DEFENDING ONCHAIN FINANCE

We make formal verification accessible, scalable & affordable.

IN THE AGE OF AI

Defending onchain finance in the age of AI

AI scales attacks. Formal verification is your best defense.

Is your smart contract safe? What formal verification proves

On the record

Formal verification is the new cybersecurity standard.

  • Vitalik Buterin
  • Morpho
  • The White House
  • DARPA
  • AMF
  • ACPR

Six independent voices. Sources, not endorsements.

Read what they said

The assurance gap

Mathematics proves safety.
Audit and AI can’t.

Our technology translates smart contracts and potential attack scenarios into mathematical models with precisely defined security properties.
Our automated proof engines then analyze every possible execution path to determine whether those properties always hold or can be violated.
They establish whether unauthorized behavior is possible or prove it mathematically impossible within the verified model and scope.

Audit & AI

Expert Judgment – Pattern Recognition

Best-Effort Review – Known Vulnerability Detection.

Formal verification

Exhaustive Reasoning – Mathematical Proofs

Each property, including invariants (mathematical rules defining what must always remain true for the smart contract to be secure), is checked across every relevant state of the model, with a clear outcome: proved, violated with a counterexample, or inconclusive.

  • Proved
  • Counterexample
  • Inconclusive

Disclaimer: formal verification provides mathematical guarantees within a model and scope defined and agreed with the client before the engagement. Coverage does not extend beyond that agreed scope.

The Dowsers Shield

Build your defense line. Now.

Four complementary layers from instant static analysis and automated mathematical proofs to custom protocol invariants and collaborative formal verification research.

Automated static analysis

Dowsers Static Analyzer

Security · Compliance · Code Quality · Gas

500+ automated static checks

EVM · Solana · Early CosmWasm & zkVM coverage

Free · 1 click

Run a free analysis

Automated formal verification

ERC Prover

Security · Compliance · Accounting · Access Control

ERC-20 + Stablecoins · ERC-3643 Soon

Mathematical proofs · 1 click

Discuss automated verification

Custom formal verification

Dowsers Safety & Liveness Provers

Safety · Liveness · Critical Protocol Properties

DeFi + Smart Contracts + Blockchain Infrastructure

Mathematical proofs · Custom invariants

Discuss your verification scope

Research & development

Formal Verification Laboratory

Research · Modeling · New Security Properties · New Standards

Protocols + Blockchains + Emerging Use Cases

Custom R&D · Built with you

Build with Dowsers

Why it matters now

Onchain code changes the consequences of software failure.

Smart contracts operate in an environment where code is exposed, execution is adversarial and failure can transfer financial value immediately. AI increases the speed and scale at which that surface can be explored.

Visible by design

Public code

Deployed logic and interfaces can be inspected continuously by anyone—including adversaries.

Tested by attackers

Adversarial execution

Calls, states and protocol interactions can be deliberately combined to expose unexpected behavior.

Failure is financial

Immediate value at risk

An exploitable execution path can become an irreversible transfer of assets—with no recovery window.

Machine-speed search

AI-amplified attacks

AI accelerates how code is analyzed and attack paths are explored. Assurance must scale with it.

Defending onchain finance in the age of AI

PROVE YOUR CODE BEFORE AI-POWERED HACKERS BREAK IT.

Start with a standard token, a critical invariant or the protocol your organisation needs to trust.

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