Adversarial testing framework that executes a deterministic attack corpus against browser extensions in a controlled environment. Observed outcomes are recorded for analysis and documentation.
ASHA ATF builds and replays a deterministic corpus of adversarial scenarios across multiple difficulty tiers and measures blocked vs bypassed outcomes. Professional PDF reports document reproduction steps, artifacts, and an audit trail so results can be verified over time.
A structured corpus of adversarial scenarios designed for browser extensions and wallet-style threat models. Deterministic replay keeps results reproducible across versions and environments.
Runs the same corpus against different builds to confirm fixes and prevent regressions. Differences in outcome are attributable to the change in the software, not test randomness.
Executive summaries, corpus listings, bypass notes, and timestamps. Designed to support internal review, vendor due diligence, and compliance documentation.
Each bypass is recorded with the triggering steps, relevant payloads, and a reproducible replay path. Findings are captured in a format teams can verify and remediate.
Designed for real-browser execution against extension surfaces. Target environments can include Chromium-based browsers and Firefox depending on harness configuration.
Run the identical corpus against multiple products or versions to produce objective comparisons. Results stay comparable because inputs and execution paths are held constant.
ASHA ATF supports teams who need reproducible security validation for browser extensions and adjacent software. It is designed for vendors, auditors, and enterprises that require verifiable outcomes.
Browser extension developers, wallet providers, and security platforms who need to measure and document their detection rates with reproducible evidence. Replace vague claims with verifiable, repeatable results.
Audit firms testing browser extensions can scale from dozens to thousands of scenarios without additional manual effort. Deliver comprehensive replay reports at scale with consistent execution paths.
Exchanges, Web3 platforms, and infrastructure providers who need to validate vendor claims before purchase. Periodic re-testing helps ensure security investments continue to match expectations as software evolves.
Outcomes are categorized per test case (blocked vs bypassed) based on observable behavior. Results are recorded with proof markers and replay logs for verification.
Deterministic replay of the same corpus across builds provides clear before/after verification. Regressions are easy to detect because inputs and timing are controlled.
Optional grading rubric based on configurable thresholds. Teams can map blocked vs bypassed rates to internal standards and reporting requirements.
We are actively developing proprietary systems and methods. Certain designs and mechanisms are protected as trade secrets, with patent applications in process and formal IP filings evaluated where appropriate.
We invite you to book a demo to review evaluation paths, licensing models, and testing scope aligned with your requirements.