The Standards Deficit: What the Metaverse Hype Cycle Got Wrong and Why Open Architecture Must Lead the Rebuild
Let us be honest about what happened.
Between 2021 and 2023, the technology industry directed tens of billions of dollars toward a vision of interconnected virtual worlds that would transform commerce, social interaction, entertainment, and work. Corporate rebranding exercises, prime-time advertising campaigns, and a torrent of venture capital all pointed in the same direction. Then, with remarkable speed, the narrative reversed. Headcount was slashed. Virtual real estate prices cratered. Platforms that had attracted millions of registered users found themselves hosting a fraction of that number on any given day. The word "metaverse" became, in certain circles, a punchline.
The post-mortems have been numerous and varied. Critics pointed to immature hardware, clunky user experiences, unclear value propositions, and macroeconomic conditions that dried up speculative investment. All of these factors contributed. But one cause has received insufficient attention in the mainstream analysis: the metaverse's first wave failed, in significant part, because it was built without the standards infrastructure that every successful large-scale technology platform requires.
A Familiar Pattern, Poorly Remembered
History offers instructive precedents. The early commercial internet was a chaotic landscape of incompatible protocols, proprietary networking stacks, and competing document formats. What transformed it into a platform capable of supporting global commerce was not any single breakthrough application but rather the painstaking, unglamorous work of standardization: TCP/IP, HTTP, HTML, and the organizational structures — the IETF, the W3C — that maintained and extended those standards over time.
Similarly, the early mobile ecosystem was a fragmented mess of incompatible Java ME environments, carrier-specific APIs, and handset-dependent application behavior. The smartphone era did not emerge simply because processors got faster and screens got better. It emerged because platform-level standardization — imperfect and contested as it was — created a sufficiently consistent environment for developers to build applications with confidence that they would function across a meaningful range of devices.
The metaverse's first wave skipped this foundational step. Platforms launched with proprietary asset formats, incompatible identity systems, non-portable digital economies, and no credible path toward the cross-platform interoperability that users and creators were implicitly promised. The result was a collection of isolated environments, each attempting to bootstrap its own network effects from scratch, competing for the same limited pool of early adopters without any of the compounding benefits that a genuinely interconnected ecosystem would have provided.
The Specific Failures Worth Naming
Vagueness serves no one here. The standards failures of the first metaverse wave were specific and consequential, and they deserve to be named clearly so that the next generation of builders can avoid repeating them.
Digital asset portability was never seriously attempted. Despite extensive rhetoric about user ownership and blockchain-based provenance, the assets that users purchased on major metaverse platforms were, in practice, non-portable. They existed as entries in platform-controlled databases, occasionally with blockchain receipts attached, but with no technical mechanism for export or use in alternative environments. The blockchain component addressed provenance without addressing portability — a distinction that was frequently obscured in promotional materials.
Avatar standards were absent at the infrastructure level. Each major platform developed its own avatar system, its own animation rig conventions, its own facial expression model. Users who wished to maintain a consistent digital identity across virtual environments had no technical pathway to do so. This was not a minor inconvenience — digital identity is fundamental to the social and commercial value proposition of virtual environments, and its fragmentation imposed a ceiling on the depth of engagement that any individual platform could achieve.
Developer tooling was platform-specific and non-transferable. Skills, tools, and assets developed for one platform's creator economy were largely worthless in another's. This fragmentation increased the cost and risk of metaverse development, discouraged investment from studios and independent creators who could not justify platform-specific specialization, and contributed to the content scarcity that plagued several major platforms throughout their operational lifetimes.
Economic infrastructure was siloed and extractive. Platform-specific currencies, non-interoperable marketplaces, and high transaction fees created economic environments that were structurally hostile to the kind of creator economy that platform operators publicly celebrated. Without portability, creators faced a binary choice between platform dependence and platform abandonment — neither of which supported the sustainable creative ecosystems that would have given users reasons to return.
What Policymakers Should Require
The metaverse industry is unlikely to self-correct on standards without external pressure. The commercial incentives for dominant platforms favor lock-in, and the coordination problems inherent in multi-stakeholder standardization are genuinely difficult to solve through voluntary cooperation alone.
Policymakers at the federal level have an opportunity — and, this column would argue, a responsibility — to establish baseline interoperability requirements for immersive platform operators seeking access to the US market. These requirements need not be technically prescriptive; mandating specific formats would be both premature and likely counterproductive given the pace of technical evolution. What policy can and should require is outcome-based: platforms above a specified scale must provide documented, publicly accessible mechanisms for users to export their assets, avatars, and social graph data in formats that conform to recognized open standards.
This approach, modeled on data portability requirements that have proven workable in adjacent regulatory contexts, would create commercial incentives for platform operators to engage seriously with standards bodies rather than treat them as irrelevant to their core business. It would also establish a floor of user rights that prevents the most egregious forms of lock-in without dictating the specific technical architecture through which those rights are implemented.
The European Union's Digital Markets Act has already moved in this direction for certain categories of digital platform. US regulators and legislators should examine those frameworks carefully and consider how analogous obligations might apply to immersive platform operators.
The Principles That Must Guide the Next Attempt
For those building the next generation of immersive platforms — and the investment, development activity, and user interest that declined after 2022 are already beginning to recover, driven by spatial computing hardware and AI-enhanced virtual environments — several principles should be treated as non-negotiable from day one.
Open standards must precede scale, not follow it. The temptation to defer standardization until after achieving market dominance is understandable but corrosive. Platforms that achieve scale on proprietary foundations create lock-in that becomes progressively harder to unwind, even when operators subsequently express genuine interest in interoperability.
User ownership must be technically real, not rhetorically asserted. Blockchain receipts without export mechanisms are not ownership. Portability requires both the legal right and the technical pathway to move assets between environments.
Creator economics must be sustainable across platform transitions. If creators cannot take their work with them when they change platforms, they will eventually stop investing in platform-specific creation — and without creator investment, no virtual environment can maintain the content richness that sustains user engagement.
Standards bodies must be resourced and empowered. The Metaverse Standards Forum and its peer organizations exist precisely to do the coordination work that individual companies cannot or will not do unilaterally. Supporting these bodies — through membership, active participation in working groups, and commitment to implementing agreed specifications — is not optional for organizations that wish to build on a durable foundation.
The first metaverse wave was not a failure of imagination. The vision of interconnected virtual environments supporting rich social and economic life remains compelling and, we believe, achievable. What failed was the execution — specifically, the willingness to do the foundational infrastructure work before racing to capture market share. The next attempt can succeed, but only if the industry treats open standards not as an afterthought, but as the prerequisite for everything else.