No Hardware Bottlenecks
Transform any merchant smartphone into a fully functional PIN-on-Glass SoftPOS. The merchant's device serves as the bi-directional gateway.
Nillar decouples ownership from authorization. Powering merchant-initiated, phoneless transactions using just an alias and a secure PIN.
PCI MPoC Certified · PSD2 SCA · NIBSS NIP Integration
Trusted by innovative companies worldwide
The Nillar Framework
By shifting the hardware requirement entirely to the merchant, Nillar democratizes digital payments. We reduce the friction of checkout to a memorized identifier and a secure PIN.
Transform any merchant smartphone into a fully functional PIN-on-Glass SoftPOS. The merchant's device serves as the bi-directional gateway.
Users authorize transactions using a Unique Authorization Code (VPA). Your visual Encrypted Identifier stops phishing and instills trust before PIN entry.
Industry-leading security standards. We employ Runtime Application Self-Protection (RASP), white-box crypto, and dynamic keypads to protect consumers.
Native integration with national instant payment rails. Transactions bypass legacy card networks for instant debit/credit processing.
When a consumer loses their phone and wallet, Nillar acts as the ultimate safety net. Transact securely at Tier 1 merchants using just your mind.
Sophisticated device attestation continuously monitors the merchant device environment. Rogue or rooted devices are instantly isolated.
The Fintech Impact
The Transaction Lifecycle
The Nillar protocol maximizes security without compromising the speed of retail checkout.
Merchant enters the transaction amount. The app prompts the consumer for their 'Unique Authorization Code' (VPA).
No cards. No NFC tap.
The server retrieves the user profile and displays an 'Encrypted Identifier' (visual token/masked name) to the merchant to confirm identity.
Prevents phishing and builds Trust.
The app requests the transaction PIN. The consumer enters it safely on the merchant's screen via MPoC-secured PIN-on-Glass.
Isolated, obfuscated, and dynamic.
The encrypted packet reaches Nillar, interfacing instantly with national payment rails (like NIBSS NIP) for real-time settlement.
Instant debit/credit.
import { NillarAuth } from "@nillar/merchant-sdk";
// Step 1: Merchant enters payload containing the Consumer Alias
const payload = {
merchant_id: "mch_829910",
user_alias: "800-SKY-WALK", // Consumer's memorized identifier
amount: 4500, // NGN
device_attestation_token: "rasp_tok_...", // TEE runtime validation
};
// Step 2 & 3: Identity Request & PIN Challenge
const identityProof = await NillarAuth.initiate(payload);
console.log(identityProof.encrypted_identifier); // "J*** Smith - BlueMoon"
// Step 4: Encrypted PIN payload sent for Instant Settlement
const tx = await NillarAuth.submitEncryptedPIN(identityProof.session, securePinHashed);
console.log(tx.status); // "Settled via NIBSS NIP"
Security Architecture
By turning a consumer smartphone into a secure PIN-pad gateway, we enforce MPoC standards with absolute precision.
Modular and flexible framework for secure PIN and contactless data on COTS devices.
Meets European Strong Customer Authentication via alias possession and PIN knowledge.
Aligns with Central Bank of Nigeria's KYC/AML mandates and PTSA transaction reporting.
Direct real-time settlement using the Nigerian Inter-Bank Settlement System.
Hardware-backed attestation prevents Nillar from running in compromised, rooted, or jailbroken environments.
PIN entry is deeply obfuscated. Bank account numbers are tokenized to render intercepted data useless.
Prevents 'shoulder surfing'. Keypad layouts randomize, and users receive an 'Encrypted Identifier' before PIN entry.
Tracks merchant device reputation and network flags. Isolates high-risk environments instantly.
Ready to begin?
Join the "High-Trust" Pilot Program. Turn your smartphone into a PCI MPoC certified payment terminal without dongles, card dependency, or consumer hardware.
No extra hardware needed · iOS & Android Supported · Enterprise & Micro-merchant tiers