AI-Native Scoping Reviews & Evidence Mapping

Ethereum is not simply a blockchain platform—it is a complex programmable ecosystem where security, gas costs, market structure, privacy, and governance determine whether real-world applications succeed or fail. The full review maps the strongest evidence across 250 references and 488 original studies, revealing where Ethereum delivers measurable value, where hidden risks accumulate, and which technical strategies offer the most practical path forward.

Digital democracy can expand participation, strengthen civic engagement, and improve public decision-making—but it can also deepen exclusion, polarization, manipulation, and centralized control. The full review reveals which platforms and governance models genuinely support democratic participation, where algorithmic and security risks emerge, and what must change for digital democracy to deliver on its promise.

Missed appointments are not solved by reminders alone: the strongest signals come from reducing practical friction, shortening access delays, and adding accountable human contact through calls, navigation, scheduling redesign, and targeted outreach. The full read shows which interventions actually improve attendance, where SMS and nudges fail, and how clinics can design barrier-matched systems instead of wasting capacity on generic reminders.

Built on 1,032 linked references, this review maps the full exoskeleton evidence landscape—from stroke and spinal cord injury rehabilitation to occupational support, mobility assistance, human augmentation, control systems, and real-world adoption. The full read reveals where exoskeletons genuinely improve function and reduce physical burden, where benefits remain task- and user-dependent, and which barriers still prevent broad clinical and industrial implementation.

Remote robotic surgery is no longer science fiction: the evidence shows real feasibility across 5G telesurgery, neurovascular intervention, spine surgery, and remote mentoring, but only when latency, bandwidth, redundancy, cybersecurity, and feedback systems are treated as clinical safety infrastructure. The full evidence map shows where remote robotic surgery is already clinically credible, where it remains experimental, and which technical safeguards will determine whether distance-separated surgery becomes a safe medical service or only a technological demonstration.