For high and lasting energy, the biggest effects come from the fundamentals: great sleep, low-carb or slow-carb meals, and caffeine at the right time. Get these right first.
Everything else is optimization on top. Supplements are exactly that — a supplement. They can support performance, but they will only get you so far.
Efficiency is the most important aspect of this entire framework. It only creates value if you actually do it — and you will only do it long-term if it is extremely easy and requires less time and effort than your previous nutrition habits.
The goal is a system that runs on autopilot.
Therefor set up automatic orders for all supplements, so refills happen without maintenance or mental load. Also get yourself small supplement boxes (for example GoStak containers) so you can prep everything once per week instead of making decisions every day.
With this setup, it takes only 30–45 minutes on the weekend to prepare all the boxes for the entire week. Daily lunch prep takes around 10 minutes. In total, you spend roughly 15 minutes per day on nutrition — while running a protocol that maximizes energy, recovery, and long-term health.
Optimization Function #1
Sleep quality is so essential because it controls recovery, hormone regulation, immune function, glucose control, and cognitive performance. Poor sleep directly degrades discipline, increases cravings, lowers impulse control, and reduces willpower. Sleep determines if you can consistently stick to this protocol and other frameworks.
Late digestion disrupts deep sleep. A full stomach close to bedtime increases core temperature, reflux risk, and sleep fragmentation, so aim to finish your last meal 4+ hours before sleep.
Caffeine's half-life is ~6 hours. The last dose should be ~12 hours before bed, which means you still have roughly 25% of the caffeine in your system when you go to sleep. Delaying intake by 90 minutes after waking also avoids stacking it on top of the natural cortisol awakening response and reduces the midday crash.
Additionally magnesium, L-theanine, and taurine in the pre-sleep stack reduce nervous system arousal and make it easier to transition into deep sleep.
Optimization Function #2
High blood glucose causes several problems: after a rapid spike, the body responds with a large insulin pulse to clear it. That can overshoot and drive glucose down quickly, leading to an energy crash. Over time, a consistently high glucose baseline increases the risk of insulin resistance, visceral fat gain, fatty liver, and cardiovascular issues.
Therefore, optimize for a stable blood sugar curve. Fiber and fat slow digestion and gastric emptying, so glucose enters the bloodstream more gradually and insulin stays smoother. That's the difference between low carb (less total glucose) and slow carb (slower absorption).
For extra stability, ceylon cinnamon in the smoothie improves insulin sensitivity, and vinegar with lunch lowers the glucose peak by slowing carb digestion.
Optimization Function #3
Cells accumulate damage over time and can become senescent ("zombie") cells that drive chronic inflammation. The body's internal cleanup program is autophagy, which breaks down damaged components and recycles them into usable building blocks.
When nutrients are coming in, the body runs in growth mode: it repairs tissue and builds muscle using external energy and amino acids. This mode is driven by mTOR, activated by protein, calories, and insulin. When nutrients (and especially protein) are low, mTOR drops and the body switches into recycling mode.
In this protocol, you consume protein after training to deliberately switch into growth mode, but keep overall intake modest so you still return to recycling mode during the fasting window. Autophagy is further supported with targeted compounds like curcumin, broccoli extract, fisetin and spermidin in the pre-sleep stack.
Optimization Function #4
High levels of oxidative stress via reactive oxygen species (ROS) over time damage lipids, proteins, and mitochondria, increase inflammation, and slow recovery. Antioxidants help by reducing this chronic oxidative load and supporting long-term cardiovascular, brain, and metabolic health.
At the same time, ROS are not purely negative. Exercise and fasting both rely on a short-lived ROS spike as a signal for adaptation and cellular cleanup. This is why timing matters: around training and during fasting you want to preserve the beneficial ROS pulse, not suppress it.
For that reason the smoothie contains many antioxidants from berries, greens, and cocoa as well as additional vitamin C, NAC, and astaxanthin, but it should be taken 4h away from the workout. This preserves the ROS-driven adaptation signal while still reducing oxidative stress across the day.
Optimization Function #5
Some nutrients are absorbed best on an empty stomach, because they compete with food, bind to fiber, or rely on specific transport mechanisms. Those fit best into the morning kickstart or pre-sleep stack.
Others are fat-soluble and require dietary fat for proper uptake. This is why fat-dependent compounds like vitamin D3, CoQ10, and astaxanthin work best with the smoothie (or alongside fish oil).
Immediately after waking. The purpose is rehydration and cellular activation on an empty stomach, giving you the right foundation to start the day.
Water: Start with hydration. Sleep always causes mild dehydration, which directly impacts focus and energy. 500 ml of water after waking is the foundation for performance.
Zinc: Essential for immune function and recovery. Absorption is best on an empty stomach without fiber, which makes the morning kickstart the ideal timing.
Vitamin B Complex: One of the most important foundations for mental performance. B vitamins are directly involved in energy metabolism and neurotransmitter production — supporting ATP conversion, nervous system stability, mental clarity, and stress resilience.
Electrolytes: Especially sodium, stabilize circulation and resilience — particularly during fasting or training. They reduce stress-cortisol spikes and noticeably improve focus.
NMN: Supports the NAD⁺ system, a central axis for mitochondrial energy production and cellular efficiency. Acts as a clear daytime signal and supports repair and longevity processes.
CA-AKG: Supports metabolic efficiency, epigenetic regulation, and cellular repair programs. Best taken in the morning as it has an activating effect.
L-Tyrosine: As a precursor of dopamine and noradrenaline, it protects focus under stress and boosts output in intense phases.
Creatine: One of the most powerful and well-researched supplements for physical and cognitive performance. Acts as an ATP buffer, improving strength, mental energy, and long-term output.
Immediately after training. Everything the body needs for optimal recovery, replenishing energy stores, and enabling long-term adaptation.
Banana: Eaten before your shake, it refills glycogen stores and creates a mild insulin spike that improves amino acid uptake into muscle cells.
Protein Powder: Provides the raw material for muscle repair and long-term resilience. A post-workout shake is the simplest way to hit a high-quality protein dose immediately after training.
Creatine: One of the most proven supplements for strength and ATP production. Supports physical output and cognitive performance, making it a strong daily baseline.
L-Arginine: Supports nitric oxide production, improving blood flow and high-intensity sprint endurance. Useful in competition phases, but optional and not a daily default.
About 90 minutes after waking, after the natural cortisol peak so it works as a performance amplifier. No caffeine after lunch to ensure it is out of your system by evening.
Green tea is preferred over coffee because it naturally contains L-theanine, which smooths the stimulant effect and produces longer-lasting, calmer focus instead of the typical coffee rush and crash.
Matcha is preferred over regular green tea because you consume the whole leaves, which increases the intake of beneficial compounds. Just avoid "matcha" drinks loaded with milk, sugar, or syrup, which turn it into a blood sugar spike.
The daily nut mix is a simple, high-density snack that delivers healthy fats, minerals, and stable energy without creating a glucose spike. Take it 15 minutes before the smoothie: the fat and fiber slow digestion, helping flatten the smoothie's glucose and insulin response for steadier energy and focus. It also supports absorption of fat-soluble nutrients like vitamin D3 and CoQ10.
Cacao Nibs: Add polyphenols and additional micronutrients while keeping sugar low.
Walnuts: Rich in omega-3 precursors (ALA) and polyphenols, supporting brain health and inflammation balance.
Macadamia Nuts: Provide stable monounsaturated fats, supporting long-lasting energy and metabolic stability.
Cashews: Add magnesium, copper, and carbohydrates in a moderate amount, supporting mineral balance and training recovery.
Hazelnuts: Provide vitamin E and antioxidant support, beneficial for cellular protection and cardiovascular health.
Almonds: High in fiber, magnesium, and vitamin E, supporting glucose stability and satiety.
For antioxidants the timing is the most tricky: exercise and fasting both create a stress signal (via ROS) which acts as a useful trigger for adaptation and cellular cleanup. High-dose antioxidants dampen training adaption and as well as fasting-related pathways linked to autophagy. For that reason, take this smoothie 4h after your workout, but also before fasting window.
Greens: Spinach, kale, lamb's lettuce deliver fiber, minerals, and micronutrients that support digestion and cellular function.
Berries: Provide antioxidants and polyphenols that support recovery and brain health.
CoQ10: Supports mitochondrial energy production and cellular recovery. Fat-soluble, so pairing it is best for effective absorption.
Vitamin D3: Foundational for immune regulation and hormonal health. Fat-soluble, so absorption is best if the smoothie contains some fat.
Omega-3 Fish Oil: Provides EPA/DHA to support brain health, inflammation balance, and cardiovascular function. Also improves absorption of fat-soluble nutrients in smoothie.
Collagen Powder: Supports joints, connective tissue, and recovery, a useful baseline with regular training.
Ceylon Cinnamon: Improves insulin sensitivity and helps reduce post-meal glucose peaks. Preferred over Cassia for daily use due to its much lower coumarin content.
Cocoa Powder: Rich in flavonoids that support blood flow and cognitive performance.
Choline: Supports acetylcholine production, critical for focus, memory, and cognitive performance.
Spirulina: A nutrient-dense algae source that provides minerals and antioxidant support.
Chlorella: Adds additional micronutrients and supports detox-related pathways. Quality sourcing is important.
Flaxseeds: Provide fiber and omega-3 precursors, supporting gut health and metabolic stability.
Chia Seeds: Add fiber and slow-digesting energy, improving satiety and glucose stability.
Spermidine (Wheat Germ): A strong natural spermidine source, supporting cellular renewal and longevity-related pathways.
Vitamin C: Supports collagen formation, immune function, and antioxidant defense. Useful for recovery and connective tissue support, but best taken away from training if using higher doses.
NAC: A precursor to glutathione, the body's main internal antioxidant. Supports recovery and redox balance under high training or stress load; best taken away from workouts.
Astaxanthin: A potent fat-soluble antioxidant that protects cell membranes and supports inflammation control and recovery. Absorption is best when taken with dietary fat.
Low-carb and slow-carb to avoid the post-meal energy dip. Last meal of the day, allowing a long fasting window that improves resting heart rate and sleep quality. For simplicity, just buy organic frozen mixed vegetables (e.g., broccoli/cauliflower blend) and kidney beans in a jar — this gives you the fastest prep time with minimal effort.
250g Broccoli: Sulforaphane-rich cruciferous vegetable supporting detox enzymes, cellular stress resistance, and anti-inflammatory signaling.
250g Cauliflower: A low-carb, high-fiber cruciferous base that supports satiety, digestion, and micronutrient density.
250g Dark Legumes: e.g. kidney beans or beluga lentils; slow-digesting carbs with fiber and protein for stable energy, improved glucose control, and gut health.
3 tbsp Extra Virgin Olive Oil: High in monounsaturated fats and polyphenols, supporting cardiovascular health, inflammation balance, and absorption of fat-soluble nutrients. For maximum polyphenol content, choose an early-harvest extra virgin olive oil.
1 tbsp Balsamic Vinegar: Provides acetic acid, which helps lower post-meal glucose peaks by slowing carbohydrate digestion.
1 Garlic: Rich in sulfur compounds that support immune function, gut health, and cardiovascular benefits.
1 Onion: Provide prebiotic fibers and quercetin-related compounds, supporting the microbiome and inflammation control.
Miso Paste (or other fermented foods): Adds beneficial bacteria and fermentation compounds that support gut health and digestion.
1 Chili: Capsaicin supports metabolic activation, appetite regulation, and adds thermogenic signaling.
1 tbsp Soy Sauce: For flavor and umami.
Take close to bedtime. Includes sleep-supporting supplements and compounds that strengthen autophagy in the fasted state.
Magnesium: Supports nervous system downshift, muscle relaxation, and sleep quality, especially if intake is low.
L-Theanine: Promotes calm focus and reduces mental arousal, making it easier to transition into sleep without sedation.
Taurine: Supports parasympathetic tone and stress modulation, helping the body shift into recovery mode.
Glycine: Improves sleep onset and sleep depth in many people and supports collagen-related recovery pathways.
Curcuma / Curcumin: Supports inflammation control and interacts with AMPK/mTOR-related stress signaling, reinforcing the body's cleanup and recovery mode.
Broccoli Extract (Sulforaphane): Activates NRF2-driven cellular defense pathways, supporting detox enzymes and the oxidative-stress signaling environment linked to autophagy.
Fisetin: Supports senescence-related pathways and cellular stress signaling, helping reduce inflammatory burden and complementing the recycling phase.
