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CONTINUOUS AUTHENTICATION FOR BANKS

Zero trust ends at login. Exposure doesn't.

A hardware key proves who logged in, but has no idea who's still there an hour later.

1M+ authentications
17,000+ users
170+ apps
THE ZERO TRUST GAP

Zero trust ends at login. That's the gap banks have to close.

Most banks verify once, at login, then trust the session until logout.

The post-login blind spot.

Nothing confirms who's at the keyboard hours later.

Insider threat and credential sharing.

Device checks can't tell who's behind the credentials.

Session hijacking and MFA bypass.

A hijacked session looks legitimate to login-only controls.

THE FUNDAMENTAL PROBLEM

You verified who logged in. Should you still trust who's logged in now?

Strong authenticators don't eliminate session risk, they just move it past the point anyone's looking.

The old standard Transactional authentication
"Who logged in?"
  • Verify once at login. Trust the session forever.
  • Session takeover goes unnoticed until an audit.
  • Push prompts interrupt work mid-transaction.
  • Abandoned sessions stay open. PCI clock keeps ticking.
The new standard Continuous Authentication
"Who is here right now?"
  • Identity re-verified every second from passive behavioral signals.
  • Session takeover detected and remediated automatically.
  • Zero prompts. Staff never see an authentication step.
  • Abandoned sessions terminated by policy. No manual intervention.
CONTINUOUS AUTHENTICATION USE CASES IN BANKS

Six moments banks are already living through.

Authenticator abuse

Proves who started, not who stayed.

Credential sharing

Flagged when behavior stops matching.

Privileged access misuse

High-value, rarely re-checked.

Offshore and outsourced coverage

Holds regardless of device or network.

Session assurance beyond login

One identity signal across every app in the session — not just the one you logged into.

Video surveillance alternative

Same oversight, no camera.

HOW IT WORKS

Continuous identity verification without interrupting work.

A hardware key confirms who logged in. It has no signal on who's still there.

  1. LOGIN

    User enters

    Credential accepted. Continuous Authentication activates invisibly.

  2. CONTINUOUS BEHAVIORAL SIGNAL

    Identity confirmed every second

    Typing rhythm, mouse behavior, and app usage build a continuous identity signal. The user works uninterrupted.

  3. ANOTHER USER DETECTED

    Platform acts automatically

    Re-authentication, session termination, or step-up triggers based on your policy. Alerts route to your SIEM automatically.

  • SOFTWARE-ONLY

    Nothing to deploy at workstations. No cameras, tokens, or fingerprint readers.

  • NO ENROLLMENT

    User profiles build automatically from normal behavior. No opt-in, no IT ticket.

  • NO IAM OVERHAUL NECESSARY

    Layered on top of your existing identity stack. No IAM overhaul necessary.

BUILT FOR REGULATED ENVIRONMENTS

Proven where compliance is strictest.

Banks operate under some of the strictest compliance requirements of any industry. Twosense is built to meet them.

Even if our employee's password were stolen, there is no way we would be at risk.

Twosense customer

SEE IT IN YOUR ENVIRONMENT

What does the gap look like at your bank?

We'll show you the gap, and what it takes to close it.

Works with Okta, Entra ID, Ping, and Active Directory.