These days, many projects are labeled as "leasing," but upon closer inspection, most of them are just adding an entry point, mainly to lower participation barriers.

However, this approach always feels like scratching an itch without reaching the root—it's solving the "can I get in" problem but not addressing the more critical "can I stay once inside."
@RealGoOfficial's approach is different. It places leasing front and center, not as a short-term gimmick to attract new users, but more like facilitating early matching of assets and behaviors.
In the blockchain gaming circle, there's an ongoing difficult contradiction:
Assets always come out first, but actual user behavior lags behind.
Early asset holders may not necessarily deeply participate in the ecosystem;
Players who genuinely want to play are reluctant to bear high initial asset costs.
If this mismatch continues, the outcome is predictable:
Assets seem to have value, but lack real usage scenarios;
Data shows lively growth, but actual activity density remains low.
The role of leasing here is quite straightforward:
It essentially disassembles "ownership" and "usage rights."
With this, assets don't need to wait for prices to surge to have value; through repeated use, they can generate a foundational return.
Players also don't have to force themselves to become investors first to step into the system.
But the core isn't whether there is a "leasing function," but whether the project team truly treats it as a core pathway.
If it's just an auxiliary feature, the usage rate naturally won't be high;
If usage can't be increased, then the so-called "usage benefits" are ultimately just expectations on paper, unable to materialize.
@RealGoOfficial, at least in terms of design logic, aims to push this forward, encouraging more genuine behaviors to occur early on, rather than waiting for asset prices to spike first.
Behind this lies a more tangible change:
The ecosystem's activity level is no longer entirely tied to the pace of new capital inflows but is increasingly linked to the efficiency of existing assets' usage.
Think about it—when assets can be used continuously, user behavior becomes more consistent, and the feedback mechanism of the entire system can stabilize.