Silent Number Verify — Carrier-Confirmed Phone Match
A single API call checks whether a submitted phone number matches its active SIM on the carrier network — no SMS sent, no user interaction required, no opportunity for a social-engineered intercept. Built for product teams replacing OTP flows that cost $0.05–$0.10 per message and remain bypassable at any carrier store. The check completes at network layer, meaning the signal exists before your app ever touches the session.
Fintech and neobank engineering teams actively replacing SMS OTP at scale, particularly those processing enough authentication volume that per-message costs have become a line-item problem on monthly infrastructure bills
SIM Swap Shield — Pre-Transaction Fraud Block
A real-time pre-authorization check that queries whether a phone number has undergone a SIM swap or port-out within a configurable lookback window — 2 hours, 24 hours, or 72 hours — tuned to your team's specific risk threshold. Fraud teams currently discover SIM-swap account takeovers after funds have moved; this check runs before the transaction clears. The signal comes from inside the carrier network, not from a behavioral model guessing at the same data.
Risk and fraud operations teams at Series B+ fintechs, neobanks, and crypto exchanges who have experienced at least one SIM-swap-linked account takeover and need a defensible pre-transaction control for PSD2, MiCA, or FFIEC audit purposes
Account Takeover Webhooks — Continuous Number Monitoring
Rather than querying at transaction time, this service keeps a monitored list of enrolled phone numbers under continuous watch and pushes a webhook the moment any of them triggers a SIM swap, port-out, or anomalous roaming event. Designed for teams that need to act on account risk signals before a user initiates a transaction — not in response to one. Integrates directly into your alerting and case management stack without polling overhead.
Security engineering and fraud operations teams at platforms with high-value accounts — crypto exchanges, lending products, investment apps — where a single compromised account justifies proactive monitoring rather than reactive checks
Network Location Confirm — Step-Up Authentication Trigger
Uses cell-tower-inferred location to generate a risk signal when a transaction's stated geography diverges from where the device's SIM is currently connected on the carrier network. Gives authentication logic a ground-truth location check that runs without asking the user to share GPS data or install anything. Designed to trigger step-up authentication precisely and avoid friction on legitimate transactions — not to block broadly.
Product security teams at payment platforms and neobanks implementing adaptive or risk-based authentication, particularly those under PSD2 dynamic linking requirements who need a network-layer signal to justify reduced friction on low-risk sessions
Carrier-Inferred Age Band Verification — Document-Free Onboarding Signal
Returns a network-level signal confirming whether a phone number's subscriber profile is consistent with 18+ or 25+ age bands, drawn from carrier data rather than identity documents. No document upload, no OCR pipeline, no user friction at the point of onboarding. Built for platforms that need an age signal for regulatory compliance or product eligibility without introducing the abandonment cost of a full identity document flow for every new user.
Growth and compliance teams at consumer fintechs, crypto onramps, or age-restricted financial products that need a lightweight age signal for regulatory purposes but have measured onboarding drop-off from document-capture requirements
Carrier Coverage Intelligence Dashboard — Enterprise Signal Due Diligence
A self-serve portal giving enterprise buyers full visibility into Signalpath's carrier agreement depth, signal type availability, response latency by country, and coverage quality before committing to a production integration. Eliminates the black-box problem common with telecom API vendors who quote coverage claims that don't survive a technical evaluation. Designed for the security architect or technical lead who needs to present signal reliability to a compliance officer or procurement committee.
Technical leads and security architects at Series B+ companies conducting formal vendor evaluations, particularly those who have been burned by coverage gaps discovered after signing an enterprise contract with a competing telecom API vendor
