Workers IO
Official@workersio · United States of America
Virtual environments that simulate production scenarios, and expose hard-to-find bugs with perfect reproducibility.
Agent Skills by Workers IO
Showing 10 vetted skills indexed across 2 GitHub repositories.
workersiokage
Manage isolated Docker pentest environments with container lifecycle commands.
workersioagentmail
Manage email inboxes, messages, and attachments via API for AI workflows.
workersioworkers-app-tester
Decompile APKs, intercept traffic, and analyze Android apps on rooted devices.
workersiokani-proof
Develop and verify Kani-based formal proofs for Rust programs.
workersioaudit-context-building
Analyze codebases function-by-function to build architectural context for audits.
workersiofuzzer
Automates coverage-guided fuzzing of C/C++, Rust, and Go targets.
workersioskill-benchmark
Benchmark Claude Code skills against baselines using controlled eval sessions.
workersioaxiom-verify
Verify Lean 4 proofs via the Axiom Axle API.
workersiosolana-audit
Identify and score security vulnerabilities in Solana programs using a multi-phase audit workflow.
workersiosave
Convert an active conversation into a reusable YAML agent file.
Frequently Asked Questions About Workers IO
FAQPage SchemaWhat specific security tasks can be performed using Workers IO?▼
Users can perform deep security analysis including Android APK decompilation, traffic interception on rooted devices, and multi-phase vulnerability scoring for Solana programs. Additionally, the platform supports coverage-guided fuzzing for C, C++, and Go, alongside formal verification of Rust programs and Lean 4 proofs.
Which engineering personas benefit most from these capabilities?▼
Security researchers, smart contract auditors, and systems engineers focused on formal verification benefit from these capabilities. The platform is designed for professionals requiring high-fidelity, reproducible environments to identify complex bugs, verify code correctness, and conduct rigorous security assessments on diverse software targets.
What are the prerequisites for running these security environments?▼
Execution requires a containerized environment capable of managing Docker lifecycles for pentesting. Users must have the target source code or binary available, such as APK files for mobile analysis or Rust/C/Go codebases for fuzzing and formal verification, alongside the specific verification engines like Kani or Lean 4.