
Centralization refers to the concentration of power or control in the hands of a limited number of entities.
In the crypto world, centralization means that critical decisions are made by a platform or a small group, such as who holds custody of your assets, who can update the network, or who has the ability to freeze funds. Common examples include centralized exchanges (CEXs) managing users’ funds, a few staking services controlling validator votes, leading mining pools dominating network hashrate, or stablecoins issued and managed by a single company with the authority to intervene in user addresses.
Centralization determines your control over assets and your level of influence.
When control is centralized, efficiency and user experience often improve, but this introduces risks like single points of failure and potential abuse of power. For everyday users, it affects whether you can withdraw your crypto at any time, whether you could be mistakenly flagged by risk controls, and whether you have protection if a hack or platform issue occurs. For project teams, centralization shapes whether governance is fair or if decisions can be swayed by large stakeholders. Understanding where centralization exists—such as choosing between a CEX and on-chain self-custody—helps you make safer and more informed choices.
Centralization is implemented through custody, permissions, and single-point decision-making.
First, custody. Custody means handing over the “keys” to your assets to a platform or third party for safekeeping. For example, when you open an account on a centralized exchange and deposit crypto, your funds are managed by the platform’s wallet system, and your balance is tracked internally.
Second, permissions. The degree of centralization is defined by who has the authority to change system parameters, upgrade the platform, or freeze/unfreeze accounts. For example, stablecoin issuers can freeze certain addresses via smart contract permissions—a form of centralized control.
Third, single-point decision-making. When a small group or select nodes have technical or governance authority—such as major staking pools aggregating most validator votes—they can heavily influence network upgrades or proposal outcomes.
While these mechanisms enable faster responses and unified user experiences, they also concentrate risks. If a central point fails, the impact can be widespread.
Centralization primarily appears in trading, custody, governance, and infrastructure.
Trading & Custody. Centralized exchanges (CEXs) like Gate provide end-to-end services including trade matching, deposits/withdrawals, and risk management. Their advantages are deep liquidity, fast order execution, and responsive customer support. However, user funds are held by the platform, requiring trust in its security and compliance. Many users conduct both spot and derivatives trading on CEXs—a clear sign of centralization in trading.
Governance & Staking. On public blockchains like Ethereum, token holders stake with validators to secure the network. Large staking services aggregate voting power; thus, governance proposals can be disproportionately influenced by a handful of providers.
Hashrate & Mining Pools. Bitcoin mining is often organized through pools. The leading mining pools have long controlled over half the total network hashrate, which means block production and protocol choices are strongly influenced by a few pools—even though competition exists.
Stablecoin Issuance. Stablecoins like USDT and USDC are issued by corporations that can mint or burn tokens and freeze addresses upon legal request. This ensures regulatory compliance and risk management but also embeds centralized controls at the contract level.
Infrastructure & Access Points. Many applications default to using a small number of RPC providers as blockchain data gateways; wallets and nodes often rely on major vendors for custody and connectivity. Issues like network outages or rate limiting tend to be more acute during peak periods due to this concentration.
On Gate’s platform, all deposits, trades, withdrawals, and risk controls are managed centrally. While features like proof of reserves and enhanced security aim to increase transparency and safety, the underlying model remains centralized custody and matching.
By decentralizing key points and introducing transparent checks and balances.
Step 1: Tiered Asset Management. Use CEXs like Gate for trading funds but store long-term holdings and high-value assets in self-custody wallets. Self-custody wallets—where you control your own private keys—such as hardware or cold wallets reduce single-point risks.
Step 2: Leverage Platform Transparency & Risk Controls. When using Gate, pay attention to proof-of-reserves and audit reports; enable two-factor authentication, withdrawal whitelists, and withdrawal limits to minimize risks from theft or user error.
Step 3: Choose Redundant Infrastructure. When connecting wallets, configure multiple RPC sources; for deployments, use multi-cloud or multi-node providers to reduce downtime caused by infrastructure concentration.
Step 4: Participate in More Decentralized Governance & Staking. Distribute staking across multiple providers or run lightweight nodes yourself; join DAO (Decentralized Autonomous Organization) votes and monitor voting power distribution and custody rules; for stablecoins, diversify holdings across several issuers and understand their respective freezing and risk management mechanisms.
For project teams, multi-signature (multi-sig) treasury management splits key actions among multiple signers; open governance processes and audit reports introduce structural accountability instead of personal discretion.
High levels of concentration persist across many areas over the past year.
Trading. According to Kaiko’s Q3 2025 report and year-end summary, centralized exchanges accounted for around 85%-90% of total crypto spot and derivatives trading volume in 2025. Decentralized exchanges (DEXs) made up about 10%-15%. Compared to 2024, DEXs’ share rose slightly by 2-3 percentage points due to improvements in on-chain aggregators and limit order features enhancing user experience.
Staking & Governance. Dune dashboards and Ethereum Foundation data show that by December 2025, Lido controlled about 30%-32% of total Ethereum staked; the top five staking services together held over 60%. High concentration stems from low entry barriers, transparent yields, and outsourced node maintenance—but it also raises concerns about governance influence and single-point risk.
Hashrate Concentration. Based on mempool.space and BTC.com data for H2 2025, Foundry USA and Antpool together accounted for 55%-60% of Bitcoin’s hashrate. Bulk miner procurement and electricity cost optimization help top pools maintain dominance; hashrate concentration typically rises during bull markets.
Stablecoin Issuance. As of December 2025 (CoinGecko), USDT represented about 70% of total stablecoin market cap, with USDC at around 20%. Top issuers’ dominance has remained steady due to concentrated fiat on/off ramps and compliance resources.
Overall, while user experience, liquidity, and regulatory compliance keep concentration high, some decentralization improvements are emerging—such as DEX market share growth and more staking services promoting rebalancing along with increased education on self-custody.
The core difference lies in how control is distributed.
Centralization places decision-making and custody in the hands of a few entities—offering high efficiency and robust customer support/risk management but also introducing single points of failure and higher trust requirements. Decentralization distributes power among network participants; rules are enforced automatically via transparent protocols rather than trusted individuals. This increases censorship resistance and fault tolerance but requires greater user expertise and self-management.
How should you choose? If you value high-frequency trading, deep liquidity, or easy deposits/withdrawals, CEXs like Gate are more suitable. If asset sovereignty or censorship resistance matters most, on-chain self-custody and DEXs are better options. The most resilient approach is combining both—balancing efficiency with self-sovereignty.
Centralization involves control by a single authority or central entity; decentralization distributes maintenance across multiple nodes. For example: traditional banks are centralized (the bank controls your account), whereas the Bitcoin network is decentralized (global miners collectively validate transactions). Your choice depends on whether you prioritize efficiency or autonomy.
Centralized systems present both risks and benefits. Risks include single points of failure that can bring down entire systems—and the potential for abuse of power. However, their strengths include quick oversight, high efficiency, and superior user experience. The drive for decentralization in crypto is largely to mitigate risks of institutional attacks or asset freezes associated with central authorities.
Most crypto exchanges (including Gate) are centralized—they operate as companies holding custody of user assets. This enables fast trading and user-friendly interfaces but requires trust in platform security. For long-term storage, it’s best to use cold wallets for self-custody while using exchanges mainly for short-term trading—balancing convenience with risk diversification.
It depends on your needs. Beginners should start with centralized platforms (like trading on Gate) since they offer user-friendly interfaces and strong customer support. As you gain experience, try decentralized products (like self-managed wallets) to achieve full asset autonomy. Ideally, use both approaches in tandem.
Highlighting decentralization builds user trust by assuring that no single party can freeze or control assets. However, beware of misleading claims: many projects marketed as “decentralized” are still governed by small teams via their core codebases. When evaluating projects, look at actual node distribution and governance—not just marketing slogans.


