Workshop Leader: Alexander Naslednikov
Place: Mindspace, Tel-Aviv
Alexander Naslednikov conducted a practical workshop for the project teams of Vitamin.vc and participants of the Digital Medicine Forum, focusing on the development and scaling of digital health platforms.
The workshop explored how telemedicine and medical information systems can grow from early-stage products into globally scalable ecosystems. Drawing on his experience building and scaling Med.me and Gbooking, Alexander discussed platform architecture in healthcare, interoperability between patients, providers, and insurers, as well as the role of emerging technologies—including blockchain—in building trusted, large-scale medical services.
Special attention was given to growth strategies for digital health startups, from product–market fit and regulatory navigation to fundraising and international expansion. The session combined strategic insights with practical case studies, offering participants a clear framework for developing sustainable and scalable digital medicine solutions.
Place: Mindspace, Tel-Aviv
Alexander Naslednikov conducted a practical workshop for the project teams of Vitamin.vc and participants of the Digital Medicine Forum, focusing on the development and scaling of digital health platforms.
The workshop explored how telemedicine and medical information systems can grow from early-stage products into globally scalable ecosystems. Drawing on his experience building and scaling Med.me and Gbooking, Alexander discussed platform architecture in healthcare, interoperability between patients, providers, and insurers, as well as the role of emerging technologies—including blockchain—in building trusted, large-scale medical services.
Special attention was given to growth strategies for digital health startups, from product–market fit and regulatory navigation to fundraising and international expansion. The session combined strategic insights with practical case studies, offering participants a clear framework for developing sustainable and scalable digital medicine solutions.
Recently, manufactured steel and aluminum have also been used. The wall may have places to attach belay ropes, but may also be used to practise lead climbing or bouldering. Each hole contains a specially formed t-nut to allow modular climbing holds to be screwed onto the wall. With manufactured steel or aluminum walls, an engineered industrial fastener is used to secure climbing holds. The face of the multiplex board climbing surface is covered with textured products including concrete and paint or polyurethane loaded with sand. In addition to the textured surface and hand holds, the wall may contain surface structures such as indentions (incuts) and protrusions (bulges), or take the form of an overhang, underhang or crack. Some grips are formed to mimic the conditions of outdoor rock, including some that are oversized and can have other grips bolted onto them.