The Intelligence
What your guests actually receive.
Each biological test reveals something specific. But the real value emerges when you combine multiple data sources into a single integrated analysis. This page explains both: what each test shows on its own, and what becomes visible only when you bring the data together.
This is the analytical methodology behind every branded intelligence report delivered through your property.
Individual Data Sources
What each test reveals on its own.
Every data source captures a different dimension of biology. Understanding what each one measures, and what it cannot measure, is essential to understanding why integration matters.
Genetic Analysis (DNA)
Your biological blueprint. Fixed at birth. Analyzed once.
What It Reveals
- • Hereditary risk variants including APOE4 for Alzheimer disease risk, BRCA variants for cancer predisposition, and cardiovascular markers like Lp(a) genetic load
- • Metabolic tendencies showing how you process fats, carbohydrates, and caffeine at the genetic level
- • Drug response profiles (pharmacogenomics) revealing medication sensitivity, statin tolerance, and how your body metabolizes common prescriptions
- • Nutrient metabolism including MTHFR variants affecting folate processing and methylation, VDR variants affecting vitamin D receptor efficiency
- • Detoxification capacity through CYP450 enzyme activity profiles that determine how efficiently the body clears toxins and processes compounds
What It Does Not Reveal
Current health status or how genes are currently being expressed. DNA is a map of predispositions, not a snapshot of present conditions. A genetic variant for elevated cardiovascular risk does not tell you whether that risk is currently active in your blood markers.
Blood Biomarkers
A real time snapshot of your current biological state.
What It Reveals
- • Metabolic health through HbA1c, fasting glucose, fasting insulin, and HOMA IR scores that together reveal insulin sensitivity and glucose regulation far more precisely than any single marker
- • Inflammation via hsCRP, homocysteine, and IL 6 levels that indicate whether systemic inflammation is present and at what intensity
- • Hormonal status including testosterone, estradiol, DHEA S, cortisol, and a complete thyroid panel covering TSH, free T3, and free T4
- • Organ function through liver enzymes (ALT and AST), kidney markers (GFR and creatinine), and other indicators of systemic organ health
- • Nutrient levels including vitamin D, B12, magnesium, ferritin, and omega 3 index, each of which directly influences multiple biological processes
- • Advanced lipid profile covering ApoB, Lp(a), LDL particle count, and triglycerides for a complete cardiovascular risk assessment beyond standard cholesterol panels
What It Does Not Reveal
Why your markers are where they are. Blood biomarkers show the current state, but genetics explains the underlying driver. An elevated ApoB reading is a fact. Whether it is genetically driven, diet driven, or both requires DNA context to determine.
Wearable Data (WHOOP, Oura, Apple Watch)
Continuous behavioral and physiological measurement over time.
What It Reveals
- • Sleep architecture including deep sleep percentage, REM cycles, sleep latency, and total restorative sleep duration
- • Recovery patterns measured through heart rate variability (HRV) trends and resting heart rate over weeks and months
- • Strain and capacity showing the balance between daily exertion and recovery, revealing whether training load matches biological readiness
- • Respiratory rate trends that can signal early stress responses or emerging health changes before symptoms appear
- • Behavioral consistency in sleep timing, activity patterns, and recovery habits that reveal how lifestyle choices compound over time
What It Does Not Reveal
The underlying biological cause of the patterns it records. Wearable data shows that your HRV is consistently low, but it cannot determine whether this stems from a genetic variant affecting stress hormone clearance, chronic inflammation, or poor sleep quality.
Body Composition (DEXA Scan)
Precise measurement of fat, muscle, and bone at the regional level.
What It Reveals
- • Visceral fat quantifying the fat stored around organs, which is the strongest predictor of metabolic disease independent of total body weight
- • Lean mass distribution identifying left versus right imbalances, regional muscle deficits, and sarcopenia risk as a predictor of frailty and fall risk with aging
- • Bone mineral density providing early detection of osteopenia and osteoporosis risk, particularly relevant for individuals over 40
- • Fat distribution patterns revealing whether adipose tissue is concentrated in metabolically dangerous regions versus subcutaneous storage
What It Does Not Reveal
Metabolic activity or hormonal context. A DEXA scan shows the structural composition of your body, but it cannot explain why visceral fat is elevated or whether hormonal imbalances are driving the pattern.
Imaging (MRI, CT, Ultrasound)
Structural visualization of organs, vessels, and tissue.
What It Reveals
- • Structural organ health including liver, kidneys, thyroid, and abdominal organs assessed for size, morphology, and abnormalities
- • Cardiovascular calcium scoring (CAC) measuring arterial plaque burden as a direct indicator of atherosclerotic disease progression
- • Early detection of masses or abnormalities before they produce symptoms, including screening for conditions that blood work alone would not identify
- • Brain volume assessment and liver fat quantification providing baseline measurements for longitudinal tracking
What It Does Not Reveal
Functional or metabolic context. Imaging shows structure, but it cannot explain why plaque is accumulating, whether inflammation is driving organ changes, or what genetic factors predispose the observed patterns.
VO2 Max and Metabolic Testing
Direct measurement of cardiovascular fitness and metabolic efficiency.
What It Reveals
- • Peak cardiovascular fitness (VO2 Max) which research consistently identifies as the strongest single predictor of all cause mortality across all age groups
- • Metabolic flexibility measuring how efficiently you switch between fat and carbohydrate as fuel sources during varying exercise intensities
- • Anaerobic threshold defining the precise exercise intensity boundaries where your body shifts from aerobic to anaerobic metabolism
- • Respiratory exchange ratio providing insight into substrate utilization and overall metabolic efficiency at rest and during exertion
What It Does Not Reveal
Why performance is at its current level. VO2 Max testing shows where you stand, but it cannot explain whether limited capacity stems from genetic cardiovascular traits, hormonal insufficiency, iron status, or training methodology.
The Integration Value
What emerges when you combine the data.
Individual tests produce isolated readings. Integration transforms those readings into a biological narrative. Each combination reveals something that neither source shows alone.
This is the core of what Axiom delivers and the reason generic wellness programs produce generic results.
Explains why biomarkers look the way they do.
A person with APOE4 and elevated ApoB has a genetically driven lipid risk that requires specific intervention different from someone with the same ApoB level but no genetic predisposition. Without DNA context, the ApoB reading is just a number. With DNA context, it becomes a risk classification with a clear course of action.
Similarly, an MTHFR variant combined with elevated homocysteine reveals a methylation impairment that standard blood work interpretation would miss entirely. The blood marker shows the problem. The genetic variant explains why it exists and what to do about it.
Shows whether daily behavior is moving markers in the right direction.
Poor HRV trends combined with elevated cortisol on blood work reveals a stress pattern that neither data source shows alone. The blood panel captures the hormonal state. The wearable captures the physiological consequence day after day. Together, they reveal a feedback loop that explains fatigue, poor recovery, and declining performance.
Conversely, improving sleep architecture tracked by a wearable, combined with declining hsCRP on follow up blood work, confirms that a behavioral intervention is producing measurable biological change.
Reveals genetic predispositions playing out in real time.
A COMT variant affecting stress hormone clearance explains why recovery scores are consistently low despite adequate sleep and moderate training loads. The wearable shows the pattern. The DNA explains the mechanism. Together, they point to a targeted intervention that neither source would suggest independently.
Genetic variants affecting circadian rhythm regulation become visible when mapped against sleep timing consistency from wearable data, turning an abstract genetic finding into a concrete behavioral insight.
The minimum for a meaningful longevity strategy.
This three source combination identifies the genetic terrain, measures current biological state, and tracks behavioral impact. It answers three essential questions: What are you predisposed to? Where do you stand right now? And is what you are doing moving things in the right direction?
With these three sources, a longevity strategy becomes grounded in evidence rather than built on assumptions. Supplement recommendations are filtered through genetic metabolism data. Exercise prescriptions are informed by recovery capacity. Monitoring priorities are set by the intersection of genetic risk and current biomarker status.
Full integration. Nothing left to guess.
When all six data sources are combined, the result is a prioritized, fully actionable protocol with every recommendation traceable to multiple data points. The supplement stack is reduced to only what the data supports. The exercise prescription is matched to genetic capacity and current fitness level measured by VO2 Max. Structural risks from imaging are cross referenced against genetic predispositions and current biomarker trajectories.
This is the highest resolution picture of human biology available outside a research institution. And it is delivered to your guest as a clear, branded, prioritized strategy they can act on immediately.
The Deliverable
What your guest receives.
Every analysis produces a comprehensive intelligence report delivered under your property brand. The report is not a data dump. It is a prioritized strategy document designed to be understood and acted upon.
Branded Intelligence Report
40 to 60 pages of integrated analysis delivered under your property brand. Every finding is explained in clear language with the scientific rationale included for guests who want the depth.
Prioritized Risk Map
What matters most, ranked by leverage. Not every finding requires action. The risk map identifies the five to seven highest impact intervention areas and ranks them by expected return on effort.
90 Day Optimization Protocol
A structured protocol covering supplements, nutrition, exercise, sleep, and monitoring. Every recommendation traces back to data. Nothing is included based on trends or general wellness advice.
Decision Filters
What to stop, what to ignore, and where overoptimization is occurring. Most guests arrive doing too much. The decision filters reduce complexity and eliminate interventions that the data does not support.
Retest Schedule
Specific biomarker targets with recommended retest timelines. Not a generic "come back in six months" instruction, but a precise list of which markers to retest, when to retest them, and what the target values are.
Property Integration
Where applicable, the protocol connects to your property wellness offerings. Spa treatments, fitness programs, nutrition menus, and recovery services are mapped to each guest's biological priorities.
For Properties
What this means for your revenue.
Axiom handles every element of the analytical process. Your property delivers the branded guest experience and captures the margin.
$1,500
Per guest analysis
cost to property
$2,500+
Typical guest
pricing range
10/mo
Guests needed for
significant revenue
$120K+
Annual additional
revenue potential
Zero operational burden
No clinical staff required. No laboratory infrastructure. No specialized training for your team. Axiom manages the entire analytical pipeline from data intake through report generation. Your property manages the guest relationship, collects the biological samples through our guided process, and delivers the branded intelligence report.
Properties typically price the service between $2,500 and $3,000 per guest, creating $1,000 to $1,500 in margin per engagement. At 10 guests per month, this represents $120,000 to $180,000 in annual additional revenue from a service that requires no new hires, no capital expenditure, and no operational complexity.
A retention and differentiation asset
Beyond direct revenue, the intelligence service creates a return visit catalyst. The 90 day retest schedule gives guests a concrete reason to return. Properties that offer this level of biological depth differentiate themselves from competitors offering generic spa menus and surface level wellness programs. The intelligence becomes part of your brand identity, not a third party service guests could find elsewhere.
Common Questions
Frequently asked questions.
What biological data sources does Axiom analyze?
Axiom integrates up to six data sources: genetic analysis (DNA), blood biomarkers, wearable device data from WHOOP, Oura, or Apple Watch, body composition via DEXA scan, medical imaging including MRI and CT, and VO2 Max metabolic testing. DNA analysis serves as the foundation, with each additional data source increasing the precision and personalization of the final intelligence report.
Why does combining data sources matter more than running individual tests?
Individual tests produce isolated data points. A blood panel shows your ApoB level, but it cannot explain why it is elevated. DNA analysis reveals genetic variants, but it cannot show whether those variants are currently active in your biology. When you combine DNA with blood biomarkers, you see the genetic terrain and its current expression together. Adding wearable data shows whether daily behavior is moving markers in the right direction. Each additional layer transforms numbers into context, and context into strategy.
What does a guest receive after the analysis is complete?
Each guest receives a 40 to 60 page branded intelligence report that includes a prioritized risk map ranked by leverage, a 90 day optimization protocol covering supplements, nutrition, exercise, sleep, and monitoring, decision filters identifying what to stop and where overoptimization is occurring, and a retest schedule with specific biomarker targets. The report is delivered under your property brand.
Does a property need clinical staff to offer this service?
No. Axiom handles all data intake, analysis, interpretation, and report generation. Your property manages the guest relationship and delivers the branded report. No clinical staff, laboratory infrastructure, or specialized training is required on the property side.
What is the minimum data required for a meaningful longevity strategy?
The minimum for a meaningful longevity strategy is DNA combined with blood biomarkers and wearable data. This three source combination identifies the genetic terrain, measures current biological state, and tracks behavioral impact. DNA alone provides the foundation, and every additional data source increases the precision and actionability of the final protocol.
Core Principle
"The value is not in the data. The value is in the integration. One test gives you a number. Six tests, cross referenced, give you a strategy."
Begin The Conversation
Your property delivers the experience. We deliver the intelligence.
Every partnership begins with a conversation about your property, your guests, and the level of biological depth you want to offer. No minimum commitment. No operational complexity.