Resilient Interface gives small biotechs the compute power to explore protein dynamics for valuable drug targets.

Key Benefits

Schematic of a closed protein changing shape to expose a gold pocket

See dynamic targets

Find binding opportunities that static structures can miss.

Protein input branching to three parallel compute nodes

Access more compute

Analyze protein dynamics without building internal infrastructure.

Candidate shortlist with the first entry highlighted and selected

Prioritize valuable targets

Focus drug-design work on promising dynamic binding sites.

Small research team connected to shared compute infrastructure

Built for small biotechs

Use managed computational resources without a large simulation team.

Features

Three successive conformations showing a protein loop opening

Protein dynamics simulation

Explore how protein structures change over time.

Closed and open protein conformations with an exposed pocket highlighted in gold

Hidden-pocket detection

Identify binding sites that appear during motion.

Three candidate protein sites mapped to a prioritized shortlist

Target prioritization

Rank dynamic sites for drug-design investigation.

Submitted protein document progressing through compute processing to a completed report

Managed execution

We operate the computational workflow.

Conceptual protein input leading to an analysis report with a highlighted pocket

Pilot engagements

Contact us to scope a pilot around one protein target.

 

Protein dynamics for small biotechs

Resilient Interface helps small biotechs use protein dynamics to find drug targets that static structures can miss.

NVIDIA Inception Program

40 Years Software

15 Years Marketing

8 years product development

Open Teams Members

The Team