A year has passed, and I recall the discussions about algorithmic stablecoins that started in 2025. Back then, everyone was asking: Is this time truly different? Or are we just going to repeat past tragedies? Looking back now, the situation is indeed more complicated than expected.

The concept of algorithmic stablecoins itself is quite elegant — no central authority needed, relying purely on smart contracts and supply-demand balance to maintain a $1 peg. Theoretically perfect, but in practice? We all know the answer.

The collapse of Terra’s UST is still vivid in my memory. At the time, the mechanism seemed quite clever, but once trust broke down, the entire system collapsed like a domino chain. LUNA plummeted from the sky to hell, and UST never recovered. That incident exposed the most fatal weakness of algorithmic stablecoins: everything is built on collective confidence. Once confidence wavers, even the smartest algorithms can’t save it.

Interestingly, developers didn’t give up. Over the past year, I’ve noticed a new generation of projects adopting completely different strategies. They’ve learned their lesson and no longer blindly trust pure algorithmic solutions.

What’s the main change? Hybrid models have become mainstream. That is, algorithmic stablecoins are no longer 100% decentralized; they now incorporate actual asset reserves — such as USD, bonds, and the like. The advantage of this approach is that even if the algorithm encounters problems, there are real assets as a last line of defense. Frax is a typical example; its market cap is now $38.63M, and their model has performed relatively stably over the past year.

Another obvious change is transparency. New projects are open source and provide real-time audit reports, clearly indicating where the risks lie. This kind of honesty is crucial for rebuilding investor trust.

Ethena’s USDe is another noteworthy example. Its market cap has reached $5.88B, indicating that the market still has confidence in their hybrid model. The price stays around $1.00, with extremely low volatility (24-hour change of -0.01%), which is quite good for an algorithmic stablecoin.

Projects like Gyroscope, an early-stage project, are trying more dynamic supply control mechanisms, involving not just simple minting or burning but also auctions, derivatives, and other complex tools. Innovation is there, but so are risks.

Honestly, looking at 2026 now, algorithmic stablecoins are indeed evolving, but they are far from becoming mainstream. Fully decentralized stablecoins remain a high-risk gamble. Regulatory environments are changing, and market demand for centralized stablecoins is increasing — this presents both opportunities and challenges for decentralized alternatives.

If you’re considering investing in such projects, my advice is: thoroughly research each project’s mechanism, understand how they handle extreme situations, and see if they truly have sufficient liquidity support. Having good ideas isn’t enough; practical market application and ecosystem support are also essential.

Do algorithmic stablecoins have a future? I tend to say yes, but only if they continue to improve and build truly robust ecosystems. They are still in the stage of proving themselves, requiring time and market validation.