Two powerful tools for modern biosecurity compliance — real-time DNA sequence hazard screening and AI-powered dual-use research risk analysis.
Submit any DNA sequence and receive an instant synthesis permission decision — Granted or Denied — backed by the SafeDNA hazard database covering select agents, toxins, and potential pandemic pathogens. Your sequences are never exposed thanks to cryptographic privacy protocols.
Instantly screen against the SafeDNA hazard database covering select agents, toxins, and potential pandemic pathogens.
Your sequences are never exposed. SafeDNA uses cryptographic protocols so hazard databases can be queried without revealing sequence content.
Explore results with hit region maps, organism breakdowns, and nucleotide-level hazard annotations.
Download formatted PDF reports for compliance records or export machine-readable JSON for downstream workflows.
Audit trail of all screening requests with filterable history, status tracking, and result archiving.
Generate time-limited shareable links to send results to external collaborators without requiring login.
Upload a research paper, lab protocol, or proposal and our AI engine evaluates it against all 15 US Policy DURC categories — detecting research that could be misused to enhance pathogen transmissibility, virulence, drug resistance, or immune evasion.
Large language model evaluates research against all 15 US DURC policy categories with evidence-backed concern identification.
Upload PDF or DOCX files with automatic text extraction. Scanned documents are processed via Tesseract OCR.
Extract text from scanned PDFs in English, French, German, and Arabic with confidence scoring per language.
Quantified risk score with Low / Medium / High / Critical classification and visual gauge for instant comprehension.
Actionable safety recommendations ranked by priority — from lab containment upgrades to publication redaction guidance.
Generate formatted PDF reports with risk score, concern evidence, and recommendations ready for institutional ethics review.
Upload or paste any scientific manuscript and our AI engine scans it for information hazards — passages that could enable harm if widely disseminated — using Nick Bostrom's 10-type infohazard taxonomy. It flags each passage and rewrites it in safe, public-friendly language.
“We synthesized the pathogen using the following step-by-step protocol...”
“The agent demonstrated 95% lethality in the murine model at 10³ PFU...”
“Our findings suggest airborne transmission could be achieved by...”
“We characterized the pathogen using established laboratory methods consistent with BSL-3 protocols. Virulence parameters were assessed in accordance with institutional biosafety guidelines.”
Classifies passages across all 10 infohazard types: data, idea, template, attention, signaling, evocation, enemy, competitiveness, development, and norm hazards.
For every flagged passage, the AI generates a safer science communication alternative that conveys the scientific finding without the hazardous specificity.
Each flagged passage receives an individual severity rating (Low / Medium / High / Critical) with a detailed explanation of why it poses a risk.
Generates a complete safe public communication version of the manuscript summary — ready for press releases, lay summaries, and public outreach.
Export a structured PDF report with all flagged passages, hazard types, safe alternatives, and mitigation advice for ethics board or institutional review.
Each flagged passage includes specific mitigation advice — from redaction recommendations to suggested institutional review steps and publication restrictions.
Choose the right tool for your biosecurity workflow.
All three tools share enterprise-grade infrastructure.
Every DURC analysis at Medium risk or above automatically generates a binding smart contract, calculates an insurance premium, and opens an escrow account — creating an immutable, auditable compliance trail.
When a DURC analysis completes at Medium risk or above, a smart contract is instantly created with a composite risk score derived from technical complexity, accessibility, misuse potential, and consequence severity.
A risk-adjusted insurance premium is calculated using base rate × risk score × exposure factor × compliance multiplier. Coverage amounts scale from $50,000 (Medium) to $2,000,000 (Critical) research.
An escrow account is opened per researcher. Penalty deductions are made automatically when violations are filed. Balances are visible in real time on the Smart Contract Dashboard.
Every contract event — creation, activation, violation, resolution — is appended to a hash-chained audit ledger. Each block references the previous hash, making the record tamper-evident and fully auditable.
Violations are classified into four escalating tiers based on severity. Penalties are deducted directly from the researcher's escrow account.
Minor procedural non-compliance. Formal written warning issued. Corrective action plan required within 30 days.
Significant policy violation. Financial penalty + mandatory biosafety training. Research may be paused pending review.
Serious breach of DURC obligations. Research suspended. Institutional review board notified. Regulatory reporting may be required.
Critical violation with potential public safety implications. Maximum financial penalty. Permanent platform exclusion. Mandatory regulatory disclosure.
Smart contracts are automatically created for Medium, High, and Critical DURC analyses.
Universities, research institutes, and biosafety committees can request institutional licensing, API integration, or a live demo. We respond within 2 business days.
Everything you need to know about SafeDNA, biosecurity screening, and DURC compliance.
Free access to DNA Sequence Screening, DURC Analysis, and Infohazard Detection. Sign in to get started.