The build vs buy decision

Learn about the most important factors to consider for getting compliant.

The OSTP Framework for Nucleic Acid Synthesis Screening mandates that federally funded entities purchase their synthetic DNA and RNA orders from vendors that screen their sequences and customers.

Providers selling to universities, federal contractors, and directly to federal agencies face a significant strategic decision: Should you build an in-house screening system or purchase a commercial solution?

This guide will walk you through the factors influencing the decision to build or buy a screening system, the impact of the changing regulatory landscape, and how to make the right choice for your business.

Read our primer and screening guide for more information on how the Framework impacts your business and compliance.

In this Article
Key factors influencing the build vs. buy decision
Regulatory landscape
Building an in-house sequence screening system
Making the right choice for your organization
Get started on your screening compliance

Key factors influencing the build vs. buy decision

The factors that influence the decision to build or buy a screening solution will vary from one organization to the next. However, every organization should consider these key factors in their decision:

1. Time to Compliance

  • Developing a minimum viable product for an in-house screening system can take 6 to 12 months
  • Commercial solutions can be implemented in weeks
  • Regulatory deadlines influence the most feasible approach

2. Resource Investment

  • In-house development demands significant engineering and scientific expertise
  • Commercial solutions involve licensing or subscription costs
  • In-house solutions carry hidden ongoing costs including maintenance, updates, and compliance monitoring

3. Compliance Risk

  • Commercial solutions are typically validated against industry standards
  • In-house systems must be updated regularly to match evolving regulations
  • Customer screening and documentation requirements add complexity

Understanding these factors can frame the build versus buy decision based on your organization's specific circumstances in addition to the benefits of control or customization over an in-house system.

Regulatory landscape

The changing regulatory environment for DNA and RNA screening spans multiple frameworks and jurisdictions, with frequent updates impacting compliance requirements:

1. Diverse compliance regimes

2. Accelerating regulatory evolution

This dynamic landscape creates ongoing challenges for screening systems to regularly update and maintain compliance. Teams that choose to build in-house systems must dedicate resources to tracking and implementing new changes, while commercial solutions often offer up-to-date screening through contractual obligations or warranties.

Building an in-house sequence screening system

Building an in-house customer and sequence screening system demands significant attention from leadership, R&D, product, and customer support teams, which can distract from revenue-generating activities.

Customer screening system
While there are many commercially available options for sanctions and watchlist screening, it’s important to consider the time to integrate the software with an in-house biosecurity system and process. This often takes weeks to get right.

Sequence screening system
Developing a minimally viable sequence screening system can take 6 to 12 months. A fully automated approach can take even longer to set up. Without automation, R&D and customer support teams must spend more time fulfilling each order, introducing a cost of its own that needs to be considered when building in-house.

Maintaining a compliance database
As regulations evolve (e.g., biennial reviews of the 2024 White House Screening Framework starting in 2026), systems need regular updates. Challenges include identifying sequences of concern from regulatory documents and refining whitelists to minimize false positives from common genetic engineering tools like TALENs (virulence-associated proteins from controlled plant pathogens) and 2A peptides (proteins from controlled animal viruses like Porcine Teschovirus). Addressing these challenges often requires extensive legal and scientific expertise.

Order and compliance management system
Screening systems must track flagged orders that require action (e.g., filing a license, verifying customer credentials and biosafety, or reporting suspicious activity). With multiple team members responsible for parts of the biosecurity process, it’s especially important to build a system that can reconcile the various compliance states.

Making the right choice for your organization

Your decision should align with your organization's specific circumstances. Commercial solutions typically offer faster compliance, predictable costs, and lower risk. If your team has existing biosecurity infrastructure or expertise and unique screening needs, building in-house might make sense. Starting with a commercial solution can ensure immediate compliance and give your organization flexibility to assess long-term needs as you grow.

Get started on your screening compliance

We’re here to help. Our team can assist you in evaluating your options and finding the best solution for your needs.

Learn how you can reduce your compliance risk and meet federal funding requirements faster by requesting a demo.

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