Prove the
impact.
True wellbeing isn't captured by a five-star survey rating. It's proven by objective, biometric recovery.
In the real world, you rarely have to tell a close friend you're frustrated. They read the room. They notice the heavy sigh, the tension in your posture, the sudden change in your rhythm.
Intuitively, humans adapt how they interact based on the emotional state of the person they are with. We naturally ease off when someone is stressed, or lean in when they are engaged.
The technology we use every day is entirely blind to this. It tracks exactly what you click, but it cannot tell how you felt while doing it.
To standard analytics, a user frantically rage-tapping a broken checkout button looks exactly the same as a highly engaged user excitedly exploring a new feature.
To a human, the difference is obvious.
nx10
nx10 translates the subtle physics of how a person interacts, grip tension, swipe cadence, micro-movements into live human state context.
This gives your technology the ability to read the room in real-time, allowing it to adapt, ease friction, and respond with empathy.
Attune your app to your users.
nx10 is designed to integrate directly into your digital health platform via native SDKs, adding a new layer of intelligence that measures how interventions are actively affecting users' cognitive and emotional states.
nx10 helps you recognise physiological and cognitive shifts as they happen, allowing you to respond in real time during a therapy session, meditation practice, or cognitive exercise.
In practice, that means you can design digital therapeutics that adapt to the user's stress or cognitive load-pacing the intervention to avoid burnout, providing objective biometric proof of recovery, and ultimately improving both clinical outcomes and business metrics.
Increase LTV and app retention
Provide objective biometric proof
Reduce churn from cognitive burnout
Dynamically pace the user experience
Improve daily patient adherence
Your new hero metrics.
nx10’s real-time indices aren't just for your backend analytics. They are designed to be front-and-center in your app’s UI.
By displaying these as core tracker metrics, you provide users with objective, biometric proof that your interventions are working - closing the biofeedback loop without requiring them to wear a smartwatch or external device.
Cognitive Capacity
Measures available mental bandwidth, fatigue, and real-time cognitive load.
More incoming...
We are continuously expanding our index library through active clinical validation.
Cognitive Resilience
Measures how quickly the user returns to their baseline after a dysregulating event.
Integration is easy.
nx10 works with your existing interaction data, requires no new hardware, and integrates into current systems without adding friction for users or compromising their privacy.
Integrate
SDK or Keyboard silently captures raw telemetry in the background. 100% content-blind.
Early State Context, Physical Context & Digital Context
DaysPlayers are baselined. See what players are doing in the real world while they play, and access cognitive indices - all matched to the specific actions they were taking in your game.
Full State Context
WeeksDeep learning surfaces hidden predictive cohorts, tying physics directly to rage-quits, flow states, and dysregulation, see exactly how players are experiencing your games.
Consume
nx10 pushes data directly to your platform to execute business logic or you can use the web dashboard solutions for insight.
The Science of Attunement.
nx10 is building technology that helps systems become more in tune with human experience.
Unlike systems that rely primarily on self-reported surveys and manual journaling, nx10 focuses on interaction dynamics. Subtle patterns such as rhythm, hesitation, typing cadence and touch pressure provide valuable objective signals about how an intervention is impacting the user.
So, rather than focusing only on what the user remembers to report, what we term 'The Science of Attunement' seeks to understand how their internal state is actively shifting.
This creates the possibility for digital therapeutics and care teams that can respond earlier, more precisely, and with greater empathy.
From science to systems.
How health, therapy, and wellbeing apps utilize state inference to deliver measurable clinical value and drive product growth.
Intercepting App Abandonment
Mental health apps suffer from massive drop-off rates. When users feel overwhelmed by a module or intake form, they don't complain—they just uninstall. By detecting rising cognitive load and kinematic frustration in real time, you can trigger a supportive in-app intervention, pivoting the user to a low-friction breathing exercise before they hit their breaking point.
Validating the Intervention
When a user finishes a CBT exercise, how do they know it worked? Self-reporting is heavily biased. Pull nx10's indices live via the API to display their recovering 'Cognitive Capacity' directly in your UI, giving users concrete, biometric proof that your app is actively reducing their stress.
Longitudinal Risk Detection
Because the optional Keyboard Extension establishes a baseline across the OS, your platform can detect macroscopic shifts over weeks. If a user's typing cadence consistently deviates toward lethargy, automatically flag them for preemptive human-in-the-loop care, preventing clinical and product churn.
Adaptive Therapeutic Pacing
Digital therapy is hard work. If a user is tackling a difficult journaling prompt, their cognitive load will spike. Use state inference to know exactly when their capacity is depleted, allowing your app to automatically suggest a break so they don't associate your platform with exhaustion.
Smart Surveying (EMA)
Stop relying on fixed-interval push notifications that users instantly swipe away. Trigger Ecological Momentary Assessments (EMA) only when the engine detects a severe kinematic deviation. You capture the user exactly when their state changes, dramatically improving response rates and data accuracy.
How attunement works
nx10 breaks the human experience down into distinct, queryable signals, combining internal states with real-world activity and your technology's digital events.
State Context
The engine translates physical interactions into three distinct layers of human insight, unlocking over time as users baselines form.
1. Indices
Continuous data reflecting the user's core battery and capacity.
- Cognitive CapacityLive cognitive battery level
- Cognitive ResilienceSpeed of return to baseline
2. Phenotypes
Categorisations of the current session state.
- Frustration v Enjoyment
- Good v Bad Stress
- Regulated v Dysregulated
3. Cohorts
Predictive groupings trained on state + activity data.
- "Churn Risk Alpha"Highly predictive of exiting
- "Optimal Flow"High engagement trajectory
Physical Context
nx10 activity recognition maps the real-world environment. Are they focused on the couch, or playing distracted on a bus?
walkingin_transitlying_downsittingDigital Context
Your tech syncs its own custom state. We tie your business logic to our emotional indices.
screen: 'checkout'cart_value: >100boss_fight1. Access Insight
Query via the Real-Time API for live application logic changes, or graph it in the Attunement Analyser dashboard.
Physical.Activity == 'In_Transit' &&
App.Screen == 'Checkout'
3. Take Action
Deep vs. Broad Context.
To truly understand a user's wellbeing, you need to know what they are doing inside your app, and occasionally, the state they were in before they even opened it.
We built nx10 to ingest kinematic telemetry from two distinct surface areas.
The iOS SDK
Sits inside your host app. It maps exact UI screens (e.g., screen: deep_breathing) against the user's physical interaction (taps, swipes, micro-tremors). This allows you to measure exactly how your specific in-app interventions are affecting the user's Cognitive Capacity in real time.
The Custom Keyboard
You can prompt your users to install the nx10 Custom Keyboard Extension. Because the keyboard travels with the user across all their apps (messaging, emails, browsing), nx10 gets a holistic view of their day.
This allows the model to know if they were already highly dysregulated or depleted before they even opened your therapy app, establishing a true longitudinal baseline.
Note: 100% content-blind. We measure the physics of typing (flight time, dwell time), never the semantics, words, or passwords.
From signal to intervention.
Our lightweight SDKs deploy in minutes. They handle the data gathering, compression, battery management and background syncing automatically. Fails open by default to guarantee zero impact on your core platform loops.
Supported Platforms
import UIKit
import Nx10Insights
class MeditationViewController: UIViewController {
var startingCapacity: Double = 0.0
func onSessionStart() {
// Capture baseline cognitive load before the exercise
startingCapacity = Nx10Insights.shared.getCurrentSnapshot().bci.score
}
func onSessionComplete() {
let endingCapacity = Nx10Insights.shared.getCurrentSnapshot().bci.score
let improvement = endingCapacity - startingCapacity
if improvement > 0.15 {
// Surface biometric proof to the user that the intervention worked
self.showBiometricSuccessUI(
message: "Great job! Your cognitive bandwidth improved by \((improvement * 100))%"
)
}
}
}
Enterprise Ready
No user effort = zero friction.
Bulletproof for compliance.
Whether using the SDK inside your app, or the optional Keyboard Extension across the OS, we built nx10 to be bulletproof for your compliance teams.
100% Content-Blind
We do not read text, view screens, or access the camera. We measure the physics of interaction, entirely ignoring semantics or passwords.
Anonymity by Default
We do not know who your users are. All data is processed against randomized hashes. Individual kinematic data points cannot be reverse-engineered to identify a user.
Strict Sandboxing
The SDK and Keyboard operate entirely within native OS sandboxes. It does not request invasive permissions and cannot read memory spaces outside of its dedicated interaction view.
Ready to build a more attuned app?
Get your API keys and deploy emotional analytics today.