Behaviour verification at planetary scale.

DamageBDD lets humans describe expected software behaviour in plain language, then verify that behaviour against real systems.

It is built around Gherkin, BDD, high-scale execution, cryptographic accountability, and machine-readable evidence.

Feature: Public API health

  Scenario: The service is reachable
    Given I am using server "https://damagebdd.com"
    When I make a GET request to "/version/"
    Then the response status must be "200"

DamageBDD turns behaviour into executable verification.

Instead of hiding quality behind specialist test tooling, DamageBDD lets product owners, engineers, auditors, operators, and customers define what a system must do in language everyone can read.

If the behaviour can be defined, DamageBDD can verify it.

• BDD execution using human-readable Gherkin feature files
• HTTP/API verification with reusable steps for requests, headers, JSON, YAML, status codes, and response bodies
• Load and scalability testing through concurrent execution
• Regression verification for CI/CD pipelines
• Cryptographic result publishing for durable evidence
• Bitcoin Lightning aligned execution economics
• Aeternity smart-contract integration
• Damage node execution for distributed verification work

Modern software systems fail when behaviour is assumed instead of verified.

DamageBDD makes behaviour explicit, repeatable, and accountable.

It gives teams a shared language for quality, while giving infrastructure a way to prove that work was executed.

Damage Token is not a yield promise.

It is an execution utility: a fee mechanism for behaviour verification, node execution, and contract-backed verification workflows.

Value is unlocked when behaviour is verified and execution is completed.

• Engineering teams
• CTOs and founders
• Auditors
• DevOps and platform teams
• Security-conscious organizations
• Distributed node operators
• Bitcoin-first builders
• Anyone who needs proof that software behaves as claimed

This organization contains the core DamageBDD platform, Erlang services, execution steps, blockchain integrations, Lightning/NWC tooling, node registry logic, and behaviour contracts.

Software quality should not depend on trust.

It should be described clearly, executed repeatably, and recorded honestly.

Define the behaviour. Run the verification. Record the damage.