There is no substitute for functional data.

We design and synthesize NGS-verified pools of millions of protein variants, ready for your high-throughput assay.

Join our early access program

Protein optimization is a search problem.

Three positioning targets contrasting random mutagenesis, low-throughput rational design, and Talaria's high-throughput rational design across sequence volume and variety.

The functional sequence space is enormous, and the signal is sparse. Random mutagenesis scales to millions of variants but stays close to a single parent sequence. Rational design reaches more diverse candidates, but synthesis costs have kept it to small batches. Most of the productive space goes untested.

Designed, synthesized, and verified.

1K–5M

Variants per pool

120–2500 AA

360–7500 BP coding

3–4 weeks

Design to delivery

NGS verified

Every pool

End-to-end workflow: design with AI-guided variant selection, synthesize via in-house DNA synthesis, verify by NGS, and ship as a single pool.

You send us your starting protein. Three to four weeks later, you receive a tube. Your screening platform stays exactly as it is.

Case Study

Case Study: BM3 Hydroxylase

3.2M

Designs

57–97%

AA identity range

3,159–3,297 BP

DNA length

We chose BM3 hydroxylase because it’s a real target — used in industrial biocatalysis — and a hard one. At ~1,075 amino acids, designing and building millions of variants in a single pool is a stress test for the platform.

Early Access Program

Work with us

Fee-for-service. No subscription. No lock-in.

IP transfer fees waived for EAP partners.

Applications open through June 2026.

Apply for early access

Contact

Tell us about your protein and the throughput of your assay. We’ll respond within two business days.

Or email us directly at contact@talariabio.com