Bots drain revenue. CAPTCHAs annoy users. Face scans harvest biometric data. PulseProof verifies a live human from their pulse, entirely on-device. No health data leaves the phone.
They were designed for humans but AI beats them consistently. Meanwhile, real users are frustrated by puzzles that slow them down.
Users surrender their most sensitive data just to prove they are real. That data gets stored, shared, and breached.
Invisible surveillance that users never consented to. Fingerprinting follows people across apps and sessions without transparency.
Your camera detects a heartbeat from your skin. Machine learning models running locally on your device analyze that live pulse signal and turn it into cryptographic proof that a real person is present. The raw data never leaves the phone. Your app receives a signed token. That's it.
Someone opens an account, approves a wire transfer, or resets a password. Before it goes through, PulseProof confirms a living person is behind the screen. Synthetic identities and automated fraud stop here.
A patient logs in to view lab results or join a telehealth call. PulseProof verifies they are who they say they are, without collecting a single biometric. HIPAA-compliant by design, because the data never leaves their phone.
A valid credential proves who someone is. PulseProof proves they are actually there. Layer real liveness onto your existing KYC flow without asking users to scan their face or hand over biometrics.
Fake sellers, bot reviews, and ghost accounts erode buyer confidence. Require a pulse check before someone can list, transact, or claim. Real people build real trust in your platform.
When bots vote, review, and create content alongside people, everything loses meaning. Gate the actions that matter behind a quick pulse check, so the humans in your platform stay distinguishable from the machines.
Benefits applications, licensing portals, and citizen-facing services need to know a real person is on the other end. PulseProof delivers FedRAMP-ready verification without surveillance or biometric databases.
AI agents are making decisions, signing approvals, and moving money on behalf of people. Before an agent acts, PulseProof confirms a living human authorized that specific action. Bring accountability back to autonomous workflows.
Catfish profiles and romance bots ruin the experience for everyone. With a quick pulse check at signup or before a first message, your users know the person on the other side is real. Trust starts with a heartbeat.
Every platform says they fight bots. PulseProof actually proves a human is present. Add a liveness gate to signups, posts, or votes and watch engagement quality go up while spam drops to zero.
Open the app. Complete a short pulse check. The signal is processed on-device and the proof is created in seconds.
Annual audits verify our security controls, availability, and data handling. When a fintech like Stripe or Plaid evaluates a new vendor, SOC 2 Type II is the first checkbox. PulseProof passes it because our architecture was designed around data minimization from day one.
A European neobank integrating liveness checks cannot send biometric data to US servers. With PulseProof, they don't have to. All pulse processing happens on the user's device in Berlin, London, or Paris. The only thing that crosses borders is a signed token with no personal data attached.
A telehealth platform like Teladoc needs to verify the patient joining a video call, but storing biometric data creates a HIPAA liability. PulseProof processes the heartbeat locally and discards it. The verification token contains zero PHI, just a yes-or-no liveness result.
When the VA builds a patient portal or the IRS launches a digital identity flow, they need FedRAMP-authorized tools. PulseProof's on-device processing and minimal data transmission align with federal zero-trust mandates, making it deployable inside .gov environments.
Add PulseProof to your iOS app with a drop-in SDK. Start a verification flow, receive a signed token, and verify it on your backend.
import PulseProofSDK
let sdk = PulseProof(
apiKey: "pp_live_..."
)
let result = try await sdk.verify(
tier: .sovereign
)
sendToBackend(result.token)val sdk = PulseProof(
apiKey = "pp_live_..."
)
sdk.verify(
tier = Tier.SOVEREIGN,
activity = this
) { result ->
sendToBackend(result.token)
}import { PulseProof } from
'@pulseproof/web'
const pp = new PulseProof({
apiKey: 'pp_live_...'
})
const { token } = await pp.verify({
tier: 'sovereign'
})Start free. Scale when you need to.
All plans include every trust tier, on-device processing, zero health data collection, and full SDK access.
Remote photoplethysmography (rPPG) detects blood volume changes through your camera. Modern on-device models achieve 99.1% accuracy with a mean absolute error under 3 bpm, putting camera-based pulse reading within clinical tolerance of dedicated hardware.
For liveness detection, rPPG-based methods reach 99.7% accuracy against spoofing attacks. Photos, masks, and screen replays all fail because they lack a real physiological signal.
Use PulseProof to verify real human presence with on-device heartbeat proof. Built for apps that need trust without surveillance.