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General

Traditional supplements have focussed on sickness prevention, grounded in a low
dose, high frequency model that attempts to reduce the likelihood of illness. Some
offer quick fix symptom-based solutions to provide a temporary boost.


We focus on adaptive nutrition with a unique formula that has been designed to work
with your body’s natural adaptation processes, replenishing the key nutrients that get
depleted when you’re pushing yourself. This means better resilience, faster recovery,
and sustainable peak performance over time.

Your body burns through essential nutrients during stress, exercise, and daily
activity. Our performance shots are formulated to restore what’s lost and support
optimal function with a powerful blend of:


Adaptogens & Stress Resilience Compounds: Holy Basil, Astragalus, Maca
Extract, Phosphatidylserine, and Green Tea Extract work to support the body’s stress
response, helping to enhance resilience, mental clarity, and recovery.


Neuroprotective & Cognitive Enhancers: Alpha-GPC Choline, Citicoline, and
Coenzyme Q10 promote brain function, focus, and sustained mental energy, while
Tremella Fuciformis supports neurological health.


Muscle Recovery & Cellular Energy: Creatine Monohydrate, Taurine, and N-
Acetyl Carnitine aid in energy production, muscle repair, and endurance, while DHA
Powder supports brain and muscle function.

Antioxidants & Longevity Compounds: Blueberry Fruit Extract, Pomegranate
Fruit Extract, Sour Cherry, Trans-Resveratrol, and Amla Berry Fruit Extract help
combat oxidative stress, reduce inflammation, and support cellular health.


Essential Vitamins & Minerals: Vitamin D3, Zinc Bisglycinate, Magnesium
Citrate, Vitamins B6 & B12, Selenium Monomethionine, and Potassium Iodide
ensure optimal metabolic function, immune support, and cellular repair.


Hydration & Absorption Enhancers: Hyaluronic Acid, Borage Oil, and Ginger
Root help support hydration, joint health, and nutrient absorption, while Fennel Seed
and Cardamom Powder aid digestion and gut function.

Your body burns through essential nutrients during stress, exercise, and daily
activity. Our performance shots are formulated to restore what’s lost and support
optimal function with a powerful blend of:


Adaptogens & Stress Resilience Compounds – Holy Basil, Astragalus, Maca
Extract, Phosphatidylserine, and Green Tea Extract work to support the body’s stress
response, helping to enhance resilience, mental clarity, and recovery.


Neuroprotective & Cognitive Enhancers – Alpha-GPC Choline, Citicoline,
and Coenzyme Q10 promote brain function, focus, and sustained mental energy,
while Tremella Furciformis supports neurological health


Muscle Recovery & Cellular Energy – Creatine Monohydrate, Taurine, and N-
Acetyl Carnitine aid in energy production, muscle repair, and endurance, while DHA
Powder supports brain and muscle function.


Antioxidants & Longevity Compounds – Blueberry Fruit Extract,
Pomegranate Fruit Extract, Sour Cherry, Trans-Resveratrol, and Amla Berry Fruit
Extract help combat oxidative stress, reduce inflammation, and support cellular
health.


Essential Vitamins & Minerals – Vitamin D3, Methylcobalamin (B12), P5P
(B6), Zinc Bisglycinate, Magnesium Citrate, Selenium Monomethionine, and Potassium Iodide ensure optimal metabolic function, immune support, and cellular repair.


Hydration & Absorption Enhancers – Hyaluronic Acid, Borage Oil, and
Ginger Root help support hydration, joint health, and nutrient absorption, while
Fennel Seed and Cardamom Powder aid digestion and gut function.

Our daily performance shots are designed for anyone who wants to stay sharp,
recover faster, and perform at their best.

Whether you’re: An athlete looking to improve endurance and recovery


A busy professional battling stress and mental fatigue


An active individual optimizing daily energy levels


A biohacker seeking to enhance longevity and resilience


If you’re pushing your limits, your body needs the right fuel to adapt. We help you
stay ahead.

Yes! Our formula is based on the principles of adaptive physiology—the way the
body adjusts to stress and performance demands. Research shows that nutrient
depletion can impair recovery, energy production, and cognitive function. By
replenishing key micronutrients, amino acids, and adaptogens, we help optimize
your body’s response to stress and physical demands.


If you’re pushing your limits, your body needs the right fuel to adapt. We help you
stay ahead.

Every time you challenge your body—through exercise, work, or stress—it has to
adjust. This constant adaptation requires fuel. When those resources run low,
performance, recovery, and resilience suffer. Our performance shots are designed to
replenish what’s lost so you can keep pushing forward, no matter what life throws at you.

Typically, we hear customers telling us of improvements within 10 days. The earliest
we hear people talking about the improvements they notice is after 4 days.
If you’re not there are a couple of things we can look at with you. Body weight,
intensity and gender are a couple of factors that can change how many shots you
need.

For example, people with a body weight of over 90kg generally need 2 shots
per day. Athletes too.
This is based on research which shows that athlete micronutrition can be up to 100%
higher than the general population.

allostasis

Allostasis is the process by which the body achieves stability through change, actively adjusting to both predictable and unpredictable events to maintain internal balance.

In contrast to homeostasis, which maintains internal stability by keeping physiological variables (like temperature, pH, and blood glucose) within a narrow range, allostasis is a more dynamic process. It involves continuous adjustments based on anticipated needs and real-time responses to stressors such as:

Physical Stressors

Exercise, injury, illness, dehydration, and extreme temperatures.

Psychological Stressors

Work-related pressure, social interactions, emotional distress, and cognitive overload.

Metabolic Stressors

Fluctuations in nutrient availability, fasting, overnutrition, and inflammation.

These responses are essential for short-term adaptation and survival. However, when stressors become chronic or excessive, the body’s ability to regulate allostasis efficiently can become impaired.

Allostatic load refers to the cumulative burden placed on the body due to prolonged exposure to stress. When the systems that regulate allostasis are overactivated or dysregulated, the wear and tear on the body leads to long-term consequences such as:

Increased Inflammation

Chronic stress can trigger immune overactivation, leading to systemic inflammation, which is a key driver of aging and chronic disease.

Metabolic Dysregulation

Prolonged exposure to stress hormones can impair insulin sensitivity, promote fat accumulation, and increase the risk of metabolic disorders.

Cognitive Impairment

High allostatic load has been linked to memory deficits, reduced executive function, and increased risk of neurodegenerative diseases.

Reduced Physical Performance

Chronic stress can impair muscle recovery, decrease endurance, and increase injury susceptibility.

Cardiovascular Strain

Excessive allostatic load is associated with hypertension, arterial stiffness, and increased cardiovascular disease risk.

Allostatic overload occurs when the body’s stress response, meant to help us adapt,
becomes overworked and damaging. Instead of efficiently adjusting to challenges,
the system stays in a constant state of strain, leading to fatigue, inflammation, and
metabolic disruption. Over time, this contributes to cognitive decline, weakened
recovery, and increased risk of chronic diseases like heart disease and diabetes.
When stress stops making you stronger and starts breaking you down, that’s
allostatic overload.

This allostatic overload can negatively impact your ability to perform at your best due to several reasons.

1. Stress Hormones and Energy Depletion

When the body is under chronic stress, the hypothalamic-pituitary-adrenal (HPA) axis is continuously activated, leading to elevated cortisol and adrenaline levels. These hormones, while essential in short-term stress responses, can become detrimental when persistently elevated. Chronic cortisol elevation promotes muscle protein breakdown for gluconeogenesis (to produce glucose), leading to muscle fatigue and reduced endurance. Chronic stress also depletes glycogen stores more rapidly during exercise. In high-stress situations, the body shifts to a more catabolic state, where muscle glycogen is used up more quickly, shortening the time until exhaustion during physical exertion.

2. Impaired Recovery and Reduced Resilience

Allostatic load, which refers to the wear and tear on the body due to chronic stress, impairs recovery mechanisms. High allostatic load suppresses anabolic processes like muscle repair, which are necessary for recovery after exercise. Reduced recovery capacity leads to quicker onset of fatigue during subsequent efforts because muscles are not fully restored. This impaired recovery also manifests as reduced resilience to physical stress. For instance, repeated high-intensity efforts are more challenging to maintain, as the body becomes less efficient at restoring energy reserves and repairing tissue under chronic stress conditions.

3. Autonomic Nervous System Dysregulation

Chronic stress affects the balance of the autonomic nervous system (ANS), specifically the parasympathetic nervous system (responsible for rest and recovery) and the sympathetic nervous system (responsible for the “fight or flight” response). Under chronic stress, the sympathetic nervous system dominates, leading to elevated heart rate, higher blood pressure, and increased energy expenditure even at rest. This sympathetic overdrive reduces heart rate variability (HRV), a key indicator of how well the body can adapt to physical and mental stress. Lower HRV has been shown to correlate with reduced performance and endurance because the body is in a constant state of readiness, expending more energy than necessary and increasing the likelihood of earlier fatigue.

4. Muscle Fatigue and Metabolic Changes

Stress-induced hormonal changes, particularly chronic elevations in cortisol, contribute to the breakdown of muscle tissue (proteolysis) and an increase in circulating free fatty acids. While free fatty acids are a valuable energy source, the shift away from glycogen stores under stress conditions can impair the efficiency of energy production, particularly in high-intensity activities where glucose is the preferred substrate. As a result, individuals under chronic stress may experience muscle fatigue more rapidly, leading to an earlier onset of exhaustion during both aerobic and anaerobic activities. This is supported by research showing that individuals with higher perceived stress levels exhibit reduced endurance and performance in physical tasks.

5. Cognitive Fatigue and Perception of Effort

Beyond the physical aspects, chronic stress also affects cognitive performance and the perception of effort. Under conditions of high allostatic load, individuals often perceive exertion as more difficult than it actually is. This “central fatigue” refers to the brain’s inability to push through physical discomfort, leading to a greater likelihood of stopping exercise prematurely, even if the muscles themselves are not yet fully fatigued. Cognitive fatigue, caused by chronic stress, can also reduce motivation and mental toughness, both of which are crucial for sustaining prolonged physical effort.

6. Inflammatory Response and Exhaustion

Chronic stress contributes to a pro-inflammatory state in the body. Inflammation not only exacerbates muscle soreness and joint pain but also reduces overall stamina and endurance by increasing oxidative stress. Oxidative stress damages cells and tissues, which in turn reduces muscle efficiency and accelerates fatigue during exercise. Inflammation also affects the central nervous system, contributing to feelings of fatigue and lethargy, further reducing an individual’s ability to maintain performance over time.

Diminishing performance is one thing, but allostatic overload is also associated with real-world health conditions.

Cardiovascular Disease

Persistent sympathetic activation and elevated cortisol levels contribute to hypertension, arterial stiffness, and increased cardiovascular risk.

Metabolic Disorders

Chronic stress-related metabolic adaptations can promote insulin resistance, obesity, and type 2 diabetes.

Cognitive Decline

Prolonged exposure to stress hormones can impair hippocampal function, affecting memory and cognitive performance.

Mental Health Challenges

Dysregulation of allostatic processes is linked to anxiety, depression, and mood disorders, often resulting from overactivation of the stress-response system.

Where can I find out more about the scientific evidence of your ingredients?