Drop-in passwordless authentication, MFA, and fraud orchestration for modern customer identity flows.
Visit websiteAuthsignal is a developer-first authentication and fraud orchestration platform that lets product teams add passkeys, MFA, and risk-based step-up to any user journey in days, not months.
Its no-code rules engine, audit trail, and identity verification integrations make it ideal for fintech, marketplaces, and any business protecting high-value customer transactions.
Authsignal is a drop-in authentication layer that adds passkeys, adaptive MFA and a rules engine on top of an existing identity stack, without requiring a re-platform. Below are the use cases Authsignal publishes for how organisations apply the platform across security, payments, onboarding and operations.
Stop credential stuffing, phishing and bot-driven account takeovers with passkeys, adaptive MFA and risk rules.
Read the use caseApply adaptive MFA and passkeys to reduce fraud across customer accounts while keeping the experience seamless.
Read the use caseStop bulk and synthetic account creation with device, phone and behavioural verification at registration.
Read the use caseDetect and stop hijacked sessions from stolen cookies or tokens with continuous, adaptive re-verification.
Read the use caseIdentify unusual login behaviour, such as new devices, locations or timing, and respond with adaptive verification.
Read the use caseReplace passwords with passkeys and drop-in MFA for a faster, more secure sign-in experience.
Read the use caseSecure the account-recovery journey with verified channels and risk-based checks so it isn't the weak link in authentication.
Read the use caseVerify callers with passkeys, biometrics or OTP before agents handle sensitive requests, cutting handle time and fraud risk.
Read the use caseCut spend on SMS one-time codes by shifting eligible authentication traffic to passkeys and push notifications.
Read the use caseAdd passkeys and adaptive MFA to any existing application without replacing the identity provider or migrating user data.
Read the use caseAuthorise payments and verify identity using palm vein biometrics, without cards, phones or PINs.
Read the use caseSecure QR-code-initiated payments with adaptive MFA and passkeys, preventing manipulated codes from completing fraudulent transactions.
Read the use caseTrigger step-up authentication on risky transactions based on value, destination or behavioural signals.
Read the use caseStreamline new account sign-up with passkey-first enrolment while filtering out fraudulent registrations early.
Read the use caseGive users self-service control over enrolled devices, passkeys and verification methods.
Read the use caseSupport regulatory expectations for strong customer authentication with auditable, risk-based verification.
Read the use caseContent is paraphrased independently by CyberLane from Authsignal's public use-case pages for evaluation purposes; it is not an Authsignal publication.
Each use case has its own page covering the challenge, the relevant capabilities, a practical scenario and how CyberLane supports the decision.
Passkeys and adaptive MFA layered over the existing identity platform, with risk-based step-up on sensitive events.
Read the use caseProtect embedded finance, payouts and loyalty capabilities without replacing the underlying authentication platform.
Read the use casePasswordless checkout and risk-based verification that reduces password resets and SMS spend without exposing stored payment details.
Read the use caseBehavioural signals, a no-code rules engine and passkeys covering both account access and sensitive in-app actions.
Read the use casePhishing-resistant access and contextual step-up for wallets, withdrawals and platform accounts where transactions cannot be reversed.
Read the use casePatient portals, telehealth and phone-based record requests verified consistently, with audit evidence of who was challenged and why.
Read the use caseOne rules engine applied consistently across app, web and assisted channels, with passkeys for frequent travellers.
Read the use caseRegion-specific workforce authentication policies layered over an existing identity stack, without re-platforming.
Read the use caseCyberLane helps clients evaluate where Authsignal fits when modernising customer authentication without replacing an existing identity stack — typically adding adaptive MFA and fraud signals to high-risk events such as login, payouts, and profile changes. We support requirements, architecture, business case, proof-of-concept planning and implementation oversight.
Product-specific delivery is coordinated with the vendor or qualified implementation partners.
Technology decisions start with the advisory work, not the product. These are the domains where Authsignal is typically considered — read the advisory approach before evaluating the technology.
No. Authsignal is typically layered on top of an existing identity platform to add passkeys, MFA and risk-based step-up without a migration programme.
On high-risk events — login from new devices, payouts, bank-detail changes, profile and contact updates — where uniform friction is either too weak or too costly.
Yes, and in practice you have to. The important design work is the fallback path, so recovery does not quietly reintroduce the weakest factor.
The rules engine is intended for product and fraud teams rather than engineers. Ownership and change control should be agreed before rollout.
Requirements, authentication journey design, sequencing of the adoption roadmap, business case and proof-of-concept planning, with implementation coordinated through the vendor or a delivery partner.
CyberLane supports requirements, architecture, business case, proof-of-concept planning and implementation oversight to establish where Authsignal fits.