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Login is morethan justauth.

Authentication gets someone into an account. Identity brings that sign-in together with the accounts and verified details they choose to share. We built Silensid to give apps one SDK for the whole flow: sign-in, connected identity and user-approved access.

Bring your network into app sign-in Build with the Silensid SDK

CAMARA-based identity SDK · sign-in, connected accounts and SNA

Illustration of a person holding a phone, with signal lines connecting an app and mobile network tower.
One identity across appsPerson · profile · network

What if every app could ask for exactly the identity it needs?

Start with a name and email. Add a mobile number, GitHub account, SIM-based sign-in or a verified DigiLocker document when your app needs it.

Shape that request through one SDK and one reusable profile. People connect sources and approve each share: a marketplace can keep sign-up light; an education service can request a Class 10 marksheet.

One identity layer. A request shaped around each app.
A marketplace

Keep sign-up moving

  • Name
  • Email
An education service

Ask for verified details

  • Email
  • Mobile
  • GitHub
  • Class 10
One Silensid identityPerson approves each request
  • Email
  • GitHub
  • Social accounts
  • SNA via Jio SIM
  • DigiLocker docs: Aadhaar · driving licence · Class 10 marksheet

Each app asks for specific details. The person reviews and approves the share.

A social account signs you in. What checks the person?

Silensid accounts are passwordless, with two-factor authentication by default. If a sign-in looks suspicious, we add a face check as a separate signal about the person using the account.

That extra step helps guard against someone using a stolen sign-in. Account authentication, person verification and network signals remain distinct. Digital-arrest scams rely on coercion; no identity check can make a coerced action safe.

One identity layer. Three different signals.

Could your network authenticate a mobile line without an SMS code?

Silent Network Authentication checks a mobile number against the operator connection—so a person can sign in on a supported network without an SMS code.

What does that make possible for your network?

Put network authentication into the apps your customers already use. We connect your SNA capability to our identity SDK, so app teams can offer your network as a sign-in method through one integration.

SNA confirms a mobile-network connection for a number. It does not identify who is holding the device or replace other identity checks.

Bring network sign-in to more apps
Your network. One integration. Sign-in across connected apps.
Mobile operatorAuthenticates the mobile line
SilensidConnects the network to app sign-in
App 01App 02App 03

App receives: match · no match · unavailable → its configured fallback.

Integration detail for engineering teams
  • The operator verifies the mobile number against an authenticated network connection.
  • The app receives a match, no match, or unavailable result and applies its configured fallback.
  • Availability depends on operator support, network conditions, roaming and device connectivity.
  • Consent, authorization scopes, rate limits and support follow the operator integration.
  • CAMARA-based APIs provide a standards-aligned integration path where the operator supports them.

Ask our team for the current SDK guide and the supported-network details for your operator.

Network availability and result behavior follow the operator integration and device connection.

Do you need a different integration for every sign-in method?

No. Our SDK gives your app OTP, passkeys, TOTP, Google, GitHub, LinkedIn, GitLab, Apple, Microsoft and SIM-based authentication.

One Silensid integration connects those methods with linked accounts and verified details. Choose what your app offers; people choose how to sign in and what to share.

One SDK. Sign-in methods and linked identities in one flow.
  1. Your appIntegrate Silensid

    One SDK and identity layer

  2. Your userChoose a sign-in

    OTP · passkey · TOTP · social · SIM

  3. SilensidConnect the profile

    Linked accounts and verified details

  4. Your appUse the approved result

    In your own experience

SDK languages: TypeScript · Rust · Go · Java · C++ · Python. SIM-based sign-in depends on a supported operator connection.

What would you build with one identity layer?

Operators: bring network sign-in to the apps people use. Developers: add flexible identity to your product. Investors: connect us with a network or app team.

Tell us what you're building or where you see a fit. We'll prepare an email you can review and send.

Let's put identity to work.

For everyone's privacy, keep credentials and subscriber data out of your message.

Your email app opens with a draft for you to review and send.