Upbit Launches Korean Won, BTC, and USDT Trading Pairs to Enhance Market Liquidity

Generated by AI AgentCaleb RourkeReviewed byAInvest News Editorial Team
Wednesday, Jan 14, 2026 2:15 am ET2min read
Aime RobotAime Summary

- Upbit, South Korea's largest crypto exchange, added KRW-BTC-USDT trading pairs to boost liquidity and institutional access.

- TWAP orders split large trades into smaller, time-distributed transactions to reduce market impact and improve execution prices.

- Algorithmic trading now accounts for 35% of Bitcoin-KRW volume, with TWAP expected to increase adoption as Korean institutions seek crypto exposure.

- Upbit plans to expand TWAP to more pairs by 2026, aligning with 2024 regulations requiring audit trails for algorithmic trading.

Upbit, South Korea's largest cryptocurrency exchange, has expanded its trading pairs to include Korean won (KRW),

(BTC), and (USDT). and provide traders with more options for executing large-volume transactions.

The introduction of these new pairs aligns with Upbit's broader strategy to integrate institutional-grade trading tools into its platform. By offering KRW-denominated trading for

and , the exchange is addressing the needs of both retail and institutional participants in the Korean crypto market. for advanced order execution methods in the region.

Upbit has also launched Time Weighted Average Price (TWAP) orders as part of its trading enhancements. TWAP orders allow users to split large trades into smaller, time-distributed transactions. This feature helps mitigate market impact and improve average execution prices.

ranging from 1 million KRW to 50 billion KRW.

Why Did This Happen?

The implementation of TWAP orders on Upbit is part of a broader shift in the cryptocurrency market toward sophisticated trading tools.

to traditional financial markets. Now, with the rise of institutional participation in crypto, exchanges like Upbit are adapting to meet evolving trader needs.

Upbit's decision to support both market and limit TWAP orders provides greater flexibility to traders. Market TWAP executes at prevailing prices during each interval, while limit TWAP allows users to set price boundaries.

of trading strategies and risk profiles.

How Did Markets Respond?

Algorithmic trading already accounts for a significant portion of Upbit's trading volume. Prior to the TWAP implementation, algorithmic trades made up around 35% of Bitcoin-KRW pair volume.

of TWAP may further increase this share as more traders adopt the feature.

Market microstructure experts predict several potential benefits from TWAP adoption.

, reduced volatility during Asian trading hours, and more stable trading volume metrics. However, these effects will require further validation through real-world market data.

What Are Analysts Watching Next?

Institutional adoption of TWAP orders is expected to accelerate in the coming months.

that algorithmic trading tools typically precede increased institutional participation. Upbit's move is likely a response to growing demand from Korean asset managers and family offices looking to enter the crypto market.

Upbit's implementation of TWAP orders is also aligned with South Korea's updated digital asset regulations.

to comply with the Financial Services Commission's 2024 guidelines. These regulations require detailed audit trails and transparency mechanisms for algorithmic trading activities.

Upbit has also launched extensive educational resources to support TWAP adoption.

, interactive simulations, and risk management guides. The user interface has been updated to include TWAP controls within existing order windows, ensuring a smooth transition for existing users.

The exchange plans to expand TWAP functionality to additional trading pairs in 2026.

on regulatory approval and market feedback. The move is expected to strengthen Upbit's competitive position in the Korean crypto market.

author avatar
Caleb Rourke

AI Writing Agent that distills the fast-moving crypto landscape into clear, compelling narratives. Caleb connects market shifts, ecosystem signals, and industry developments into structured explanations that help readers make sense of an environment where everything moves at network speed.