Rhythms designed for your brain

Not music. Not binaural beats.Engineered neural rhythm systems.We use complex wave combinations layered onto sound to help your brain shift into focus, calm, or sleep — naturally.

It’s not just music. It’s neural architecture.

Most audio distracts. HealthBeat calibrates your brainwaves for the exact state you need—whether it’s deep focus, rapid recovery, or profound sleep.

  • Deep focus
  • Rapid recovery
  • Profound sleep

Direct Entrainment

Frequencies calculated to trigger specific neural responses.

State over Song

Shift your mood and energy level on command.

Sustainable Energy

Focus longer without the caffeine crash or fatigue.

What is HealthBeat

Engineered neural rhythms.
Designed to guide brain states.

What makes it different

Most audio distracts.
HealthBeat regulates.

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Why it feels different

Most audio distracts.
HealthBeat regulates.

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When to use

When your mind won't switch off.
When recovery matters.
When sleep must be real.

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Choose your state

Discover more about your brain and sound

How it works

Simple, effective, and backed by neuroscience.

  • Logic + Trust
  • Audio + Rhythms
  • Brain waves
  • Adaptation
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How your brain transitions

No techniques.
No effort.
Just signal alignment.

01

Signal enters
your sensory field.

02

Rhythmic patterns
interact with neural timing.

03

Internal noise decreases.
System tension releases.

04

Your brain stabilizes
into a new state.

HealthBeat was created through the synergy of Altimed and OGDsolutions.

Altimed

As a pioneer in integrative medicine, Altimed has spent decades developing patented technologies and exploring how frequency-based methods can influence the human brain and body.

This experience led to a new vision -
to translate complex scientific knowledge into sound.

Through multi-layered acoustic patterns,
HealthBeat helps guide the brain into states of deep relaxation, flow, or readiness.

More than 1 million people worldwide already trust Altimed's methods.

HealthBeat opens access to a new way of experiencing this science - through music.

What Our Users Say

Real experiences from people who made HealthBeat part of their daily routine.

Frequently Asked Questions

Why is it important to support brain rhythms in modern life?
The human brain evolved to operate in naturally shifting rhythmic states depending on activity: focus, rest, recovery, and sleep. In modern conditions, this balance is often disrupted. Continuous exposure to: information overload constant notifications artificial lighting prolonged screen time chronic stress leads to a state where the brain remains overstimulated for most of the day. As a result, the brain may struggle to: enter deep focus fully relax transition into restorative sleep recover efficiently during rest Supporting healthy brain rhythms is important because it helps the nervous system return to functional flexibility, instead of remaining locked in a single, inefficient mode.
What does it mean when the brain is “overloaded”?
Brain overload does not necessarily mean mental illness or pathology. More often, it refers to persistent dysregulation of neural rhythms. In an overloaded state: fast rhythms dominate when slower ones are needed transitions between states become difficult rest does not fully restore energy This explains why many people feel: tired but unable to sleep unfocused yet mentally restless overstimulated even during rest Over time, this imbalance reduces cognitive efficiency and increases subjective fatigue, even if external demands decrease.
How are brain rhythms related to focus, rest, and sleep?
Brain activity is organized through electrical oscillations, commonly grouped into frequency ranges associated with functional states: Faster rhythms are linked to alertness and task execution Mid-range rhythms are associated with calm focus and emotional regulation Slower rhythms dominate during deep relaxation and sleep Healthy brain function depends not on a single “correct” frequency, but on the ability to shift smoothly between these rhythmic states as needed. When this flexibility is lost, the brain may remain active when rest is required, or insufficiently engaged when focus is needed.
Why is ordinary music often not enough to restore brain balance?
Music primarily affects the brain through emotional and associative pathways. While it can influence mood, it is not designed to provide structured rhythmic guidance to neural systems. Key limitations of ordinary music include: unpredictable rhythmic structure emotional bias rather than functional targeting lack of consistency between sessions As a result, music may feel pleasant but does not reliably support specific brain states such as deep focus, nervous system down-regulation, or sleep onset.
How are modern brain rhythms different from binaural rhythms?
Binaural rhythms are based on an early concept that uses two slightly different tones, one in each ear, to create a perceived frequency inside the brain. However, this approach has limitations: the resulting frequency is perceptual, not directly measurable individual perception varies significantly precise control over neural response is not possible Modern brain rhythms use a different principle. Instead of relying on auditory illusions, they involve: explicit frequency modulations multiple layered wave patterns structured rhythmic combinations integration into sound as a carrier, not the active element This allows for more predictable, repeatable, and stable rhythmic environments compared to classic binaural approaches.

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