Beer Brewing

Drone technology in hop farming is one of those agricultural technology applications where the gap between what’s technically possible and what’s actually deployed at scale is closing faster than I expected when I first started following the hop indu

AI-based sensory analysis of beer is the area where I see the most direct near-term impact on how brewing quality is evaluated — more than recipe generation or flavor pairing, because sensory evaluation is the rate-limiting step in quality control …

CBD-infused beer sits at the intersection of two fast-moving markets — craft beer and cannabis-derived products — in a regulatory environment that varies dramatically by country and, in the US, by state.

CRISPR applications in brewing are both more advanced and more nuanced than the general science media coverage suggests.

AI flavor pairing engines for beer are a category I’ve explored out of genuine curiosity about how well algorithmic approaches to flavor combination can perform against the accumulated intuition of experienced brewers.

Nanotechnology applications in brewing filtration are at an earlier stage than most of the other technologies I cover — more research frontier than commercial reality in 2026.

Cryo hops changed my dry hopping practice more than any other ingredient development in the past decade.

Yeast hybrids are one of the most significant developments in brewing yeast availability over the past decade, and the mechanism behind them is elegant enough that I find myself explaining it to other homebrewers fairly often.

Gluten-reducing enzymes became relevant to my brewing when a close friend was diagnosed with celiac disease and asked if I could make beer she could drink.

Brewing with algae extracts is genuinely experimental territory — I’ll be honest that my personal experience here is limited to reading the research rather than hands-on batches.