Tokenized U.S. Treasuries have now reached $12.78 billion in onchain value, according to RWA.xyz. That matters for one reason above all: this market is no longer proving that tokenization is possible. It is proving that tokenized cash equivalents are becoming a real part of digital financial infrastructure.

For crypto, that changes the conversation. The first phase of tokenization was about bringing familiar assets onchain. The next phase is about making those assets useful once they are there. In practice, that means collateral that can move faster, capital that can stay productive, and treasury-backed assets that can do more than sit passively in a wallet. Franklin Templeton has made the same broader point in its own framing of tokenized money market funds: tokenization is valuable because it creates new utility and new use cases, not just a digital wrapper around an old instrument.

That is why tokenized Treasuries have become one of the most important RWA categories for crypto-native markets. They combine three properties that matter in practice: recognizable underlying assets, yield linked to short-duration government instruments, and the ability to plug into digital asset workflows. Franklin Templeton’s Franklin OnChain U.S. Government Money Fund, for example, invests at least 99.5% of its assets in U.S. government securities, cash, and repos backed by government securities or cash, while BlackRock’s BUIDL and Ondo’s USDY have helped define the category’s institutional profile onchain.

What matters now is not whether this category exists. It does. What matters is whether tokenized Treasury and money market fund exposure can be used as productive collateral across real trading and treasury workflows. That shift is already happening. Standard Chartered and OKX announced a collateral mirroring programme, in collaboration with Franklin Templeton, that enables institutional clients to use crypto and tokenized money market funds as off-exchange collateral for trading. In other words, the market is already moving beyond passive holding and toward live capital markets usage. (Standard Chartered Bank)

This is where BounceBit fits.

BounceBit’s RWA stack has been built around the idea that tokenized cash equivalents should not stop at issuance. BounceBit integrated Ondo’s USDY as its first tokenized RWA, later expanded Prime to source tokenized cash equivalents from Franklin Templeton’s Benji and BlackRock’s BUIDL via Securitize, and now positions Prime as an institutional platform for turning tokenized cash equivalents into productive, programmable collateral. The platform’s model connects regulated custody with onchain execution, with client assets custodied at Standard Chartered and mirrored to trading venues through an off-exchange settlement flow.

That matters because the market does not need another article saying tokenized Treasuries are growing. It needs infrastructure that answers a more practical question: what can tokenized capital do once it is onchain? BounceBit’s answer is straightforward:

• access to yield above the risk-free rate through structured strategies built on tokenized cash equivalents and market-neutral trading workflows
• productive use of tokenized collateral rather than passive exposure alone
• integration across custody, collateral, and trading so capital can remain controlled while being deployed more efficiently

The partner set around this thesis also says something about where the market is going. BounceBit sources cash-equivalent collateral from Franklin Templeton Benji and BlackRock BUIDL in Prime. Circle’s acquisition of Hashnote made USYC part of Circle’s platform, with Circle explicitly positioning USYC as yield-bearing collateral for digital asset markets.

Seen together, the signal is clear. Stablecoins established the base layer for onchain dollars. Tokenized Treasuries are becoming the next layer for onchain yield-bearing capital. The more important competition from here is not who can tokenize an asset first. It is who can make that asset useful in a system that institutions and crypto-native capital can both actually use.

Tokenized Treasuries crossing $12.5 billion is an important milestone. The more important takeaway is what that milestone unlocks. The next phase of digital capital will be defined less by tokenization alone and more by utility, collateral mobility, and capital efficiency. That is the market BounceBit is building for.

FAQ

What are tokenized Treasuries?
They are blockchain-based representations of U.S. government debt or Treasury-focused money market fund exposure, designed to bring yield-bearing cash-equivalent assets into digital asset markets.

How large is the tokenized Treasury market now?
RWA.xyz currently lists tokenized U.S. Treasuries at $12.78 billion in total value.

Why do tokenized Treasuries matter for crypto?
Because they can provide yield-bearing collateral that is more compatible with treasury management, exchange collateral, and onchain financial workflows than idle stablecoin balances alone.

What is BounceBit’s role in this market?
BounceBit integrates tokenized cash equivalents including Ondo USDY, Franklin Templeton Benji, BlackRock BUIDL, and Hashnote USYC within products designed for yield, collateral, and trading workflows.

A crypto user closes a trade, moves back into stables, and asks the same question the market keeps asking in every cycle: where can idle capital earn without becoming dead capital? That is where RWA yield has become relevant. As of March 30, 2026, RWA.xyz shows $26.74 billion in distributed onchain real-world assets, including $10.00 billion in tokenized U.S. Treasuries and $5.98 billion in tokenized credit.

For crypto, RWA yield is not one product category. It is a stack. Some products are built around tokenized credit. Others are built around tokenized U.S. Treasuries and money market funds. This article focuses on the second segment: tokenized collateral. The reason is simple. In crypto markets, collateral is not just something you hold. It is something you post, move, finance, and optimize across strategies. Tokenized cash equivalents fit that use case more directly.

What tokenized-collateral yield means

The base layer is straightforward. Tokenized Treasury products and Treasury-focused money market funds bring the underlying yield of short-duration U.S. government exposure onchain. RWA.xyz currently lists tokenized U.S. Treasuries at $10.00 billion in total value, 59,004 holders, and a 7-day APY of 3.15%. The 3-month U.S. Treasury yield was 3.73% on March 26, 2026. That gives crypto users a clear reference point for the risk-free rate and for the yield available from tokenized cash-equivalent collateral.

For users looking for stable yield above the risk-free rate, the next question is where the spread comes from. In a tokenized-collateral model, the collateral can keep its underlying Treasury or money-market yield, while an additional strategy layer targets incremental return through market structure. That makes it easier to separate the yield of the asset from the yield of the strategy.

Why this matters for crypto users

Crypto users care about more than nominal yield. They care about whether capital stays usable. That is why tokenized collateral matters. It lets a cash-equivalent asset do more than sit in a wallet. In April 2025, Standard Chartered and OKX launched a collateral mirroring programme that enables cryptocurrencies and tokenized money market funds to be used as off-exchange collateral, with Franklin Templeton included as the first money market fund provider in the programme. Standard Chartered later described this model as enabling financial institutions to use tokenized money market funds and cryptocurrencies as off-exchange collateral for trading.

That is the broader shift behind this market. Tokenized cash equivalents are becoming usable collateral inside live digital-asset workflows. For crypto, that is a more relevant question than whether an asset is merely tokenized. The key question is whether the asset can remain productive while supporting execution, financing, and treasury management.

How BounceBit approaches RWA yield

We focus on tokenized cash equivalents as productive collateral. Prime integrates Franklin Templeton’s Benji and BlackRock’s BUIDL via Securitize, with client assets custodied at Standard Chartered and connected to execution through an off-exchange collateral mirroring model. Active Yield products use tokenized U.S. Treasuries and money market funds such as BUIDL and BENJI as collateral for funding-rate arbitrage on centralized exchanges.

For users, the structure is straightforward. The base collateral is treasury-backed and yield-bearing. The additional return comes from the strategy layer rather than from changing the nature of the collateral. That is the core reason tokenized collateral is useful for users looking for stable yield with yield above the risk-free rate. The same product set also makes clear that returns are variable and not guaranteed, which is the right way to frame any strategy that combines cash-equivalent collateral with derivatives-based execution.

What to evaluate when comparing RWA yield products

For a crypto audience, the evaluation framework should stay simple.

First, check the base asset. Is it a tokenized Treasury product, a money market fund, or something else? RWA.xyz separates tokenized U.S. Treasuries from tokenized credit, which is a useful starting point for product analysis.

Second, compare the product target to the risk-free rate. On March 26, 2026, the 3-month Treasury yield was 3.73%. Any yield above that line should be tied to a clearly defined strategy layer.

Third, check how collateral is handled. Custody, settlement, and execution should be clearly separated. The Standard Chartered and OKX collateral mirroring model is one example of how tokenized money market funds can be integrated into trading workflows while remaining in regulated custody.

Conclusion

RWA yield is becoming more relevant to crypto because it gives users a way to bring cash-equivalent assets onchain without stripping them of utility. Our view is that tokenized collateral is the more useful lens for this category: start with treasury-backed assets, keep the base yield intact, and add strategy-driven spread on top through execution and collateral efficiency. As more users look for stable yield above the risk-free rate, will tokenized cash equivalents become the default base layer for onchain capital?

Two phrases are starting to show up in the same conversations.

“The perpification of everything” is a thesis about the interface of future markets. Exposure becomes a continuous product. Risk is priced in real time. Hedging is always available. Positioning becomes fluid. Perps are structurally well suited for this because they concentrate liquidity and standardize how exposure trades.

“The tokenization of everything” is a thesis about the substrate of future markets. Collateral becomes portable. Settlement becomes more explicit. Asset representation becomes more standardized. Operational workflows become easier to integrate. Tokenization is not only about putting an asset onchain. It is about making the underlying collateral and settlement rails compatible with a faster, more automated market.

These are often presented as competing paths. They are not. They are different layers.

Perps solve liquidity and risk transfer. They are where active capital expresses views, manages inventory, and hedges continuously. But the ceiling of a perp-driven market is set by what sits underneath. Collateral quality and collateral portability become the binding constraints. If the collateral layer is fragmented or operationally weak, the risk venue inherits those constraints.

Tokenization solves the collateral and settlement upgrade. It improves what can be used as margin and how that margin can move across venues and strategies. But tokenization without deep risk markets leaves the system incomplete. A modern collateral layer still needs a liquid venue to price risk continuously, especially when volatility and balance sheet management matter most.

So the realistic future is not one or the other. It is both happening at once. Perpification defines the exposure layer. Tokenization upgrades the collateral layer. The market stack becomes coherent when these layers interoperate.

This is how we think about BounceBit.

Prime has been built around tokenization as collateral. The focus is not tokenization as a label, but tokenization as a way to introduce higher quality, more usable collateral into a structure designed for real financial workflows.

Ignition is the execution upgrade that makes real-time markets viable. Higher throughput under load, faster confirmation, and more predictable fees are not features for a checklist. They are the baseline required for a venue that needs consistent performance when markets are moving.

Our upcoming Perps exchange is the perpification layer in that stack. Continuous price discovery and risk transfer, built on top of collateral designed to be used as margin, and on top of an execution environment designed for real-time market behavior.

That is the “why not both” position in institutional terms. The future market is a stack. A liquid risk venue without upgraded collateral is constrained. Upgraded collateral without liquid risk markets is underutilized. The durable outcome is integration.

Explore BounceBit

Website | X (Former Twitter) | Discord | Medium

BounceBit Ignition is a major chain upgrade that sets a new baseline for execution speed, capacity under load, and fee predictability.

• 0.5s block time and ~0.5s finality make common actions confirm faster and enable tighter trading and automation loops.
• EIP-1559 support improves fee estimation and standardizes transaction pricing behavior for wallets and apps.
• Higher execution headroom (30M gas at launch, up to 45M) keeps the network responsive during spikes in activity.
• Ignition enables the next wave of applications, led by the upcoming BounceBit Perps launch as a primary beneficiary of this new execution baseline.

BounceBit has been built for production: assets that can be used, not just held.

That work includes partnering with institutions setting the standard for tokenized cash equivalents, including Franklin Templeton and BlackRock’s BUIDL brought onchain in collaboration with Securitize.

As these assets move deeper into real workflows, the bar shifts from “does it work” to “does it run like infrastructure.”

Execution becomes the constraint: confirmation cadence, fee predictability, and responsiveness under load.

Ignition is the upgrade that moves BounceBit into that next phase.

It changes what the chain can reliably support in high-traffic conditions. It changes what applications can design for without leaving performance to chance.

Think of Ignition as a load-bearing beam: it is not ornamental, but it determines what can be built safely at scale.

What’s shipping

• Faster confirmation cadence with rapid finality for more responsive onchain actions.
• Structured fee mechanics (EIP-1559) for more reliable fee estimation and transaction behavior.
• Increased execution headroom per block to keep the network responsive during activity spikes.
• Operational guardrails for RPC and transaction handling to support high-traffic usage.
• Updated tooling and integration guidance.

Why this matters

Ignition is a chain upgrade, but its impact is practical. It improves how the network behaves in the moments that matter most: when traffic surges, when applications submit many state updates, and when users expect actions to complete quickly.

What you should expect:

• Faster confirmations for common actions, especially in time-sensitive flows.
• More predictable fees in supported wallets and applications.
• Better responsiveness during spikes rather than degraded performance and retries.
• More consistent application behavior for trading, automation, and strategy-driven usage.

“So what” translations

1. 0.5s block time and ~0.5s finality → Confirmations land quickly, which reduces waiting time for swaps, deposits, and position updates.
2. Higher block gas ceiling (30M at launch, up to 45M) → More activity fits per block, improving responsiveness during bursts.
3. EIP-1559 support → Fee estimation becomes more systematic, reducing failed transactions caused by underpriced gas.
4. Dynamic gas price oracle with a default 1 Gbit baseline → Wallets and bots have a consistent reference for fee logic, improving transaction success rates for automated flows.
5. RPC caps and transaction-pool parameters → Infrastructure stays stable under high traffic, improving uptime and responsiveness for the applications users rely on.

Under the hood

This section is for engineers, integrators, and institutional teams who want implementation detail and operational context. Terms are defined the first time they appear.

A dedicated operator post will follow with updated requirements, recommended configurations, and the specific steps node operators need to take.

Architecture

Ignition tightens the execution loop and improves operational predictability for transaction processing, with three design goals:

• short confirmation cadence
• bounded behavior for transaction intake and RPC usage
• fee mechanics suitable for automated systems and high-frequency flows

Consensus and finality

Ignition uses Clique, a Proof of Authority (PoA) consensus mechanism. PoA means a known validator set produces blocks, prioritizing predictable block production and consistent confirmations.

Configured parameters:

• Consensus type: Clique (PoA)
• Block time: 0.5 seconds (500ms), adjustable via governance (0.1s to 60s)
• Finality: ~0.5 seconds

What this implies:

• Integrators can build tighter transaction pipelines because state updates land more frequently.
• Systems that depend on fast confirmations can run shorter control loops for position management and risk actions.

Execution envelope and throughput

Ignition increases per-block execution capacity while keeping fast blocks.

Configured parameters:

• Block gas limit: 30M (genesis), up to 45M (miner limit)
• Reference transaction costs:
• Transfer: 21,000 gas
• Contract creation: 53,000 gas

Capacity envelope (derived from block cadence + gas limits):

• ~2,857 TPS for simple transfers at 30M
• ~4,286 TPS upper envelope at 45M

What this implies:

• More headroom for burst activity and frequent state updates.
• A more stable execution surface for applications that submit frequent transactions.

Fees and transaction pricing

Ignition supports EIP-1559, a fee mechanism with a dynamically adjusting base fee plus an optional priority fee (a tip). This structure improves fee discovery and makes transaction pricing more systematic for wallets and bots.

Configured parameters:

• EIP-1559: Supported
• Gas price: Dynamic (Gas Price Oracle), default 1 Gbit (1e9 bit)
• Native token: BB
• Smallest unit: bit (1 BB = 1e18 bit)
• Gas price unit: Gbit (1 Gbit = 1e9 bit = 0.000000001 BB)

What this implies:

• Fee pipelines can be standardized across wallets, SDKs, and integrators.
• Automated systems can price transactions more consistently as demand changes.

Node ops, RPC behavior, and transaction handling

Ignition includes parameters that matter for anyone running infrastructure or building at scale.

Configured parameters:

• Transaction pool: 10,000 pending, 30,000 baseFee, 30,000 queued
• Pending holds transactions ready for inclusion.
• Queued holds transactions waiting on prerequisites (commonly nonce gaps).
• The baseFee setting influences pool behavior as base fee conditions shift.
• RPC limits: 50M gas cap, 1 BB fee cap
• The gas cap bounds maximum gas in RPC simulation and related calls.
• The fee cap bounds extreme-fee submissions at the interface level.

System requirements and operational procedures will evolve as Ignition rolls out across environments.

Tooling

Ignition is paired with integration guidance so teams can adopt the new execution and fee behavior cleanly.

Focus areas:

• EIP-1559 transaction support across SDKs and signing flows
• recommended fee profiles (base fee + priority fee)
• RPC best practices under the configured caps
• monitoring baselines for high-traffic applications

Reliability and Production Readiness

Ignition is treated as a production system upgrade, with operational rigor appropriate for infrastructure supporting institutional-grade asset workflows.

Our approach is built around:

• Staged rollout gates: controlled activation across environments before wider adoption.
• Transaction-level validation: scenario testing for common flows (swaps, deposits/withdrawals, vault interactions, burst activity).
• Continuous monitoring: block cadence, inclusion latency, base fee behavior, RPC response times, pool health, and validator/network telemetry.
• Incident readiness: runbooks, escalation paths, and clear operator guidance as the rollout progresses.

What this unlocks

Ignition expands what BounceBit can support at the application layer over the next 1–2 quarters, and the first major application is clear: BounceBit Perps.

Perpetual markets are execution-intensive by design. They depend on fast confirmations, frequent position updates, and liquidations that can keep up with volatility. Ignition establishes the baseline environment required to run that market structure at scale.

Upgrade → capability → near-term direction:

• Faster confirmations → tighter trading loops and more responsive risk actions → BounceBit Perps as an early flagship application.
• Structured fee mechanics → improved fee pipelines for wallets and trading interfaces → more reliable transaction submission during fast markets.
• More execution headroom → better behavior during spikes → deeper liquidity and a more consistent trading experience as volume grows.
• Operational guardrails → more stable integrations → stronger uptime and responsiveness for trading frontends and supporting infrastructure.

Beyond perps, Ignition expands the feasible design space for high-throughput applications that depend on frequent state updates and tight execution, including advanced strategy products and collateral frameworks.

What you will notice:

• faster confirmations for common actions
• more consistent fee estimation in supported wallets and applications
• better responsiveness during high-activity periods

If you run custom automation (bots, scripts), update your transaction submission flow to support EIP-1559 and re-check fee settings against the updated caps.

Ignition is a foundational chain upgrade that strengthens BounceBit’s execution layer for the next phase of adoption: higher-traffic applications, performance-sensitive integrations, and market structure that can support institutional-grade asset workflows. The upcoming BounceBit Perps launch is one of the first and most important applications of this new baseline.

Today we announce a collaboration with Standard Chartered and OKX.
Prime’s tokenized Treasury CeDeFi strategies now pair custody at a G-SIB with off-exchange settlement and execution on OKX. The result is practical tokenization that fits existing workflows and scales.

What’s live

Prime sources regulated tokenized cash equivalents from Franklin Templeton’s Benji and BlackRock’s BUIDL via Securitize. Assets remain in custody at Standard Chartered and mirror to OKX for execution. Institutions retain legal ownership, receive audit-ready reporting, and gain 24/7 collateral mobility.

How it works

The architecture separates where assets are held from where they are used:

• Bank custody: Segregation and governance at Standard Chartered
• Execution and liquidity: Off-exchange settlement and trading on OKX
• Collateral mirroring: Real-time movement of collateral without transferring assets onto an exchange

This reduces venue risk, improves capital use, and enables programmatic controls that traditional rails struggle to deliver.

Why it matters

Tokenized Treasuries can now operate at production scale with clear ownership, continuous liquidity access, and reporting suitable for institutional treasuries. This is a concrete step toward funds and fixed income operating natively onchain.

What’s next

Prime will expand into broader RWA access and structured yield strategies designed for institutions. If your mandate is yield with control and transparency, we’re ready to engage.

BounceBit has introduced BB Prime, an institutional-grade yield platform that brings tokenized U.S. Treasuries into active, onchain structured strategies. By combining the security of Treasury-backed assets with crypto-native arbitrage mechanisms, BB Prime offers a new model for generating yield with managed risk.

Pre-registrations for BB Prime are now open.

The product introduces a novel class of structured instruments, backed by real-world assets and designed for capital efficiency. It integrates base yields from U.S. Treasury bills with additional returns from funding and basis arbitrage in crypto markets. This approach offers an alternative to stablecoins, with improved transparency and reduced reliance on synthetic representations.

“This is the first real-world application of tokenized Treasuries in active yield strategies,” said Jack Lu, CEO of BounceBit. “Partnering with Wall Street titans like Franklin Templeton signifies that institutional-grade RWA products have moved beyond experimentation into scalable, usable infrastructure.”

Utilizing Tokenized RWAs for Onchain Finance

The collateral behind BB Prime is Franklin Templeton’s tokenized money market fund, recorded natively on a public blockchain. While most tokenized assets have remained confined to custodial platforms, BB Prime enables them to be used directly in structured yield products and settlement flows.

Purpose-Built Infrastructure

BB Prime is built on BounceBit infrastructure, optimized for tokenized assets and compliant financial primitives. The platform supports regulated custody, smart contract-based capital allocation, and automated execution of strategies.

As RWA tokenization scales, BB Prime offers a practical example of how these assets can be put to productive use — moving from passive representation to active utility.

Attractive Yield with Managed Risk

BB Prime enables institutional users to earn double-digit yields during bear markets by combining Treasury-backed returns with crypto basis spreads. In risk-on environments, strategies can generate over 100% APY — while continuing to rely on centralized exchange infrastructure for execution and liquidity.

The launch signals a step forward in bridging traditional and digital finance, offering a glimpse into the kind of infrastructure required for institutional capital to operate securely on-chain.

“Franklin Templeton helped define what institutional tokenization should look like. With BB Prime, we’re moving to tangible use cases that solve real problems for institutional capital,” said Lu.

Disclaimer: All investments involve risk, including loss of principal. There are risks associated with the issuance, redemption, transfer, custody, and record keeping of shares maintained and recorded primarily on a blockchain. For example, shares that are issued using blockchain technology would be subject to risks, including the following: blockchain is a rapidly-evolving regulatory landscape, which might result in security, privacy or other regulatory concerns that could require changes to the way transactions in the shares are recorded.

Tokenized real-world assets (RWA) are gaining traction — but most remain idle once onchain. They’re tradable, not usable. Liquid, but disconnected from protocol incentives.

xRWA changes that.

xRWA is BounceBit’s new primitive for bringing tokenized assets — including equities — into the heart of consensus. Through native mapping, decentralized verification, and multi-asset staking, xRWA allows real-world capital to be actively deployed in securing the BounceBit network.

This isn’t just representation. It’s protocol-level activation.

From Tokenized to Productive: Why xRWA

Tokenization has made it possible to represent traditional assets like equities, bonds, and funds onchain. But so far, most of these assets are passive: they sit in custodial wrappers, isolated from staking, slashing, or meaningful yield mechanisms.

xRWA brings real-world assets into the core economic layer of a PoS chain — secured by $BB.

It allows tokenized RWA to be staked alongside $BB and other crypto-native assets, earning protocol rewards while preserving exposure to the underlying instrument.

Native Mapping, No Bridges

xRWA avoids wrapped tokens, synthetic representations, or custodial bridges. Instead, it’s built on a trust-minimized asset mapping framework:

1. Source-chain ownership signals
   Users submit a verifiable transaction — using OP_RETURN, memo, or smart contract logic — on the chain where the asset is held.
2. Decentralized verification
   A network of relayers monitors the source chain and generates proofs. BounceBit’s integrated light clients verify these proofs natively.
3. Native issuance of xRWA
   Upon successful validation, BounceBit mints a corresponding xRWA token — a protocol-level staking asset tied to the source position.

At no point is the original asset bridged or placed in custody. The user retains control.

Multi-Asset Staking with $BB

The BounceBit staking system is designed for multi-asset participation.

• $BB serves as the base staking and governance token
• xRWA introduces tokenized real-world assets as secondary staking collateral
• BTC, ETH, and stablecoins are also in scope for future support

xRWA allows these traditionally siloed assets to co-exist in a unified staking layer — all contributing to consensus and security.

What Makes xRWA Different?

Once issued, xRWA assets function as Liquid Staking Derivatives (LSDs):

• Yield-bearing
• Slashing-compatible
• Protocol-recognized
• Redeemable upon asset movement or unlock

But unlike typical LSDs or ERC-20 wrappers, xRWA is minted via system modules, not smart contracts. These assets are consensus-native — recognized directly by the staking, rewards, and slashing logic of BounceBit.

They don’t simulate alignment. They are aligned.

A Generalized Framework for Onchain Capital

The xRWA model is designed to scale beyond equities. Any verifiable real-world asset — including sovereign bonds, ETFs, or institutional fund shares — can be integrated through the same architecture.

As tokenization expands, xRWA provides the infrastructure to ensure these assets are not just visible onchain — they are usable.

Quietly Leading the Shift

xRWA will launch with tokenized U.S. equities — including familiar names like AAPL, TSLA, and NVDA — mirrored onto BounceBit through a trust-minimized pipeline. These assets will be stakeable from day one.

BounceBit is building toward a future where:

• Real-world assets help secure the network
• Capital earns yield without giving up control
• Onchain consensus is backed by both crypto-native and traditional instruments

xRWA makes that possible — one asset class at a time.

If you’re building, issuing, or managing tokenized assets and looking for native yield infrastructure, reach out.
BounceBit is unlocking the next phase of onchain capital utility.

Explore the ecosystem at bouncebit.io

BounceBit was never designed to serve a single asset class. From the beginning, the architecture was built with one principle in mind: composability.

That means supporting not just BTC, not just stablecoins, but any form of capital — whether it’s altcoins, tokenized real-world assets, or eventually region-specific currencies like a KRW stablecoin. In a fragmented financial world, we are building infrastructure that unifies it.

A System Designed for Flexibility

At its core, BounceBit’s architecture is asset-agnostic. The system doesn’t distinguish between a stablecoin, a tokenized treasury, or a regional fiat proxy. If it meets the technical and compliance requirements, it can be integrated, posted as collateral, and deployed into strategy.

Today, users are depositing BTC, ETH, and USDT into structured yield products. But under the hood, the same infrastructure is already powering Prime — where tokenized treasuries (such as BlackRock’s BUIDL or Franklin Templeton’s FOBXX) form the base layer of yield-bearing collateral.

Tomorrow, that same pipeline can support a regulated KRW stablecoin. Or a tokenized gold certificate. Or a euro-denominated money market fund.

Why It Matters

Capital on-chain today remains segmented. BTC sits in one silo. USD stablecoins in another. Tokenized treasuries are gaining traction, but few platforms allow them to interact with trading, restaking, or structured products.

BounceBit breaks that separation.

By building a unified CeDeFi architecture, BounceBit enables capital to move fluidly across use cases. Assets — regardless of type — can be deployed into yield strategies, used as collateral across financial products, or integrated into broader security and settlement flows.

This isn’t theoretical. The infrastructure is already live. The integrations are happening. And as new forms of on-chain capital emerge, they slot into a system that was designed for them from day one.

Global by Design

The future of digital capital is not USD-only. As more jurisdictions issue compliant fiat-backed stablecoins, and as global investors seek exposure to local markets via on-chain rails, infrastructure needs to keep up.

BounceBit’s modular collateral system makes it possible to integrate a KRW, EUR, JPY stablecoin or any tokenized RWA without rearchitecting the platform. That opens the door to localized structured products, FX-neutral hedging strategies, and cross-border financial flows — all with transparent execution and custody.

Conclusion

What stablecoins did for FX, BounceBit aims to do for structured yield and digital capital markets: remove frictions, unlock composability, and give capital more ways to move and earn on-chain.

This is not about supporting more tokens. It’s about building the foundational infrastructure for a multi-asset, interoperable financial system — one that’s global from the start.

And it’s already underway.

Today, we’re expanding the BounceBit ecosystem with the launch of BounceBit Trade — a high-performance futures trading platform offering up to 50x leverage, centralized exchange-grade liquidity, and seamless integration with the BounceBit Portal.

This marks a new phase for CeDeFi: one where yield and leverage can co-exist within a unified, capital-efficient environment.

Why We Built BounceBit Trade

Centralized exchanges offer deep liquidity and fast execution, but they come with significant trade-offs: custodial risk, opaque risk management, and limited composability.

On the other hand, most decentralized perps platforms struggle with fragmented liquidity, latency, or require users to navigate multiple interfaces.

BounceBit Trade bridges this gap.
It combines the performance and depth of CeFi with the accessibility and optionality of DeFi, all within the BounceBit Portal.

Key Features

• Over 50 trading pairs at launch
  Including BTC/USDT, ETH/USDT, SOL/USDT, BNB/USDT, XRP/USDT, LA/USDT, and more.
• Up to 50x leverage
  Adjustable by the user, with USDT used as the sole margin and settlement asset.
• CEX-grade liquidity
  Orders are routed and executed with the depth and speed expected from professional trading platforms.
• Unified experience
  Trade directly from the BounceBit Portal — no bridging, no external logins, no extra steps.

Who It’s Built For

BounceBit Trade is designed for:

• Directional traders seeking speed and precision
• Volatility scalpers requiring leverage and tight spread.
• Funding rate players looking to optimize capital deployment
• Institutional-style users who value custody, composability, and execution quality

If you’re already using BounceBit, you can start trading immediately. Just deposit USDT and navigate to the Trade tab in the Portal.

What Comes Next

We’re tracking how the platform is used — what pairs are traded, how leverage is applied, and where the demand concentrates. Feedback from early users will directly shape the roadmap: new features, new pairs, and future integrations.

As always, our goal is to build CeDeFi infrastructure that serves real traders, not just speculators.

Get Started

BounceBit Trade is now live.

→ portal.bouncebit.io/trade

We invite you to explore the platform, try it out, and let us know what works — and what doesn’t.

This is just the beginning.

Today marks an important step forward for BounceBit’s CeDeFi ecosystem: USD1, the institutional-grade stablecoin issued by WLFI, is now supported on BounceBit.

Fully backed by short-term U.S. Treasuries, U.S. dollar deposits, and other cash equivalents, USD1 brings trusted collateral and regulatory transparency to the world of on-chain finance. With reserves custodied by BitGo — one of the world’s leading qualified custodians — USD1 provides the credibility and operational security required by institutional users, sovereign investors, and DeFi-native capital alike.

USD1 Now Eligible for CeDeFi Yield Strategies

With this integration, USD1 is now enabled as an eligible asset within BounceBit’s CeDeFi Portal. Users can deploy USD1 directly into the ‘Auto’ Strategy, which routes capital into secure, delta-neutral yield opportunities across centralized and decentralized venues.

Deposits are currently supported via BNB Chain, with additional network support to follow.

By combining compliant, transparent stablecoins like USD1 with BounceBit’s yield infrastructure, we’re making capital efficiency more accessible — without compromising on safety or liquidity.

Upcoming: USD1 Promo and Trump T-Shirt Giveaway

To celebrate this milestone, we’re launching a dedicated USD1 Promo campaign on BounceBit — details to be announced soon.

In addition, we’ll be running a limited-edition Trump-inspired $BB T-shirt giveaway for participants. It’s our way of adding a little fun to the serious business of modernizing yield infrastructure.

Stay tuned for more details on both the Promo and the giveaway, and in the meantime, explore the USD1-enabled Auto Strategy live at:
👉 https://portal.bouncebit.io/cedefi