Code for Israel develops software products that are truly needed — built with strategic design partners and the experts who know the pain points. Explore our products: ERAS Protocol Manager, Resident Engagement Platform, and AI Communication Boards.
We only develop the products that are truly needed. Every product is built with a strategic design partner, out of true need — not speculation. We don’t guess what you might need; we develop with the actual experts who know the pain points. No need for you to adapt yourself to a product — have a product that was built for your needs.
Design Partner
Schneider Children's Medical Center
An AI-powered platform enabling speech therapists to generate personalized communication boards in under five minutes. Developed with Schneider Children’s Medical Center to reduce distress for hospitalized children and give clinical staff a fast, reliable tool to communicate effectively with every patient.
Read about it in the pressDesign Partner
Wolfson Medical Center
A unified digital system for managing time-sensitive clinical protocols. Originally developed with Wolfson Medical Center for the ERAS recovery protocol after cesarean delivery — preventing missed steps, easing staff coordination, and improving recovery outcomes in a high-volume ward. The platform’s flexible protocol engine adapts to manage other clinical workflows beyond its original design, making it a versatile tool for any department.
Design Partner
City of Yokneam
A digital engagement platform giving residents real-time project status and proactive answers throughout long urban renewal processes. Developed with the City of Yokneam to replace one-off meetings with ongoing trust and transparency — keeping communities informed and engaged from start to finish.
Design Partner
Reuth Rehabilitation Hospital
An LLM-based matching tool helping optimize rehabilitation bed capacity by identifying suitable candidates faster and reducing clinical workload. Developed with Reuth Rehabilitation Hospital to make patient placement smarter and more efficient — getting the right patient into the right bed with less manual effort.
