Cradle Bio vs Saluda Medical
Side-by-side comparison of AI visibility scores, market position, and capabilities
Cradle provides an AI platform for protein engineering that accelerates the design of improved enzymes, antibodies, and other biologics for industrial and therapeutic use.
About
Cradle Bio is an AI protein engineering company founded in 2021 in Amsterdam, having raised $73M to build an AI-powered protein design platform. The platform combines generative AI with wet-lab experimentation to accelerate the iterative process of engineering proteins with improved stability, activity, and manufacturability. Cradle's technology enables researchers to design thousands of protein variants computationally and prioritize those most likely to succeed in laboratory validation, compressing protein engineering timelines from years to months. The company serves both industrial biotechnology customers engineering enzymes for biomanufacturing and pharmaceutical companies developing next-generation antibody therapeutics. Cradle partners with contract research organizations and biopharmaceutical companies to integrate AI-assisted protein design into existing discovery workflows. The company has been recognized as a leader in the European deep tech ecosystem and positions protein engineering AI as enabling a new era of designed biologics for medicine and sustainable manufacturing.
Saluda Medical is the pioneer of closed-loop spinal cord stimulation (SCS); FDA-approved Evoke SCS system with real-time neural feedback; raised $100M in Jan 2025; received FDA clearance for automated EVA programming platform.
About
Saluda Medical is a commercial-stage medical device company that has pioneered closed-loop neuromodulation therapy for chronic pain management. Headquartered in Macquarie Park, Australia (with US operations in Marlborough, Massachusetts), Saluda''s flagship product is the Evoke Spinal Cord Stimulation (SCS) System — the world''s first SCS system that senses and measures neural responses to stimulation (evoked compound action potentials, or ECAPs) and automatically adjusts therapy in real time based on each patient''s neurophysiological feedback. This closed-loop approach provides more precise, consistent pain relief compared to conventional open-loop SCS systems.
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