Resumes are self-reported.
Execution is verified.
The enterprise hiring protocol replacing biased interviews with a cryptographic ledger of real-world engineering capability.
The broken paradigm of
technical evaluation.
Software engineering is objective: code either satisfies system invariants under adverse load, or it crashes. Modern hiring processes evaluate subjective resumes instead of verified execution.
Inflated Claims
Over 80% of resumes contain inflated claims and AI-generated fabrications. Traditional screening relies on unverified PDF bullet points that fail to predict whether candidate code can survive distributed concurrency or memory boundaries under production load.
Biased Filtering
Automated Applicant Tracking Systems (ATS) reject elite self-taught, open-source, and non-traditional engineers based on arbitrary keywords and legacy pedigree filters, ignoring executable logic and algorithmic problem-solving entirely.
Slow Cycles
Six-round interview gauntlets, artificial whiteboard LeetCode puzzles, and uncompensated multi-day take-home assignments drain engineering velocity and burn out top talent, all while providing zero cryptographically reproducible evidence of ability.
How cryptographic execution
replaces subjective screening.
A continuous, verifiable hiring loop powered by real code execution, automated adversarial test harnesses, and objective latency rankings.
1. Deploy CI Environment
Enterprise engineering teams publish actual production test harnesses into sandboxed repositories. Challenges define strict latency budgets, microVM memory caps (e.g., 128MB), and adversarial concurrency invariants.
- Targeted engineering roles (Backend, Distributed, AI/ML)
- Automated GitHub test harness integration
- Custom memory and latency thresholds
2. Execute Code
Engineers fork the benchmark repository and submit standard GitHub Pull Requests. Solutions run against public test assertions as well as hidden adversarial invariants designed to expose race conditions and memory leaks.
- Standard GitHub fork-and-PR developer workflow
- MicroVM sandboxed execution sandbox
- Real-world stress and network partition simulations
3. Cryptographic Verification
The Meritual execution engine evaluates the submission, calculates execution time down to the millisecond, and generates an immutable SHA-256 cryptographic proof recorded permanently in the global verification ledger.
- Millisecond-level microVM execution benchmark
- Percentile ranking computed across all global submissions
- Cryptographic SHA-256 warrant minted to candidate profile
4. Direct Interview
Verified companies view candidates ranked strictly by execution speed and algorithmic efficiency. Contact information is unlocked with zero resume screening, enabling direct 1-click interview invitations.
- Real-time ATS pipeline with unblurred candidate contact details
- Zero keyword resume filtering or algorithmic bias
- Direct interview dispatch via integrated communication channels
Stop interviewing imposters.
Start hiring execution.
Eliminate resume screening entirely. Deploy automated test harnesses, benchmark real-world microVM execution latencies, and interview developers who have physically proven their engineering capability.