How can Harmony’s ecosystem reshape Layer 1 competition? An analysis of ONE token value-capture logic and network usage demand

The 2026 Layer 1 blockchain competitive landscape is no longer centered on the narrative of “who will be the next Ethereum killer.” Institutional capital’s focus has shifted from single-chain momentum to the robustness of cross-chain liquidity infrastructure. Against this backdrop, the valuation logic for public chains is undergoing a profound rebuild—markets are no longer willing to pay for brand-new L1s with heavily diluted valuations but little in fundamental, revenue-generating business.

Harmony (ONE), a sharded PoS Layer 1 blockchain launched in 2019, has a technical architecture centered on deep sharding and Effective Proof of Stake (EPoS). However, as of July 23, 2026, according to Gate market data, the price of the ONE token is $0.001324, down 88.57% over the past year. Its market capitalization is approximately $19.6882 million, ranking #800. A public-chain project that once ranked in the top 100 by market cap—after suffering the 2022 Horizon Bridge hack incident (loss of roughly $100 million) and seeing a decline in ecosystem activity—raises the question: does its technical value still support the token’s fundamental value? This article will examine Harmony from both technical and ecosystem dimensions in the Layer 1 competition, and—together with the latest market data—analyze how Harmony’s network usage demand, transaction fees, and staking demand together form the value sources for ONE.

The Technical Dimension of Layer 1 Competition: The Triangle Trade-Off Between Performance, Security, and Decentralization

Competition among Layer 1 blockchains first shows up in differences in architectural design choices. Bitcoin (about 7 TPS) and Ethereum (about 45 TPS) intentionally limit throughput in exchange for security and decentralization; mid-tier chains like Cardano (250 TPS) and Polkadot (1,000 TPS) achieve scalability through different architecture trade-offs; while high-performance chains like Solana push throughput into the 2,000-4,000 TPS range. Harmony’s chosen technical path is state sharding—splitting network nodes, transactions, and blockchain state at the same time, enabling linear scaling across the three dimensions of machines, transactions, and storage.

Finality is another key metric for measuring the practical usability of a Layer 1 chain. Bitcoin transaction finality is about 1 hour, while Ethereum’s is about 13 minutes. Harmony’s mainnet four shards produce blocks every 2 seconds, and cross-shard transactions reach final confirmation within two block times. This 2-second finality gives Harmony a theoretical competitive advantage in payment scenarios and high-frequency DeFi interactions.

On the decentralization layer, Harmony’s Effective Proof of Stake (EPoS) is the first staking mechanism among sharded blockchains that simultaneously achieves both security and decentralization. EPoS uses an “effective staking” mechanism that ties block rewards to the median of validator stakes, suppressing excessive concentration of tokens into a single node and thereby reducing the risk of single-shard attacks. However, Harmony’s Nakamoto coefficient is relatively low among mainstream L1s: reaching 33% control requires 5 entities, and reaching 21% control requires 11 entities—indicating a potential vulnerability related to validator centralization.

The Ecosystem Dimension of Layer 1 Competition: Developer Count, DApp Count, and User Activity

Technical performance is the “supply side” of Layer 1, while ecosystem activity is the “demand side.” In Q1 2023, although the average L1 market cap increased by 83% quarter-over-quarter, network utilization dropped by about 2.5%—this divergence suggests that a purely technical narrative is no longer sufficient to drive actual network usage.

Harmony’s ecosystem data shows an obvious contraction trend. Based on June 2026 data, the Harmony blockchain recorded about 8,600 development events and 217 contributors, down 21.87% and 13.2% year-over-year, respectively. Even more noteworthy, some analyses point out that Harmony had zero GitHub submissions over the past four weeks. While the statistical methodology for this metric may be debated (it may not include some development activities), it aligns with on-chain data in reflecting a decline in developer activity.

From the perspective of token-holding addresses, Harmony has more than 8.3 million token-holding addresses—this baseline is not low among L1s. However, there is a significant gap between the number of addresses and on-chain transaction activity. On July 23, 2026, ONE’s 24-hour trading volume was only $228.9k. For a public chain with a market cap close to $19.6882 million and millions of token-holding addresses, this volume reflects weak underlying network usage demand.

Harmony’s ecosystem includes DeFi protocols, NFT platforms, gaming applications, and cross-chain bridging solutions. But compared with the ecosystem scale of top chains like Ethereum and Solana, Harmony still has a meaningful magnitude gap in the number of DApps and the breadth of user coverage. EVM compatibility enables Harmony to capture migrated applications from Ethereum’s ecosystem. Yet in the absence of sustained developer incentives and ecosystem fund support, compatibility alone is difficult to translate into durable network effects.

Value Sources of the ONE Token: Network Usage Demand, Transaction Fees, and Staking Demand

The core of value capture by a token is this: the more the network is used, the greater the token demand, and the deeper value is stored. ONE’s value can be broken down into three layers.

Network usage demand is the underlying driver of token value. ONE is used to pay transaction fees, Gas fees, and storage costs on the Harmony chain. Network usage demand depends on two variables: the number of on-chain transactions and the Gas consumed per transaction. Harmony’s Gas fees are about 1/1,000 of Ethereum’s. A low-fee strategy helps attract high-frequency, small-amount transactions, but it also means each transaction consumes less ONE. In an environment with currently low on-chain activity, network usage demand provides only limited support to ONE’s price.

Transaction fees form the token’s “consumptive demand.” Whenever users initiate transactions on the Harmony network, deploy smart contracts, or interact with DApps, they need to consume ONE as Gas fees. This portion of ONE is not burned (Harmony currently does not adopt an Ethereum EIP-1559-style burn mechanism). Instead, it is allocated to validators as part of block rewards. Therefore, transaction fees have a relatively weak “deflationary” effect on ONE, and they reflect more continuous circulating demand.

Staking demand is the most core value anchor for the ONE token. As a PoS network, Harmony requires validators and delegators to stake ONE to participate in consensus and earn block rewards. The EPoS mechanism supports hundreds of validators to stake, and the amount staked determines the probability of being selected to propose blocks. Staking demand is directly tied to network security—larger total staking increases the cost of network attacks. However, staking demand also has a “circular dependency”: a decline in token price reduces the fiat-value return of staking, weakening staking willingness; a drop in staked amount may further affect perceived network security, which in turn suppresses the price.

It is worth noting that Harmony’s token supply mechanism adopts an inflation model. Block rewards incentivize validators to maintain the network. While inflation rewards validators, it also dilutes non-staking holders. Q1 2023 data shows that about 95% of Harmony’s tokens had been unlocked; subsequent inflation mainly comes from the continuous issuance of PoS block rewards.

Risk Factors and Reassessing Market Positioning

Any analysis of ONE’s token value cannot avoid its structural risks.

First, historical trust damage. In June 2022, the Horizon Bridge was hacked, with losses of about $100 million. Cross-chain bridge security incidents not only cause direct economic losses, but also deliver a lasting blow to ecosystem confidence. In the absence of updated official roadmaps and public communication from the team, the difficulty of rebuilding trust is further increased.

Second, a negative feedback loop between ecosystem activity and token price. ONE’s price fell by about 99.7% from its historical high of $0.379 in October 2021. The sharp contraction in market capitalization limits the space for ecosystem funds to incentivize developers and users. Without sustained ecosystem subsidies, DApp developers and users may further move to other chains, forming a negative cycle: “declining activity → weaker token demand → falling prices → further declining activity.”

Third, intensifying competition in the Layer 1 track. In 2026, Ethereum continuously strengthens its settlement-layer position through an L2 scaling strategy. High-performance L1s such as Solana and Sui build moats in their respective niches. Even traditional financial institutions like JPMorgan Chase have begun directly integrating digital asset infrastructure. In this landscape, Harmony needs to find a differentiated ecosystem positioning beyond the technical labels of “sharding + low fees + fast finality”—whether focusing on DAO infrastructure, lightweight DeFi, or verticals such as Web3 gaming.

Conclusion

Harmony’s technical architecture—state sharding, 2-second finality, and EPoS consensus—gives it clear technical identifiers in the Layer 1 competition. However, the path for technical advantages to translate into network effects is far more complex than the technology itself. ONE’s current price of $0.001324, market capitalization of $19.6882 million, and a 88.57% decline over the past year reflect the market’s cautious expectations regarding Harmony ecosystem activity, developer retention, and trust rebuilding.

Ultimately, the value capture of the ONE token depends on one core question: can the Harmony network once again attract a sufficient scale of developers and users so that transaction fees and staking demand form a sustainable positive loop? In 2026, as Layer 1 competition shifts from “narrative-driven” to “fundamentals-driven,” the validation of this question will determine the long-term value anchor of ONE.

FAQ

Q1: What are Harmony (ONE)’s core technical advantages?

Harmony uses state sharding, splitting network nodes, transactions, and blockchain state at the same time to achieve linear scaling. The mainnet’s four shards produce blocks every 2 seconds, and cross-shard transactions are finally confirmed within two block times. Its Effective Proof of Stake (EPoS) is the first staking mechanism among sharded chains that balances both security and decentralization.

Q2: What are the main use cases of the ONE token?

ONE is Harmony’s native token, mainly used in three scenarios: paying transaction fees and Gas fees; staking to participate in PoS consensus and earn block rewards; and participating in protocol on-chain governance voting.

Q3: How active is Harmony’s ecosystem right now?

As of June 2026, the Harmony blockchain recorded about 8,600 development events and 217 contributors, down 21.87% and 13.2% year-over-year, respectively. The number of token-holding addresses exceeds 8.3 million, but 24-hour transaction volume is only $228.9k, indicating low on-chain activity.

Q4: What risks should be considered when investing in ONE?

Key risks include: the trust damage caused by the approximately $100 million Horizon Bridge hack incident in 2022; ONE’s price dropping by about 99.7% from its historical high; persistent low ecosystem activity potentially worsening the negative loop; and dilution of non-staking holders due to the inflationary supply mechanism.

Q5: What is Harmony’s positioning in Layer 1 competition?

Harmony positions itself as a highly scalable, low-fee, EVM-compatible Layer 1. Target scenarios include DeFi, NFTs, and DAO infrastructure. In the context of Layer 1 competition shifting from single-chain narratives to cross-chain infrastructure in 2026, its sharding technology and fast finality provide differentiated advantages. However, there remains a gap versus top chains in terms of ecosystem scale and developer activity.