Hybrid R&D Cuts Physical Testing 50% with AI-Driven Labs

Share with friends Discover how AI-driven hybrid labs blend physical and digital experimentation. The traditional dichotomy between computational simulation and physical experimentation is dissolving. In its place, a new paradigm…

61% of R&D Teams Run on Virtual Experiment Software—Why It’s the Core of Future R&D

Share with friends Discover how Simreka’s software powers digital labs for faster, sustainable innovation. The modern R&D landscape is being redefined by a powerful convergence of artificial intelligence, cloud computing,…

Data-Centric R&D Drives Over 30% of New Materials by 2025: The Future of Innovation

Share with friends Learn why data-first lab design is key to AI-driven material innovation. The materials science landscape is undergoing a fundamental transformation. For decades, R&D teams relied on trial-and-error…

Virtual Lab Automation: 41 New Compounds in 17 Days, the Foundation of Smart R&D

Share with friendsExplore how virtual labs powered by AI streamline experimentation and testing. The traditional R&D laboratory—characterized by manual experimentation, sequential testing cycles, and lengthy development timelines—is giving way to…

Slash R&D Carbon by 80% with Virtual Experimentation for Sustainable Products

Share with friends Explore how Simreka’s platform supports lifecycle-aware sustainable innovation. The global imperative for sustainability is reshaping how industries approach product development. In 2024, 99% of manufacturers acknowledge the…

Reverse Simulation Designs Materials From Specs in Minutes

Share with friends See how Simreka’s reverse simulation identifies the best materials from target specs. Traditional R&D follows a linear path: researchers design a material or formulation, synthesize or manufacture…