History of JTO

The History of Jito (JTO): Origins and Key Developments

Origins and Launch of Jito (JTO)

Jito (JTO) is deeply integrated into Solana’s blockchain ecosystem, primarily focusing on optimizing MEV (Maximal Extractable Value) strategies through its Jito-Solana liquid staking protocol. The project emerged in response to the increasing awareness of MEV’s impact on blockchain economies, particularly within high-performance networks like Solana.

Its development was spearheaded by Jito Labs, which initially focused on building a specialized MEV infrastructure tailored for Solana’s architecture. This included innovations such as Jito Bundles, designed to create a more efficient and fair MEV extraction process while mitigating network congestion and increasing validator rewards. These technical considerations played a crucial role in establishing Jito’s credibility within Solana’s staking ecosystem.

The Role of JTO in Governance

JTO was later introduced as the governance token for the Jito Network, granting governance power over protocol decisions such as staking incentives, validator fee structures, and MEV-related developments. With its launch, JTO effectively decentralized key decision-making processes, allowing token holders to influence the strategic direction of Jito’s MEV and staking initiatives.

However, governance-based tokens within DeFi ecosystems have historically faced challenges, especially concerning low participation rates in key votes, centralization risks, and governance capture by large stakeholders. The effectiveness of JTO's governance mechanisms remains a critical factor in its long-term utility.

Early Adoption and Market Dynamics

Jito’s liquid staking derivative (JitoSOL) gained traction by offering higher staking yields due to its integration with Solana’s block production and MEV optimization. This attracted both stakers and validators, creating a network effect that contributed to Jito’s rapid adoption.

Despite its growth, challenges have emerged, including risks associated with liquid staking derivatives, such as smart contract vulnerabilities and potential depegging risks relative to native SOL tokens. Like other liquid staking protocols, Jito must continuously address these concerns to maintain user trust and network stability.

Security and Governance Challenges

Security concerns remain a critical factor in the protocol’s development. MEV-related strategies inherently involve complex economic incentives, and poorly implemented optimizations can lead to centralization risks or unfair advantages for specific validators. Ensuring fair MEV distribution while maintaining Solana’s decentralization is one of the ongoing hurdles for Jito’s ecosystem.

As a governance-driven protocol, JTO’s role in shaping its economic model and security framework remains central to its evolution, with ongoing debates surrounding validator incentives, MEV-sharing mechanisms, and decentralization efforts.

How JTO Works

How JTO Works: Tokenomics and Governance Mechanisms

JTO functions as the governance token for the Jito network, a liquid staking protocol designed for Solana. The core utility of JTO lies in its role within decentralized decision-making, staker incentives, and MEV (Maximal Extractable Value) redistribution.

Governance and Voting Mechanisms

JTO holders participate in governance decisions that shape the future of Jito. This includes protocol upgrades, fee structures, treasury allocations, and validator incentive mechanisms. Governance proposals typically undergo a structured process where JTO holders can vote proportionally to their stake. A common challenge in governance tokens, including JTO, is voter apathy—many holders choose not to participate, leading to decisions being influenced by a smaller, active cohort. Some protocols address this through delegation, but centralization risks remain.

JTO in MEV Optimization

Jito is deeply integrated with MEV-optimized infrastructure on Solana. It utilizes a validator-client to capture MEV, with portions of the extracted value redistributed to stakers. JTO's role in this system extends beyond simple governance—it helps shape MEV policies, including how rewards are distributed and what optimization strategies validators should follow. However, centralization concerns arise with MEV extraction, as dominant validators could capture a disproportionate share of rewards.

Staking and Yield Mechanics

While JTO itself is not a staking token, its governance mechanisms influence how liquid staking functions within Jito. Users stake SOL through Jito, receiving JitoSOL, a liquid staking derivative. MEV rewards contribute to the staking yield, making yield generation more efficient than standard SOL staking. This makes JitoSOL attractive, but the reliance on MEV introduces unpredictability in returns compared to traditional staking models.

Supply Dynamics and Emission Models

JTO’s initial distribution follows a predefined emission model. A portion is allocated to governance incentives, ecosystem growth, and early contributors. Like many governance tokens, concerns persist over emission schedules—high initial emissions can lead to rapid dilution, while low emissions may hinder network growth. The long-term impact of JTO’s distribution mechanics on governance power concentration remains uncertain.

Smart Contract Risks and Network Dependencies

JTO operates within Solana’s ecosystem, making it dependent on Solana’s network stability and validator decentralization. Any disruptions to Solana’s network, such as downtime or congestion, impact Jito’s functionality. Additionally, the reliance on smart contracts introduces smart contract risks, despite audits and security measures.

Use Cases

JTO Token Use Cases: Governance, Incentives, and Protocol Utility

Governance in the Jito Ecosystem

JTO serves as the core governance token within the Jito protocol, enabling token holders to influence important decisions related to protocol upgrades, parameter changes, and treasury management. Holders can participate in on-chain governance votes, directly impacting the strategic direction of the ecosystem. Since governance participation often requires significant technical and economic understanding, actual engagement levels can vary, with large token holders or delegated representatives exerting outsized influence. This setup can lead to concerns about centralization, particularly if voting power is concentrated among a small group of entities.

MEV Rewards and Stake Optimization

Jito plays a critical role in optimizing staking rewards by integrating with Solana’s MEV infrastructure. The protocol enables validators and stakers to extract additional value from transactions, and JTO can be used to align incentives between participants. However, MEV extraction inherently raises concerns regarding fairness and centralization. If not properly designed, it can disproportionately benefit certain validators or sophisticated market participants at the expense of regular users.

Economic Incentives and Network Participation

JTO incentivizes various stakeholders in the Jito ecosystem, including validators and liquidity providers. The token is used to reward behaviors that enhance the efficiency of the protocol, such as participating in liquid staking solutions. However, the long-term sustainability of these incentives depends on continued adoption and usage of Jito’s infrastructure. If rewards are heavily reliant on emissions rather than organic demand, there is a risk that inflationary pressures could dilute value over time.

Potential Limitations and Risks

While JTO plays a strategic role in Jito’s decentralized infrastructure, several risks exist. Concentrated token ownership can lead to governance manipulation, limiting truly decentralized decision-making. Additionally, the role of JTO in MEV-related mechanisms could create unintended consequences, such as reinforcing validator dominance or increasing frontrunning opportunities. Regulatory scrutiny is another factor to consider, as tokens that facilitate economic coordination may attract oversight, particularly in jurisdictions with evolving crypto regulations.

JTO’s use cases are deeply tied to the broader liquid staking and MEV landscape on Solana. Its effectiveness depends on adoption, governance participation, and the ability to sustain incentives without excessive inflation. Any changes in these underlying factors could influence the utility and relevance of the token within its ecosystem.

JTO Tokenomics

JTO Tokenomics: Supply, Emission Schedule, and Utility

Fixed Supply and Distribution Model

JTO operates on a fixed supply model, which means no additional tokens can be minted beyond the predetermined cap. This structure is designed to mitigate inflationary pressure, but it also places significant importance on initial and ongoing distribution. The allocation breakdown includes categories such as ecosystem incentives, team and investor allocations, and liquidity provisions. A substantial portion is typically reserved for governance and community incentives, ensuring engagement in network participation. However, the distribution mechanism raises concerns about concentration risk, particularly if early investors or insiders control a significant share of circulating tokens.

Emission Schedule and Unlock Dynamics

The emission schedule for JTO follows a pre-defined vesting model, aiming to align long-term incentives with sustained network growth. Team and investor allocations often come with lock-up periods and cliff releases, reducing immediate sell pressure. However, token unlock events pose a potential supply shock risk, especially if large amounts of JTO enter circulation at once. The vesting curve and release cadence can significantly impact short-term price dynamics and liquidity conditions. Observers frequently monitor these unlock events to anticipate movements in market supply.

Governance and Staking Utility

JTO plays a central role in governance, allowing token holders to participate in protocol-related decision-making. This includes voting on protocol upgrades, treasury allocations, and other governance proposals. A governance-weighted model incentivizes long-term holding but may also introduce centralization risks if voting power becomes concentrated among large token holders.

Additionally, JTO features staking mechanisms that reward participants for committing their tokens to protocol security or liquidity provisioning. The staking yield is derived from network fees, inflationary rewards, or ecosystem incentives. However, APY sustainability depends on actual network usage and demand, meaning reward dilution is a potential risk if staking participation grows disproportionately relative to generated fees.

Liquidity and Market Considerations

JTO's liquidity profile is influenced by exchange listings, market-making strategies, and the overall trading environment. While deep liquidity enhances accessibility and price stability, concentrated liquidity pools can lead to increased volatility. Algorithmic market-making and liquidity incentives play key roles in maintaining efficient trading spreads, but reliance on temporary incentive structures may lead to liquidity migration once rewards taper off.

Potential Risks and Structural Challenges

Despite its well-defined tokenomics, JTO faces risks such as governance centralization, sell pressure from unlocks, and liquidity fragmentation across different trading venues. Monitoring these structural aspects remains crucial for assessing the asset’s long-term role in the broader crypto ecosystem.

JTO Governance

JTO Governance: Decentralized Control and Voting Mechanisms

JTO token holders play a critical role in the governance of the [protocol or ecosystem name if applicable], facilitating decentralized decision-making through structured voting mechanisms. Governance within the JTO framework enables proposals on key protocol changes, treasury allocations, and parameter adjustments, ensuring community-driven development without centralized oversight.

Proposal Submission and Voting Process

JTO governance operates through a formalized proposal system where token holders can submit changes or improvements. Typically, proposals require a minimum threshold of JTO tokens staked or delegated to be considered valid. Once a proposal meets the threshold, it proceeds to a voting phase where JTO holders cast votes based on their token holdings.

Voting mechanisms may vary, but common models include single-choice voting, quadratic voting to prevent token whale dominance, or ranked-choice systems for more nuanced decision-making. Governance contracts enforce decisions autonomously, reducing reliance on centralized entities to implement outcomes.

Delegation and Governance Participation

To improve participation rates, JTO governance allows token delegation, enabling holders to assign voting power to trusted delegates without losing ownership of their tokens. Delegation ensures that even inactive or passive holders contribute to decision-making through representatives with better insight or expertise. However, delegation also introduces risks of centralization if a small group of delegates accumulates disproportionate influence.

Governance Risks and Potential Issues

While decentralized governance empowers community-driven development, it also presents challenges. Low voter turnout is a recurrent issue, as many token holders either lack incentives to participate or are unaware of governance activities. This can lead to governance power being concentrated in a small minority of engaged or well-funded actors.

Economic attacks, including governance token buyouts, pose another risk. Entities with significant capital could potentially accumulate JTO tokens to push self-serving proposals, especially in scenarios where voting power is directly tied to token holdings. Mitigation strategies, such as time-locked voting, quorum requirements, or additional layers of governance safeguards, can help address these vulnerabilities.

Smart contract execution of governance decisions also introduces technical risks. If governance contracts contain exploitable vulnerabilities, malicious actors could manipulate voting outcomes or execute unauthorized changes. Regular audits and community vigilance are necessary to prevent such occurrences.

Evolution of JTO Governance

Governance structures often evolve over time to address inefficiencies and security concerns. Adjustments to participation incentives, delegation models, or on-chain governance frameworks could reshape JTO’s governance dynamics, making it more resistant to manipulation while ensuring active and fair decision-making.

Technical future of JTO

JTO Technical Developments and Roadmap

Layer-1 and Smart Contract Enhancements

JTO's ongoing technical development is centered on optimizing its smart contract architecture for efficiency and scalability. Developers are focusing on reducing execution costs and improving security within the protocol's core logic. Efforts are being made to refine gas usage optimization strategies, minimizing on-chain expenses without sacrificing functionality. Audits and upgrades to JTO's smart contracts aim to increase resistance against known attack vectors, ensuring stability in permissionless environments.

Governance Infrastructure and DAO Upgrades

A key area of enhancement involves the governance mechanisms that dictate JTO’s decentralized decision-making framework. Improvements in voting mechanisms, including potential refinements in token-weighted governance and quadratic voting implementations, are under discussion within the community. Additionally, there are debates regarding the optimal structures for incentivizing long-term participation, as issues like voter apathy and governance capture remain a concern.

Cross-Chain Functionality and Interoperability

As cross-chain compatibility becomes increasingly important, JTO is exploring integrations with interoperability solutions such as cross-chain messaging protocols and liquidity bridges. The goal is to ensure that JTO assets and governance capabilities extend beyond the native chain, reducing dependency on a single blockchain ecosystem. Risks related to bridge exploits and smart contract vulnerabilities, however, remain a technical challenge that requires ongoing assessment.

Scaling Considerations and Layer-2 Integrations

Although JTO operates within an existing high-performance ecosystem, potential Layer-2 solutions are being evaluated to mitigate congestion risks in high-usage scenarios. Rollup compatibility and alternative settlement layers are being assessed for their feasibility in reducing network fees and improving transaction throughput. Decisions regarding ZK-rollups versus optimistic rollups, and the trade-offs associated with decentralization versus efficiency, remain key factors that could shape future developments.

Tokenomics and Protocol Sustainability

Adjustments to token emission schedules and staking mechanisms are being researched to enhance network incentives while maintaining sustainable cryptoeconomic security. Concerns have been raised regarding potential centralization risks due to governance control by early adopters, and discussions are ongoing about mechanisms to counteract this imbalance. Additionally, updates to the protocol’s fee distribution mechanisms aim to align validator and ecosystem incentives more effectively.

Security Audits and Exploit Mitigation

JTO continues to engage in third-party security audits and internal stress testing to identify vulnerabilities before they become critical issues. Proposals to implement automated smart contract monitoring and bug bounty programs are under discussion, as past exploits in similar protocols highlight the need for proactive security measures. However, risk mitigation remains an ongoing process, with emergent threats requiring continuous adaptation.

Comparing JTO to it’s rivals

JTO vs. SOL: How They Differ in Utility and Ecosystem Integration

JITO (JTO) and Solana (SOL) both operate within the same blockchain ecosystem, yet they serve fundamentally different purposes. While JTO is the governance token of Jito Network, a liquid staking and MEV infrastructure platform, SOL functions as the native asset of the Solana blockchain, primarily used for transaction fees, security, and network validation.

Network Role and Staking Mechanisms

SOL is a core component of Solana’s Proof-of-Stake (PoS) consensus, used by validators to secure the network and process transactions. In contrast, JTO is not required for Solana's validation but instead governs Jito Network’s operations, a specialized layer optimizing staking yields through liquid staking and MEV extraction. This difference means SOL has a universal role across the entire blockchain, whereas JTO’s influence is concentrated within Jito Network’s staking ecosystem.

While both tokens participate in staking dynamics, SOL holders delegate stake to validators directly. JTO’s staking model involves liquid staking via JitoSOL, which enhances capital efficiency by unlocking staked SOL liquidity. However, reliance on liquid staking structures can introduce systemic risks, such as validator centralization and liquidity concerns during market stress.

MEV Handling and Validator Incentives

Jito Network optimizes maximum extractable value (MEV), benefiting Solana validators by introducing efficient block-building mechanisms. However, SOL validators outside Jito’s infrastructure do not directly benefit from this optimization, leading to disparities in staking rewards.

SOL operates broadly across multiple Solana-based protocols without MEV-specific incentives, whereas the use of JTO in governance directly impacts how Jito’s MEV extraction strategies evolve. This means JTO holders influence validator payment structures and auction mechanisms within Jito Network, whereas SOL stakers rely on broader PoS incentives distributed across all network validators.

Liquidity and Token Utility Challenges

SOL enjoys deep liquidity across major exchanges and DeFi protocols, reinforcing its role as the primary medium of exchange and collateral within the ecosystem. JTO, while important for governance, faces more specific utility constraints, primarily revolving around Jito Network’s liquid staking and MEV-related incentive structures. This limits its adoption outside Jito-affiliated platforms, whereas SOL maintains universal acceptance across all Solana dApps.

The dependency of JTO’s utility on JitoSOL adoption also presents a risk factor. If liquid staking demand declines or if alternative solutions emerge, JTO's governance power may diminish in influence compared to SOL’s persistent network-wide demand.

JTO vs. PYTH: How They Differ in the On-Chain Data Landscape

Jito (JTO) and Pyth Network (PYTH) both operate within the Solana ecosystem but serve distinct functions. While JTO is centered around maximizing staking efficiency through liquid staking solutions, PYTH focuses on delivering high-fidelity, low-latency oracles directly on-chain. Their overlap primarily comes in network participation and value accrual, where both require strong incentives to scale their adoption.

Data Availability vs. Yield Optimization

PYTH provides institutional-grade price feeds without relying on traditional blockchain oracle mechanisms like Chainlink’s off-chain aggregators. Instead, it sources data directly from first-party providers and pushes it on-chain via a pull-based mechanism. This contrasts with JTO’s focus on liquid staking derivatives, where it optimizes Solana staking rewards through automated delegation strategies.

A key difference is structural: PYTH participants benefit from data provision, whereas JTO’s value proposition is centered around optimizing validators’ staking performance. Both rely on delegation incentives but apply them in different ways—PYTH rewards data publishers, while JTO streamlines capital efficiency for Solana stakers.

Token Utility and Distribution Models

JTO's utility heavily revolves around governance and staking participation, granting holders a say in protocol decisions tied to validator selection and stake distribution. PYTH, on the other hand, primarily derives utility from its oracle fee model, where users pay fees to access premium data, feeding into its network incentives.

An area of divergence is accessibility: JTO's mechanics make it primarily relevant to the Solana network, while PYTH has expanded its presence across multiple blockchains via the Wormhole protocol. This cross-chain adoption gives PYTH a broader addressable market, whereas JTO remains closely tied to Solana's staking infrastructure.

Risks and Centralization Concerns

Both JTO and PYTH have faced scrutiny regarding centralization. For PYTH, critics highlight that its data sources are predominantly from selected institutional providers, leading to concerns over data opacity and reliability. While it eliminates reliance on third-party aggregators, it doesn’t fully decentralize price discovery.

JTO’s centralization concerns stem from validator delegation governance. Although it improves staking efficiency, some argue it could lead to stake centralization if a small subset of validators consistently receive a disproportionate share of delegated funds.

Each protocol targets a distinct market segment, yet both depend on strong incentive structures to sustain long-term adoption.

JTO vs. INJ: A Comparative Analysis

Ecosystem and Use Case Divergence

JTO and INJ both operate within the Solana and Cosmos ecosystems, respectively, but their core functionalities set them apart. JTO is primarily focused on governance and decentralized decision-making through its role in controlling the Jito DAO. INJ, on the other hand, is at the heart of the Injective ecosystem, powering a decentralized exchange (DEX) infrastructure optimized for derivatives, spot trading, and synthetic assets. While both assets emphasize decentralization, INJ leans towards trading infrastructure, while JTO is centered around validator incentives and MEV redistribution mechanisms within Solana.

Differing Approaches to Decentralization

Injective's protocol allows permissionless smart contract deployment via CosmWasm, offering flexibility for developers looking to leverage cross-chain liquidity. JTO, however, operates under the constraints of the Solana network, where its governance structure plays a key role in delegations and MEV-related decision-making. The centralized aspects of Solana’s validator set could pose challenges for JTO in achieving true distribution of governance power compared to INJ, which benefits from Cosmos' sovereign chain model.

Smart Contract Capabilities

INJ utilizes CosmWasm smart contracts, which allow for more customization and flexibility in deploying financial applications. JTO does not currently serve as a smart contract execution layer; instead, its primary utility revolves around governance and MEV-related staking incentives. This difference in functionality means that while INJ attracts builders looking to deploy financial dApps directly onto its chain, JTO is more focused on optimizing staking strategies and validator participation within Solana.

Liquidity and Market Participation

INJ benefits from deep liquidity sources due to its integration with various interchain assets in the Cosmos ecosystem. Its ability to facilitate cross-chain derivatives trading creates a more diverse market. JTO, while critical in the Solana validator economy, does not directly impact liquidity provisioning outside of its governance decisions. This makes JTO more niche in utility, whereas INJ plays a more front-facing role in DeFi market participation.

MEV and Economic Model Differences

JTO's significance in the Solana ecosystem comes largely from its role in validator and MEV incentive alignment, aiming to minimize extractive behaviors while redistributing rewards. INJ, however, has an entirely different economic model, featuring protocol buybacks and a deflationary mechanism that aims to enhance its scarcity-driven value proposition. This contrast highlights how JTO's value accrual is more ecosystem-specific, while INJ embeds itself into a broader DeFi framework with direct user participation strategies.

Primary criticisms of JTO

Primary Criticism of JTO: Governance, Inflation, and Adoption Challenges

Governance Centralization Concerns

One of the most common criticisms of JTO revolves around its governance structure. While positioned as a decentralized governance token, the actual distribution of voting power has raised concerns. A significant portion of JTO’s supply is allocated to early investors, core contributors, and insiders, leading to an uneven distribution of voting influence. This has sparked debates about whether governance decisions truly reflect the broader community’s interests or if they are primarily shaped by a concentrated group of stakeholders. The risk of governance capture remains a key issue, as major decisions—such as treasury allocations or protocol upgrades—could be dictated by a relatively small number of influential holders.

Token Emission and Inflationary Pressure

Another major point of contention is JTO’s tokenomics model, particularly its emission schedule. A high rate of token issuance can create inflationary pressure, diluting the value for existing holders. Questions have been raised regarding long-term sustainability, especially if demand does not keep pace with the increasing supply. Excessive emissions could lead to sell pressure from incentives or unlocks, potentially suppressing price appreciation and making it less attractive as a long-term governance asset. Additionally, the way staking or rewards mechanisms are structured could play a role in exacerbating this issue, if not properly managed.

Protocol Dependence and Ecosystem Growth Limitations

JTO’s success is fundamentally tied to the adoption and usage of the underlying protocol it governs. If the broader ecosystem fails to gain meaningful adoption, the token itself faces limited utility beyond governance functions. Concerns exist regarding whether JTO’s governance power will translate into real-world impact if the protocol it oversees struggles to onboard users, maintain liquidity, or remain competitive. Additionally, if governance participation is low due to voter apathy or complexity, it could further weaken the case for JTO as a meaningful governance token.

Liquidity and Exit Risks

Liquidity constraints can also pose risks, especially for market participants looking to enter or exit large positions. If JTO lacks deep liquidity across major trading venues, it becomes vulnerable to price slippage and inefficient price discovery. Furthermore, large unlock events or concentrated selling by early investors could create volatility and uncertainty for those holding the asset.

Security and Smart Contract Risks

As with any crypto asset, JTO’s reliance on smart contracts introduces potential security vulnerabilities. If governance execution mechanisms or associated contracts are not properly audited or exploited due to unforeseen risks, governance decisions and fund allocations could become compromised. Additionally, governance attacks, such as malicious proposals or vote manipulation, remain a possible threat that could undermine the integrity of its decision-making process.

Founders

Jito (JTO) Founding Team: Key Figures Behind the Project

Jito (JTO) is the product of a team deeply embedded in the Solana ecosystem, aiming to expand opportunities for MEV (Maximal Extractable Value) optimizations while maintaining decentralization. The core founding members bring a combination of experience in blockchain infrastructure, trading strategies, and DeFi protocol development.

Leadership and Core Developers

The leadership behind Jito has a strong technical foundation, with backgrounds spanning high-performance blockchain development and algorithmic trading. The team includes engineers with prior experience working on Solana’s core infrastructure, giving them a deep understanding of network mechanics and validator incentives. This expertise has been instrumental in developing Jito’s stake pools and MEV solutions, positioning the project at the forefront of Solana-based liquid staking.

While some founding members have maintained a relatively low personal profile, others have been active in technical discussions, AMAs, and developer forums. This mix of public engagement and behind-the-scenes execution has helped Jito build credibility within the Solana community.

Deep Ties to Solana’s MEV Ecosystem

A key differentiator for Jito’s founding team is their early recognition of Solana’s unique approach to MEV extraction. Unlike Ethereum, where MEV primarily revolves around auction mechanisms like Flashbots, Solana’s high transaction throughput and lean blockspace require different optimization strategies. The Jito team has been actively involved in discussions about how to implement MEV solutions without centralizing power among a few dominant validators.

This expertise has led to the development of Jito’s core products, including its MEV-enhanced validators and Jito-Solana stake pools. However, the involvement of MEV in any blockchain environment is controversial, with some in the ecosystem raising concerns over potential centralization risks. The Jito team has attempted to mitigate these risks, but skepticism remains about long-term MEV distribution fairness.

Investor and Advisor Influence

Jito’s founding team has also worked alongside well-known VC firms and early Solana backers, securing funding from investors with deep backgrounds in MEV extraction, algorithmic staking models, and decentralized finance. This has provided the project with substantial resources but has also sparked debates about how much influence early investors have over decision-making, particularly regarding validator incentives and protocol governance.

Critics argue that aligning too closely with VC-backed influence could slowly shift decision-making power away from the broader Solana staking community. The founding team has assured that Jito’s governance model is designed to balance incentives, but how this plays out in practice depends on ongoing community participation.

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