Understanding the $PROVE Token’s Economic Flywheel: An ELI5 Explanation Imagine the Succinct Prover Network as a bustling online marketplace where “proofs” mathematical certificates verifying computations without revealing details are traded using the $PROVE token. Powered by the SP1 zkVM, which is 10 times faster than competitors, it simplifies zero-knowledge (ZK) proof creation for blockchain applications like Ethereum L1/L2s and Bitcoin/Solana rollups. This establishes a proving economy where developers pay in $PROVE, GPU operators compete to generate proofs, and stakers earn fees that grow with transaction volume from thousands to billions. The flywheel, a self-reinforcing cycle, operates as follows: • More transactions boost demand and generate higher fees in $PROVE. • Provers must stake $PROVE to participate, locking up supply. • Increased revenue raises staking yields, attracting more stakers. • Growing adoption brings more apps, looping back to higher demand. For instance, Layer 2 networks like Arbitrum and Optimism handle 12 million daily transactions, potentially yielding $43.8 million annually for Succinct, with additional volume from DEXs and bridges. Adoption accelerates this cycle through institutional and enterprise support driving volume through: • Enterprise integrations with millions of users and billions of proofs. • Regulatory compliance needs making ZK essential. • Predictable B2B revenue from high-volume contracts. • Network effects from tech giant adoptions like Google. The time for $PROVE’s flywheel is now