Aevos' 5 Free Calculators: Quantifying Longevity

The core mission behind Aevos is to build the deterministic infrastructure needed to transform longevity from an abstract, academic science into an engineerable, measurable, and scalable set of execution protocols.

Clinical longevity requires a robust data foundation. In the premium version of the Aevos software, our algorithms run hundreds of sophisticated physiological predictions. These models work in parallel, weighting blood panels, wearable metrics, and functional baselines to compute the holistic indicators shown within the comprehensive Insights dashboard of our clients.

However, we fundamentally believe that health quantification should be accessible even to those taking their very first steps into Medicine 3.0.

That is exactly why we've open-sourced the baseline versions of our core first-level calculators. They are not a substitute for the full multi-vector algorithmic analysis of Aevos, but they represent a fantastic starting point for mapping your biological trajectory.

1. Estimated Healthspan

Our core profiling calculator uses your baseline biometrics, heart rate, and VO2 Max to position your biological function accurately against the statistical longevity curve of the population.
👉 Calculate your Healthspan Gap

2. Metabolic Health Risk

Metabolic dysfunction is a primary driver of biological aging. This tool calculates your clinical risk mapped across five main systemic empirical markers.
👉 Assess Metabolic Risk

3. Insulin Resistance (HOMA-IR)

Don't wait for elevated HbA1c to act. The HOMA-IR index, calculated using fasting insulin and glucose, identifies insulin insensitivity years before traditional chronic diagnoses are triggered.
👉 Calculate HOMA-IR

4. Zone 2 Cardio Targets

To optimize your aerobic base and mitochondrial flexibility, it is absolutely essential to train in specific heart rate ranges, ensuring fatty acid oxidation limits are not crossed.
👉 Find Your Target Heart Rate

5. Cardiovascular Risk

A statistical evaluation (based on simplified Framingham models) designed to heuristically estimate the systemic 10-year risk of cardiovascular events taking place in your life.
👉 Estimate 10-Year Risk

Bridging theory into scalable systems

Operated individually, these calculators provide standalone statistical insights. The real paradigm shift occurs when these individual data vectors are piped into a unified architecture—like Aevos—to create a unified map of risk mitigation. These tools are your first stepping stone into the era of open-source biology.