To guide innovation and investment in this fast-evolving market we took a deep dive into how and where enhanced AI analytics are rapidly improving the capabilities of software-defined sensors.
The report details the challenges and opportunities in converting waste to fuels, chemicals, materials, feed, fertilizer, food, cellulose pulp, and carbon black.
The ongoing transition from fossil fuels to renewable energy has raised the level of interest and investment in zero-emission hydrogen.
The Lux 299 expands the model behind our successful annual ranking of the most transformative technologies, providing daily value to those charged with long-term growth strategy and innovation planning.
Lux's deep dive examines air taxis, flying cars, small regional aircraft, and commercial airliners, highlighting key players and commercialization timelines as well as technology advances and barriers.
Leaders trying to identify key innovative technologies for their industry are often stuck relying on either subjective opinions or an excess of raw data without context or insight.
To get the most out of fast-evolving technologies, it's important to be have easy access to vital information that filters out the clutter and delivers actionable insight.
While the chemicals and materials industry is centuries old, it still requires innovation, particularly in using new digital technologies to drive growth in the face of market challenges.
Head-up display (HUD) technology, which dates back to World War II fighter planes, has evolved to become a centerpiece of the modern automobile.
As more renewable energy is deployed, and stationary storage project owners demand more flexibility from their assets, long-duration energy storage is increasingly seen as a promising solution.
