This experiment compares standard and nixtamalized lacto-fermented grain to study flavor and fermentation behavior.
This experiment uses diastatic malt to turn stale rye bread into a sweet fermentable syrup base.
This experiment compares roasted grains, brew methods, and roast profiles for a grain-based tea.
This experiment lacto-ferments blueberries to compare acidity, funk, and temperature-driven flavor differences.
This experiment ferments Concord grape juice with mugwort to test a more bitter, herbal kombucha profile.
This note records a cold brew of black oat koji with cherry-like, fruity, and chocolatey flavors.
This experiment lacto-ferments shiitake mushrooms to preserve them and capture a savory acidic brine.
A fast lacto-fermented squash that turned sharply acidic within a few days and likely needs a shorter fermentation.
This experiment compares parallel amazake trials across different koji substrates and incubation setups.
This experiment tests okara as the base for a cultured, plant-based ricotta alternative.
This experiment tests whether pumpkin seed milk can ferment into a thick, plant-based yoghurt.
This experiment compares soy milk pre-treatments to reduce beaniness without sacrificing yield.
This experiment tests sorghum koji while focusing on moisture control during incubation.
This experiment grows koji on soybeans to assess mycelium growth and drying needs.
This experiment compares several soy yogurt ratios and additions to refine texture and flavor.
This experiment compares roasted and unroasted sunflower presscake in a garum-style ferment.
This experiment lacto-ferments snap peas in snap pea juice to preserve texture and deepen pea flavor.
This experiment combines oats, sorghum, and kinako in a high-temperature garum to explore a roasted, savory flavor profile.
This experiment refines a process for growing koji on oats by balancing hydration, grain cracking, and post-steam flouring.
This experiment combines okara and koji to turn a dry soy byproduct into a rich fermented paste.
This experiment blackens oat koji to test its bitterness and chocolate-like potential as part of the coffee project.
This experiment ferments a chamomile leaf infusion with honey and starter liquid into a herbal kombucha.
This experiment ferments garlic scapes in buckwheat honey to see how the drawn-out liquid develops over time.
This experiment cures tofu in a salty koji paste to test a shio-koji-adjacent approach without an extended fermentation.
This experiment lacto-ferments burdock root to test its texture and how it carries smoky heat.
A simple lacto-fermented cauliflower with a clean, acidic flavor and a straightforward lactic profile.
This experiment lacto-ferments celtuce to see how a simple 2% salt ferment changes its flavor.
This experiment lacto-ferments fresh cranberry beans to test texture after a brief pre-boil.
This experiment ferments kohlrabi with maple syrup to compare flavor and texture against a standard lacto ferment.
This experiment compares whole-brined and sliced dry-salted lacto-fermented strawberries.
This experiment tests whether nixtamalized Bloody Butcher corn can be saccharified into an amazake-style drink with wheat koji.
This experiment turns roasted mushroom trim into a garum by combining it with koji for a long enzymatic ferment.
This experiment inoculates anasazi beans with koji, then tests roasting and blackening them as coffee or chocolate substitutes.
This experiment inoculates black beans with koji, then tests roasting and blackening them as coffee or chocolate substitutes.
This experiment tests how sorghum, honey, and maple syrup behave under a long blackening process.
This experiment compares roasted and unroasted canola presscake garums to evaluate their protein-derived umami potential.
A quick lacto-fermented asparagus with crunchy texture, pickle-like acidity, and better flavor after chilling.
This experiment tests a no-salt miso held at high heat to prevent spoilage while enzymatically breaking down the substrate.
This experiment adapts katsuobushi-style preservation to vegetables and maps a simplified first trial.
This experiment ferments roasted honeynut squash trim to see how lacto-fermentation changes both the liquid and dried solids.
This experiment roasts soybeans to test different paths toward a kinako-style powder.
This experiment builds a non-dairy ice cream base from raw peanuts.
This experiment develops a dairy-free soy ice cream base for the Ninja Creami.
This experiment combines cranberry beans, soybeans, and roasted sunchokes into a composite miso paste.
This first iteration uses spelt and tempeh to explore a grain-based burger with meaty texture.
This experiment blackens several koji-inoculated vegetables to compare how each substrate develops under the same process.
This experiment tests whether salted tofu inoculated with koji can develop a cheese-like texture and umami profile.
This experiment uses blended cooked barley and soybeans in a salty lacto-fermentation to explore both the liquid and solid results.
This experiment uses diastatic malt to convert rolled oats into a distinctive grain syrup.
This experiment tests whether soybeans can produce a neutral yogurt suitable for fermentation.
This experiment uses malt to convert grain starches into sugars for plant-based milk alternatives.
This experiment uses malt enzymes to turn stale sourdough bread into a caramel-like syrup.
This experiment turns toasted grits and fresh koji into a fermented paste with a toasty, corny flavor.
This experiment produces a drinkable soy milk as part of the broader plant-dairy project.
This experiment ferments grains in shio koji to mimic the lactic, cheesy qualities of fresh mozzarella.
This experiment tests multiple approaches to making pasta with einkorn flour and cornmeal.
This experiment combines barley and soybeans into an awase-style miso with a distinctly grain-based character.
This experiment blackens buttercup squash to see how the technique reshapes its sweetness and savory depth.
This trial uses leftover carrots to explore a koji-inoculated charcuterie-style preparation.
This process outlines how to grow koji on pearled barley for later experiments.
This experiment lacto-ferments foraged wineberries with salt to draw out their own brine.
This first scratch-made soybean tempeh establishes a baseline for later substrate experiments.
This experiment blackens emmer tempeh over a month to explore sweeter, chocolate-like flavors.
This experiment turns the woody parts of resinous polypore into a savory garum.
This experiment makes tempeh from black emmer using the soybean version as a baseline.
This experiment uses cherries in place of plums to make an umeboshi-style lacto-fermented preserve.
This experiment dries and grinds blackened tempeh into a chocolate-like paste.
This experiment holds tempeh at high heat for an extended blackening to develop deep savory and chocolate-like flavors.
This experiment preserves anise hyssop flowers with salt and koji to build a fragrant cured condiment.
This experiment lacto-ferments strawberries in their own juices with a 2% salt brine.
This experiment combines malt and koji to make a less-sweet oat amazake with a more pronounced malty flavor.
This experiment blackens soybeans with koji to test them as a coffee or chocolate substitute.
This experiment turns carrot greens and koji into a savory garum from what would otherwise be waste.
This experiment lacto-ferments cherries in a light salt brine.
This experiment compares two blackened beet variations to see how koji changes the process and flavor.
This experiment compares three blackened tomato variations to see how salt and koji affect the outcome.
This experiment uses light Munich malt and koji to make a malty, high-temperature garum.
This garum combines oats, light Munich malt, and koji for a long, high-temperature enzymatic ferment.
This experiment lacto-ferments diluted buckwheat amazake to turn some sweetness into acidity while building carbonation.
This experiment uses buckwheat and koji to make a variation on traditional amazake.
This experiment uses freeze clarification to turn cloudy amazake into a clear, wine-like liquid.
This experiment uses rye berries and dried koji to make an overnight amazake.
This experiment blackens koji-treated rye berries, then roasts them to test coffee- and chocolate-like flavors.
This experiment makes cheong from unripe peaches to test whether they yield a compelling sweet-tart syrup.
This experiment infuses vinegar with toasted rye berries to capture the grain's roasted flavor.
Amazake's high glucose content makes it a compelling base for frozen desserts like sorbet, granita, and ice cream.