Schrödinger (SDGR) Q3 2026 Earnings Call Transcript
Schrödinger (SDGR) reported Q3 2026 earnings, highlighting 17% ACV growth and 19% total revenue increase. Key drivers included broader adoption in pharmaceuticals, new product introductions like Bunsen, and growth in biotech and material science sectors. The company raised full-year guidance for ACV and drug discovery revenue. Financials included $44.7M in ACV, $64.5M in total revenue, and a net loss of $38M. Hosted software licensing grew to 45% of software revenue.
How this was made

The 30-second read
Why it matters
Guidance raise reflects strong market adoption of its AI‑driven discovery platform across pharma and material science, likely supporting a bullish price move.
Market read
The earnings call provides fresh guidance that can shift investor expectations for SDGR and related AI‑driven biotech software stocks.
What to watch
Potential execution risk in transitioning customers to hosted licensing could temper revenue growth.
Background
Schrödinger (SDGR) reported Q3 2026 results, highlighting 17% ACV growth, a milestone payment from its amylin program, and the launch of new AI product Bunsen.
Ticker impact
Schrödinger raised its full‑year 2026 ACV guidance to $222‑$232 million, indicating higher growth than previously forecast.
likely upward pressure as investors price in higher revenue expectations
The new guidance is a primary disclosure with material revenue uplift; market typically reacts positively to upside guidance for a growth‑stage biotech software firm.
Market effects
Higher guidance may boost sentiment for AI‑enabled drug discovery and material science software providers.
Primarily affects US biotech/software investors; limited broader market effect.
Shows growing adoption of computational chemistry platforms worldwide.
Counterpoint
If the guidance assumes continued high spend on AI tools, a slowdown in pharma budgets could pressure the stock.
Key entities
- companySchrödinger
AI‑driven molecular discovery software provider.
- partnerTakeda
Received priority review for a co‑invented TYK2 inhibitor.
