Codex DNA, Inc. (DNAY) Bundle
Founded in 2013 and headquartered in San Diego, California, Codex DNA, Inc., now operating as Telesis Bio and traded under the ticker DNAY, has built a reputation around its automated BioXp™ system-an innovative workstation that enables rapid DNA and mRNA synthesis-and delivers multi-omic and synthetic biology solutions used in drug discovery, precision medicine, and DNA data storage; guided by a mission to apply breakthrough technologies for "designing and building DNA" to tackle humanity's biggest challenges, a vision to democratize DNA as a fundamental tool across biotechnology and healthcare, and core values of innovation, integrity, collaboration, customer-centricity, excellence, and sustainability that drive its global customer base and product development efforts.
Codex DNA, Inc. (DNAY) - Intro
Overview- Founded: 2013; Headquarters: San Diego, California.
- Public listing: traded under ticker DNAY (Telesis Bio / formerly Codex DNA).
- Core technology: automated multi‑omic and synthetic biology platforms, best known for the BioXp™ automated DNA/mRNA synthesis workstation.
- Applications: drug discovery, precision medicine, synthetic biology workflows, DNA data storage, and academic research.
- Customer footprint: global research organizations, biotech and pharma companies, and academic labs across North America, Europe, and Asia (serving an estimated several hundred customers worldwide).
- Mission - Democratize access to rapid, high‑quality DNA and mRNA construction through automation and integrated multi‑omic tools, enabling faster iteration in research and therapeutic development.
- Vision - To be the automation backbone for synthetic biology and multi‑omic workflows worldwide, accelerating translational discoveries and industrial adoption of engineered biology.
- Core values:
- Innovation: continuous development of automated synthesis and analytics platforms.
- Reliability: reproducible, high‑quality nucleic acid products and data integrity.
- Customer focus: responsive service and workflows tailored to researcher throughput needs.
- Scalability: solutions designed to move from benchtop R&D to larger scale discovery and production pipelines.
- Ethics & safety: responsible use of synthetic biology in compliance with applicable biosafety and regulatory frameworks.
- BioXp™ system - an automated benchtop workstation enabling rapid, on‑demand synthesis and assembly of DNA fragments and mRNA constructs to support design‑build‑test cycles.
- Multi‑omic integration - platforms and workflows that support nucleic acid synthesis, library construction, and downstream sequencing or expression studies.
- Data‑driven services - custom DNA/mRNA production, design assistance, and workflow automation to accelerate time‑to‑screen for drug discovery and precision medicine programs.
| Metric | Value (approx.) |
|---|---|
| Founding year | 2013 |
| Headquarters | San Diego, CA |
| Public ticker | DNAY |
| Estimated employee count | ~50-150 |
| Customer reach | Several hundred organizations globally |
| Typical BioXp throughput | Rapid synthesis workflows enabling dozens to hundreds of constructs per run (application‑dependent) |
| Primary market applications | Drug discovery, precision medicine, DNA data storage, synthetic biology R&D |
- Revenue profile: historically modest commercial revenues as the company scaled product placements and service offerings; revenue generation driven by instrument sales, consumables, and custom service work (see investor resources for current exact figures).
- Capital markets: publicly traded under DNAY, with financing and equity activity used to support R&D, commercial expansion, and product development investments.
- Commercial strategy: grow recurring revenue via consumables and service agreements tied to installed BioXp base and broaden addressable markets through multi‑omic integrations and partnerships.
- Installed base growth - placement of automated workstations in academic and commercial labs is a key indicator of adoption and recurring consumable revenue.
- Consumable/order repeatability - recurring orders for reagents and kits reflect workflow integration into customers' pipelines.
- Throughput and turnaround time - shorter design‑to‑product cycles enabled by automation bolster value to drug discovery and precision medicine customers.
Codex DNA, Inc. (DNAY) - Overview
Mission Statement Codex DNA, Inc. (DNAY) advances synthetic biology by designing and building DNA to address major global challenges in health, agriculture, and sustainability. The company's mission centers on applying breakthrough technologies for DNA design, synthesis, and automation to accelerate scientific discovery and enable new modalities in therapeutics, diagnostics, and industrial biotechnology. Vision Codex DNA envisions a world where accessible, precise, and scalable DNA synthesis and design platforms empower researchers and companies to solve pressing human and planetary problems - from rapid vaccine development to engineered crops and sustainable biomanufacturing. Core Values- Innovation: continuous investment in automation, enzyme engineering, and software to push the boundaries of DNA design and synthesis.
- Scientific Rigor: reproducible, high-fidelity products and workflows that meet research and clinical standards.
- Accessibility: lowering technical and cost barriers so more organizations can design and build genetic material.
- Ethics & Safety: responsible stewardship, biosecurity, and compliance with regulatory frameworks.
- Collaboration: partnering with academic labs, biotech companies, and industrial partners to scale impact.
- Platform development: integrated hardware + software solutions for gene assembly and oligo synthesis.
- Product portfolio: automated gene synthesis instruments, proprietary enzymes/reagents, and cloud-based design software.
- Customer segments: life-science researchers, biotech startups, pharma R&D, and industrial biotech firms.
- Partnerships & licensing: co-development and distribution agreements to expand market reach and applications.
| Metric | Value |
|---|---|
| Founded | 2007-2010 (company origins in late 2000s) |
| Employees (approx.) | ~100-200 |
| Reported Annual Revenue (example year) | $4-8 million (historical range for small synthetic-biology tool vendors) |
| Total Capital Raised (cumulative) | Dozens of millions USD (venture and private financing rounds) |
| Core product lines | Automated gene synthesis instruments, reagents/enzymes, cloud design software |
- Throughput & accuracy: platform upgrades have targeted multi-kilobase constructs with error rates reduced via enzyme and software improvements.
- Time-to-product: automated workflows aim to cut gene assembly cycles from weeks to days for many constructs.
- Addressable market: synthetic biology and gene synthesis markets are measured in billions USD globally, with annual growth rates often cited in the double digits.
- Design + Build synergy: integrating intuitive design software with automated synthesis hardware to shorten R&D cycles for customers.
- Scalability: product roadmaps prioritize throughput and cost-per-base reductions to address large-scale biological challenges.
- Application breadth: enabling work across therapeutics (e.g., vaccine and gene-therapy research), agricultural biotech, and industrial enzymes/chemicals.
Codex DNA, Inc. (DNAY) - Mission Statement
Codex DNA, Inc. (DNAY) envisions DNA as a foundational technology embedded across biotechnology, healthcare, and synthetic biology workflows. The company's mission centers on transforming DNA from a specialized reagent into a broadly accessible platform - lowering barriers of cost, scale, and technical complexity so organizations of all sizes can design, build, and deploy genetic constructs reliably and affordably.- Democratize access: drive down per-base synthesis cost and turnaround time to enable small labs, startups, and educational institutions to use DNA-driven solutions.
- Integrate DNA as a fundamental tool: position DNA workflows as core, interoperable components across drug discovery, diagnostics, industrial biotech, and research.
- Scale and reach: expand product lines and global distribution to ensure consistent access in major markets and emerging regions.
- Accessibility - Reduce effective per-base cost and create subscription/consumable models to bring routine DNA access to organizations with modest budgets.
- Performance - Deliver synthesis fidelity, turnaround time, and length capabilities that match or exceed industry benchmarks for complex constructs.
- Adoption - Grow customer base across academia, biopharma, and industrial biotech through platform partnerships and open APIs.
- Global footprint - Establish distribution and support in key life-science hubs worldwide to reduce logistical friction and compliance risk.
| Metric | Value / Target | Why it matters |
|---|---|---|
| Global DNA synthesis market size (2024 est.) | $4-8 billion | Indicates total addressable market for platforms and services |
| Projected CAGR (2024-2030) | ~12-15% | Market growth driven by synthetic biology and therapeutics |
| Turnaround time goal (queuing to delivery) | 24-72 hours for standard oligos; days-weeks for long constructs | Operational competitiveness and customer experience |
| Target per-base cost reduction | Decrease 30-60% vs. legacy methods over 3-5 years | Makes routine design-build-test cycles affordable |
| Throughput target (platform capacity) | Millions of bases per month per manufacturing node | Supports scale for commercial customers and panels |
| Regulatory & quality benchmarks | ISO-like manufacturing controls; documentation for GMP clients | Enables adoption by clinical and industrial users |
- Platform development - invest in automation, enzyme engineering, and error-correction to improve fidelity and length of synthetic DNA products.
- Pricing models - introduce tiered and subscription offerings to democratize access for small labs while serving enterprise clients with higher-volume contracts.
- Partnerships - collaborate with instrument makers, CROs, and cloud-bio platforms to embed DNA services into larger workflows and marketplaces.
- Global distribution - build regional logistics and support to reduce lead times and regulatory friction for international customers.
| KPI | Operational Definition | Target |
|---|---|---|
| Customer adoption rate | Net new paying customers per quarter | Double year-over-year growth for first three years of scale-up |
| Revenue mix | Platform hardware vs. consumables vs. services | Shift toward >50% recurring consumables/subscription revenue |
| Order fulfillment time | Median days from order to shipment | Reduce to industry-leading 1-3 days for standard products |
| Product defect/failure rate | % of orders requiring rework or replacement | Maintain <2-5% depending on product complexity |
| Geographic coverage | Countries with direct sales/support | Expand to 20+ countries within target regions |
- R&D - enzyme discovery, automation, and software for sequence design and QC to improve yield and lower cost-per-base.
- Manufacturing - modular production nodes to scale throughput while maintaining quality, with regional hubs to shorten delivery windows.
- Commercial - sales expansion into academic consortia, biotech startups, and biopharma partnerships to broaden use cases.
- Compliance & quality systems - build documentation and processes enabling clinical- and GMP-grade supply chains.
| Area | Implication | Typical timeline |
|---|---|---|
| Capital intensity | Automation and manufacturing scale require significant upfront CAPEX | 2-5 years to amortize initial nodes |
| Revenue cadence | Consumables and services provide recurring revenue; instrument sales are lumpy | Recurring mix grows over 3-7 years |
| Unit economics | Lower per-base costs improve gross margins as volumes increase | Margin inflection expected after breakeven volumes achieved |
Codex DNA, Inc. (DNAY): Vision Statement
Codex DNA, Inc. (DNAY) envisions a future where accessible, high-throughput, and error-free DNA synthesis accelerates breakthroughs across therapeutics, diagnostics, agriculture, and industrial biotechnology. The company's vision centers on democratizing synthetic biology by removing technical bottlenecks and enabling faster design-build-test cycles for researchers and companies worldwide.- Drive adoption of end-to-end automated DNA assembly platforms that shrink timelines from months to days.
- Enable partners and customers to scale biologics and engineered organisms with reproducible, high-fidelity DNA products.
- Promote ethical and sustainable practices across the synthetic biology value chain.
Mission Statement
Codex DNA's mission is to deliver reliable, scalable, and ethically produced DNA synthesis and automation solutions that empower scientists and engineers to solve pressing global challenges. The mission focuses on accelerating research throughput, improving sequence accuracy, and lowering per-base costs through innovation in enzymatic synthesis, automation, and digital workflow integration.| Mission Pillar | Operational Focus | Representative Metric / Goal |
|---|---|---|
| Technology Leadership | Develop next-generation synthesis platforms and software tools | Increase per-run throughput and reduce error rates (platform targets set by R&D roadmaps) |
| Customer Impact | Deliver reliable service, flexible offerings, and fast turnaround | Shorten average order-to-delivery timelines and improve customer NPS |
| Ethics & Compliance | Maintain regulatory compliance, biosafety, and transparent governance | Adherence to industry standards and internal audit pass rates |
| Sustainability | Reduce environmental footprint of synthesis operations | Lower energy and reagent consumption per base synthesized |
Core Values
- Innovation - Innovation is a core value at Codex DNA, driving development of novel DNA synthesis and bioengineering solutions, including automation, enzymatic chemistry, and integrated digital workflows.
- Integrity - Integrity underpins transparent communication with stakeholders, rigorous data provenance, and ethical decision-making in procurement, partnerships, and customer interactions.
- Collaboration - Collaboration promotes cross-functional teamwork internally and strategic partnerships externally, accelerating product development and customer success.
- Customer-Centricity - Customer-centricity emphasizes understanding user workflows, delivering dependable service levels, and tailoring solutions that reduce time-to-answers for research and production teams.
- Excellence - Excellence drives continuous improvement in manufacturing quality, software reliability, and scientific rigor to maintain competitive leadership in the biotechnology sector.
- Sustainability - Sustainability reflects focus on long-term societal and environmental impact, from responsible supply chain choices to minimizing waste and energy use in operations.
How Values Translate Into Measurable Actions
- R&D investment prioritization: direct resources to platform improvement and error reduction, with milestone-based funding for projects demonstrating >x% improvement in fidelity or throughput (per internal KPIs).
- Quality systems: implement documented SOPs and QA metrics that track batch-level sequence accuracy, customer return rates, and instrument uptime.
- Partnership metrics: target strategic alliances with academic labs, CROs, and industrial partners to expand application footprint and co-develop protocols.
- Customer support KPIs: monitor turnaround time, first-pass success rates, and customer satisfaction scores to drive product and service enhancements.
- Sustainability targets: set measurable reductions in reagent consumption and energy per synthesized base and report progress in environmental metrics.
Selected Strategic Metrics and Benchmarks
| Area | Key Metric | Typical Industry Benchmark / Target |
|---|---|---|
| Sequence Fidelity | Per-base error rate | Industry targets aim for low errors (platform-specific benchmarks drive continuous improvement) |
| Throughput | Bases or constructs per run | Scalable platforms aim to increase constructs per week to meet customer demand |
| Turnaround Time | Order-to-delivery (days) | Compressed timelines (days versus weeks) as a competitive differentiator |
| Customer Satisfaction | NPS / CSAT scores | Targets set to improve year-over-year through service and product enhancements |
Governance, Compliance, and Ethical Oversight
- Codex DNA maintains policies for responsible use and access control to DNA synthesis services and enforces customer verification aligned with industry best practices.
- Internal compliance programs and third-party audits ensure adherence to biosafety, export control, and data protection regulations.
- Decision-making bodies prioritize transparency and stakeholder engagement to align business growth with societal expectations.

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