RASP, hardware-rooted fingerprinting, behavioural intelligence, evidence chain and agentic AI — running as nine layers of one platform, not a fragmented stack of point solutions from five different vendors.
400+ threat vectors, real-time protection — five signal layers on the device, four layers of intelligence in the backend.
Root, tamper, hooking, overlays, debuggers
One handset, across sessions and accounts
A key in the security chip signs the transaction
Pinning, proxy detection, payload signed end to end
How the session moves — worth 20–25% of the score, never all of it
Every signal leaves the handset signed. Nothing unverified is scored.
Scores only signature-verified inputs. The same score, whether the request came from your app, your web channel or your partner's.
Links device, account, beneficiary and session into one graph — so a ring of accounts on one handset is visible as a ring, not as ten clean logins.
Explains every decision in plain language, recommends the policy change, and drafts the analyst's case note before anyone opens the queue.
A signed, tamper-evident record per transaction. Retained, exportable, and ready on the day the dispute arrives.
Nine layers, one contract, one integration — and one signed record when the dispute lands.
Hardware-rooted identity, not a single spoofable ID.
100+ vectors watching the device from inside the app.
47+ vectors distinguishing intent from coercion or automation.
Signature verification, bot scoring, ASN reputation, at the edge.
Hash-chained, dual-signed, WORM-retained for 5 years.
Analyst-grade investigation, kept off the real-time decision path.
Silicon-rooted identity that eliminates device cloning.
A hash-chained, dual-signed ledger — not an editable database log.
NonaShield is cryptographically tamper-evident and replay-resistant, contingent on the signing device not already being compromised. A signature proves the payload was not altered and not replayed. It cannot prove the device was uncompromised before it signed — which is why hardware binding and RASP are complements, not alternatives, and why both ship in one platform.
What NonaShield does not claim: it does not read intent. When a legitimate customer, on their own enrolled device, is talked into authorising a transfer, every cryptographic check passes correctly — because every check is correct. That case is addressed by behavioural baselining , policies and intent analysis (Layers 4–6) applying surgical friction, not by the possession proof.
What still gets captured, even then: the possession proof can't stop that transfer, but it doesn't stop recording either — device and app integrity status at the moment of signing, the location the transaction was initiated from, and which device initiated it are all part of the same evidence record. It won't have prevented the loss, but it removes doubt about what the device and app were doing when it happened — evidence for the dispute and the investigation that follow.
One SDK. One console. One vendor across all nine layers.