friction.
The failure was never fundamentally about raw blockchain speed. It was about repeated real-world pain points at the moment of action:
- Constant costs
- Repeated confirmations
- Wallet decisions
- The mental overhead of: “Is this small interaction worth it?”
Any Web3 or metaverse application — whether a game economy, marketplace, wallet flow, or AI-driven consumer product — ultimately lives or dies at the moment of execution.
Animoca’s expanding thesis aligns perfectly with this reality. Its recent emphasis on interoperable identity, tokenized assets, AI agents, stablecoins, and infrastructure shows that the next cycle will be defined by systems that work together smoothly — starting at the execution layer.
The Real Bottleneck in Web3 Today
For that open metaverse vision to succeed sustainably and at scale as the next iteration of the internet, access to execution itself must become seamless, intutive, and dramatically easier to access.
The real bottleneck in Web3 today is no longer:
“Can this exist onchain?”
It is:
“Can this feel usable enough to reach mainstream scale?”
That question points directly to a missing execution layer between the base infrastructure (chains, settlement, liquidity, wallets) and the front-end applications (games, marketplaces, social platforms, AI tools). This missing layer is execution access — the part of the stack that decides whether user actions feel effortless (= fee-free) or frustrating (= toll for every action) — whether apps can subsidize key actions in real-time, and whether onchain activity can move beyond niche apps and services into mainstream use.
The Execution Layer Exe Is Building
Exe is purpose-built for exactly this layer. Our DEX, Exeswap, serves as the initial sandbox — a visible, high-frequency environment where the economics of execution can be stress-tested and refined.
The larger vision is a Solana-first execution-access layer that lets applications sustainably sponsor critical user actions, abstract away fee friction, and deliver experiences that feel fee-free to end users — gamers, agents, and consumer apps alike.
This is the connective tissue the next phase of Web3 — specifically where applied to Animoca’s concept of the open metaverse as the next era of the internet — requires.
What Exe Actually Delivers
Exe introduces three foundational capabilities:
- Programmable fee sponsorship — Applications can fund and govern which actions receive sponsorship. Onboarding, in-game claims, purchases, wallet setup, or any high-frequency user action no longer forces the user to pay out of pocket every time.
- Policy-governed execution credit — Exe uses $XPR — a non-tradable, chain-local execution credit that represents verifiable capacity within the system. XPR is not a speculative token; it is policy-allocated execution credit designed for predictable, sustainable use.
- A progression from rules to intelligence — At launch, coverage is meritocratic and policy-governed: Measurable onchain activity, clear policy parameters, and robust anti-abuse mechanisms determine eligibility. Over time, optional signal participation allows the system to evolve into a learned meritocracy that becomes smarter about which users, actions, and contexts deserve prioritized support.
This is more than fee reduction: It is intelligent, policy-driven access to execution.
Why This Matters Across the Ecosystem
The companies that win in the next phase of Web3 will not only build great front-end experiences — they will also make those experiences radically easier to use. Exe sits at that intersection. By improving conversion, retention, and daily usability, it adds value across wallets, games, marketplaces, consumer apps, AI interfaces, agent systems, and tokenized asset platforms simultaneously.
It fits naturally into Animoca’s portfolio flywheel logic: Infrastructure that strengthens every other part of the ecosystem rather than competing as another standalone destination. Every serious Web3 builder, portfolio, and application will eventually need this layer if they want sustainable growth.
The Bigger Vision for Digital Economies
As Animoca has correctly identified — and Meta’s experience painfully demonstrated — the next phase of Web3 is not about more chains, more content, or more tokens. It is about building better digital economies:
- Economies where users truly own their assets
- Economies where applications convert and retain users more effectively
- Economies where agents transact naturally and at scale
- Economies where friction is intelligently abstracted behind policy and value creation
Achieving this requires more than fast settlement. It requires infrastructure that makes execution feel natural, intuitive, and fee-free: i.e., it makes Web3 feel more like Web2.
Conclusion: Execution Access Is the Next Critical Layer
If Web3 is to evolve from isolated apps, agents, and other products into a coherent digital economy — and if the open metaverse is to become more than a faded 2021 dream — the connective tissue matters more than ever.
Games, wallets, AI applications, marketplaces, and tokenized systems all share the same underlying constraint: If execution remains hard to access, adoption remains capped.
Exe exists to remove that constraint. It begins with our DEX to prove the model in the highest-frequency environment, then extends the same execution-access capabilities across the broader ecosystem through our shipped SDK.
That is why Exe is not:
“Just another gaming project.”
Or:
“Just another DEX.”
It is critical infrastructure for the layer every serious onchain product — and every credible open metaverse strategy — will eventually need:
Effortless, scalable, policy-governed execution.
Next Steps
Want to see this in production? Follow for launch updates, pilot announcements, and KPI snapshots as we stress-test Exeswap and expand to partner integrations. We’ll share what’s working, what isn’t, and the metrics behind it.
Together, we’re building infrastructure that scales without subsidies.
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