Comparisons
Balanced, factual comparisons of algebraic verification against common smart contract security approaches, and of the Form language and WASM output against established alternatives. Each page states trade-offs honestly. The authority comes from precision, not persuasion.
Algebraic Verification vs Smart Contract Audits
Verification approach
Human-driven expert review versus compiler-driven algebraic proof. Compares cost, coverage, turnaround, and failure modes. Includes real incident data from Ronin, Wormhole, and Beanstalk.
Algebraic Verification vs Smart Contract Testing
Verification approach
Test suites check specific inputs. Algebraic verification proves over all possible inputs and state sequences. Compares coverage models, maintenance costs, and where each approach excels.
Algebraic Verification vs Traditional Formal Verification
Verification approach
Theorem provers, model checkers, and symbolic execution versus compiler-integrated algebraic verification. Compares expressiveness, accessibility, and development cost.
WASM vs EVM for Smart Contracts
Runtime architecture
WebAssembly as a smart contract target versus the Ethereum Virtual Machine. Compares performance, binary size, language flexibility, ecosystem maturity, and verification friendliness.
Formagine Forms vs Solidity Contracts
Language and toolchain
The Form language versus Solidity as smart contract development approaches. Compares type systems, verification guarantees, ecosystem depth, and output targets with a side-by-side code example.