360º Technology Scan

Layer-by-layer fabrication of living tissues and organs using cells, biomaterials, and growth factors

Large-scale additive manufacturing systems that build structures layer by layer from concrete or composites

3D-printed objects that transform shape or function when exposed to environmental triggers

Encodes data in glass using five dimensions for ultra-dense, millennia-stable archival storage

Next-generation wireless with terabit speeds, sub-millisecond latency, and AI integration

Robotic spacecraft that capture and de-orbit defunct satellites and orbital debris

AI systems that autonomously plan, decide, and adapt to achieve goals without constant human input

Machine learning algorithms creating novel proteins with specific functions for medicine and industry

Systematic evaluation of AI systems for bias, fairness, compliance, and performance

Urban communication infrastructure that routes data entirely as light, eliminating electronic conversion bottlenecks

AI systems that exceed human intelligence across all cognitive domains and capabilities

External systems that sustain fetal development outside the human body

AI systems that analyze city data to recommend or automate urban policy decisions

AI-driven systems that monitor and verify regulatory adherence in real time

Self-monitoring infrastructure that detects issues and triggers automated repairs using AI and IoT sensors

AI-powered sensor networks that track environmental metrics across cities in real time

Computing systems that integrate living neurons with electronic interfaces for adaptive processing

Design methodology that applies nature's proven strategies to solve human engineering and sustainability challenges

Generating electricity from wind through oscillating structures instead of rotating blades

Blockchain-secured IoT networks for transparent manufacturing and supply chain tracking

Surgically implanted devices that record and stimulate neural activity for prosthetic control and function restoration

Nanoscale transistors using carbon nanotubes as the channel material for sub-5 nm electronics

Concrete mixed with conductive carbon to store and discharge electrical energy in buildings

One-dimensional carbon chains potentially stronger than diamond with high conductivity