In the crypto world, a network's value is ultimately determined by its security. A common dilemma facing new public blockchains and infrastructure projects is how to achieve sufficient economic security to protect the network during its initial launch. Deep integration with EigenLayer provides a textbook answer.
Lagrange’s State Committees and ZK Prover Network (LPN) are both built on EigenLayer, leveraging re-staked ETH as their core economic security. This brings several disruptive advantages:
Cold-Start Security: Lagrange doesn’t rely on its native $LA token to have a high market capitalization from day one, but instead immediately has access to a massive security budget backed by billions of dollars in ETH. This solves the chicken-and-egg security dilemma that plagues countless new projects.
Superlinear security: This is a dynamic security model. As the value of the assets the network needs to protect increases, the system can require more nodes to participate and higher stakes to ensure that the cost of an attack always exceeds the potential reward. This represents a qualitative leap compared to the fixed security model of traditional multi-signature bridges.
This integration frees the $LA token from its purely security staking function and allows it to focus more on network governance and utility.
The core value of LA comes from the actual use of the network - all proof tasks are paid for with LA. The more prosperous the ecosystem, the greater the demand for proof.
The stronger the demand for LA, the more secure EigenLayer provides, while Lagrange's ecological applications drive the value flywheel of LA. This is a symbiotic model with exquisite design and huge growth potential.
