Early morning crypto market data shows that Infrared (IR) is currently trading around $0.126, down 21% over the past 24 hours. Since reaching a peak of $0.305 on December 18, the IR token has undergone a significant correction.
This price volatility reflects the typical sell pressure following a token generation event, as airdrop recipients realize their gains.
01 Market Status and Background
Infrared serves as a core liquid staking protocol within the Berachain ecosystem and now ranks second in total value locked (TVL) across the network. The IR token was officially launched on December 17, 2025, and its initial market performance followed the typical volatility seen after new listings.
Gate platform data shows that IR hit a high of $0.305 on December 18 before pulling back to its current level near $0.126. The token’s market capitalization stands at $32,590,000, ranking 542nd overall. There are 205,000,000 IR tokens in circulation, with a maximum supply of 1,000,000,000 IR.
This price correction is primarily driven by airdrop claim pressure in the early phase of token issuance. With new features set to launch in 2026, market attention is gradually shifting from short-term price swings to long-term value capture.
02 Native Staking: The Earnings Engine for IR Holders
Infrared’s team has confirmed that native IR staking will officially launch on Berachain in January 2026. This marks a pivotal shift for IR, transforming it from a tradable asset into a productive one.
Users who stake IR tokens will receive sIR (staked IR) in return. sIR serves as more than just a staking receipt—it functions as both a governance token and a yield-bearing asset. sIR holders gain voting rights in protocol governance and automatically share in protocol revenue.
The core innovation of this staking mechanism is its sustainable yield source. Unlike traditional models that rely on inflationary rewards, Infrared’s staking yields come directly from fees generated by real economic activity within the protocol. As DeFi activity on Berachain grows, protocol revenue increases, delivering greater returns to sIR holders.
Another key feature is the Red Fund buyback mechanism. This system allocates a portion of protocol fees to buy back IR tokens from the market, reducing circulating supply and optimizing revenue sharing for sIR holders.
03 Dutch Auction System: An Innovative Model for Ecosystem Collaboration
Beyond native staking, Infrared plans to launch a Dutch auction system in Q1 2026. This system will inject fresh momentum into economic activity across the Berachain ecosystem.
The Dutch auction will allow third-party protocols to use IR tokens to bid for BGT emission rights. This creates a direct use case for IR, converting external protocol demand into buying pressure for the token.
Funds from winning bids will be locked for one year and dedicated to supporting future protocol development. By reducing the circulating supply of IR and securing long-term funding, this design strengthens the protocol’s foundation.
With the introduction of the auction system, Infrared evolves from a simple liquid staking protocol into a core infrastructure layer for Berachain, facilitating value flows between different protocols.
04 IR Token Value and Future Outlook
Gate platform’s forecast data suggests a positive price trajectory for IR over the coming years. By 2026, the average price of IR could reach $0.20 (based on current exchange rates), indicating significant growth potential from current levels.
The dual impact of staking and auction mechanisms on IR’s supply-demand balance is worth watching. Staking encourages long-term holding and reduces sell pressure, while the auction system creates direct demand for IR. This optimized supply-demand structure could provide solid support for IR’s price.
From an ecosystem perspective, Infrared has already established a strong foothold on Berachain, with total value locked reaching $231 million. As native staking and the Dutch auction system roll out, protocol revenue streams will diversify, further reinforcing Infrared’s central role in the ecosystem.
05 Understanding Infrared’s Innovation Through On-Chain Yield
Infrared’s staking and auction systems embody the core principle of "on-chain yield"—earning returns through direct participation in blockchain protocol economic activity.
Unlike traditional centralized finance, on-chain yield offers high transparency, eliminates intermediaries, and can deliver higher potential returns. Infrared’s staking mechanism showcases these advantages: users stake IR to receive sIR and directly participate in protocol revenue sharing, with all processes managed by smart contracts.
Platforms like Gate simplify the user experience and lower technical barriers, enabling everyday investors to access on-chain yield opportunities. For IR holders, this means they can easily participate in Infrared’s staking program on Gate without needing to master complex technical details.
It’s important to note that, unlike traditional liquidity mining—which may expose users to impermanent loss—Infrared’s staking risks are mainly tied to protocol revenue fluctuations and token price changes. Investors should carefully assess their risk tolerance.
On the risk-reward spectrum, Infrared staking sits in the moderate risk category—higher than stablecoin lending, but lower than highly volatile liquidity mining. This makes it an attractive option for investors seeking a balanced approach to risk and return.
With these new features launching in 2026, the IR token will evolve from a pure governance token into a multi-yield composite asset, offering holders a broader range of value capture opportunities.
Future Outlook
As the sun rises, on-chain activity within the Berachain ecosystem is picking up. Infrared’s dashboard shows total value locked steadily climbing, with protocol revenue curves trending upward.
On the sIR holders’ earnings dashboard, figures update in real time—not just a tally of staking rewards, but a direct reflection of every DeFi transaction, every liquidity migration, and every ecosystem application on Berachain.
