Neura Wearables
for Cognitive Performance
for Cognitive Performance
Neura Wearables
for Cognitive Performance
for Cognitive Performance
Neura Wave and Neura Pulse bring brain and body signals into the Neura experience, helping the system protect focus, time recovery, and adapt the workspace with greater precision.
Precision Wearables
Why Wearables and Why Optional
Why Wearables and Why Optional
Neura works with or without a device. Wave and Pulse add optional brain and body signals to the Neura experience, giving the system more context for focus, recovery, and workspace adaptation. For users who want deeper personalization, wearables extend the signal without replacing the core experience.
How it works
Neura turns live signals into adaptive workspace behavior
From signal to
a workspace that adapts
a workspace that adapts
Three-step structure
Step 1
Sense
Wave and Pulse add optional neural and body-signal context, helping Neura understand shifts in focus, load, and recovery.
Step 2
Interpret
Neura reads those signals alongside your cognitive state, work rhythm, and current context.
Step 3
Adapt
Your workspace responds by protecting focus, reducing noise, and adjusting timing around your current capacity.
Device Features
Meet Neura Pulse and Neura Wave
Meet Neura Pulse and Neura Wave
Pulse brings body signals into Neura. Wave adds neural signals. Together, they give the system more context to protect focus, support recovery, and adapt the workspace.
Neura Pulse,
Body signals for Smarter adaptation
Body signals for Smarter adaptation
Neura Pulse, Body signals for Smarter adaptation
Neura Pulse brings heart-rate patterns, movement, and recovery signals into Neura Space, adding a deeper layer of context to your cognitive state. It helps the workspace know when to protect focus, reduce noise, suggest recovery, or adjust the rhythm of your day.
Body signals and recovery
Neura Pulse adds body and movement signals to the Neura experience, giving the system more context to support recovery and adapt the workspace around your current state.
Subtle, Screen Free Control
Control Without Breaking Focus, Use Neura Pulse to trigger simple actions without opening another screen, helping you stay inside the moment instead of switching context.
One Cognitive Profile
One Cognitive Profile, Signals from Wave and Pulse add context to your private cognitive twin, helping Neura adapt focus, recovery, and the workspace around your rhythm.
Neura Wave,
Neural input for smarter work
Neural input for smarter work
Neura Wave,
Neural input for smarter work
Neural input for smarter work
Neura Wave brings neural signals into Neura Space as an optional input layer. Combined with behavioral and body signals, it gives the system more context to adapt notifications, focus support, recovery, and workspace behavior around your current state.
Neural Signals, Made Meaningful
Neura Wave adds optional neural context to your cognitive twin. Combined with behavioral signals, it helps Neura notice meaningful shifts in load, energy, and rhythm without overwhelming you with raw data.
A Clearer View of Your Daily Rhythm
Over time, Neura reveals patterns across meetings, demanding work, and recovery. You can better understand when different kinds of work fit you, and shape your schedule around the rhythm that actually works for you.
Focus Sessions That Adapt With You
Start a Focus Session and Neura quietly shapes the workspace around you. As your rhythm changes, it can reduce interruptions, simplify the environment, and offer small adjustments without pulling you away from the work.
Neuro-Wearable Early Access
A Private Bridge Between Signal and Workspace
A Private Bridge Between Signal and Workspace
Stream real brain and body signals into Neura Space for a workspace that adapts to your mind.
Privacy, Consent, and Control
Privacy, Consent, and Control
Wearables are optional. Signal-based adaptation is user-controlled, permissioned, and designed around transparency. Neura is built to support cognitive performance, not to create surveillance. Users stay in control of how adaptive inputs are used across their workspace.
