[

POS & mPOS Shielding

]

Transforming Terminals from a Liability to a Trusted Asset

[

POS & mPOS Shielding

]

Transforming Terminals from a Liability to a Trusted Asset

[

POS & mPOS Shielding

]

Transforming Terminals from a Liability to a Trusted Asset

[

overview

]

[

overview

]

[

overview

]

Transforming Terminals from a Liability to a Trusted Asset

In the African market, standard POS terminals are a primary vector for fraud, from physical tampering to sophisticated software-level attacks. They are 'dumb' devices that create risk. YinkoShield transforms them from a liability into a trusted asset. Our 'signing notary' architecture is built on a zero-trust, on-device engine that provides unparalleled security. This not only stops fraud but also provides the trusted, attested foundation you need to build new, high-value revenue streams—like dynamic MCA and agent-based services—on your existing hardware fleet.

[

demo

]

[

demo

]

[

demo

]

Stop Support Guesswork with Screenshot Insights

[

touchpoints

]

[

touchpoints

]

[

touchpoints

]

Here's how YinkoShield secures every touchpoint

Seamless, Zero-Trust Onboarding

From the moment a new terminal is unboxed, our engine secures it. Our zero-trust model requires no backend pre-registration, enabling a seamless, secure provisioning experience for your agents that is resistant to supply chain attacks.

Automated Anti-Theft & Data Wipe

If a device is stolen, compromised, or triggers a high-level threat, our security protocols activate. We can render the device useless and securely wipe all sensitive keys, turning a stolen terminal into a useless brick.

Continuous Runtime Protection

Our shielding engine is always active. It continuously monitors the device for any sign of tampering, malicious code execution, or privilege escalation, terminating threats before they can impact a transaction

Secure 'Signing Notary' Transactions

When a transaction occurs, the POS acts as a 'signing notary.' Our engine attests to the integrity of the device, the software, and the transaction data, providing a secure, non-repudiable proof for every action.

[

Features

]

[

Features

]

[

Features

]

Core Shielding Technologies

Deep Anti-Tampering Engine

We protect against both physical and software attacks, including JTAG/UART debugging, memory dumping, and sensor-based physical breach detection. This is the fortress that protects the 'signing notary'.

Deep Anti-Tampering Engine

We protect against both physical and software attacks, including JTAG/UART debugging, memory dumping, and sensor-based physical breach detection. This is the fortress that protects the 'signing notary'.

Deep Anti-Tampering Engine

We protect against both physical and software attacks, including JTAG/UART debugging, memory dumping, and sensor-based physical breach detection. This is the fortress that protects the 'signing notary'.

On-Device Attestation Engine

The core of the zero-trust model. The device continuously proves its integrity to you. This engine provides the 'sovereign attestation' for the terminal itself, making it a trusted platform.

On-Device Attestation Engine

The core of the zero-trust model. The device continuously proves its integrity to you. This engine provides the 'sovereign attestation' for the terminal itself, making it a trusted platform.

On-Device Attestation Engine

The core of the zero-trust model. The device continuously proves its integrity to you. This engine provides the 'sovereign attestation' for the terminal itself, making it a trusted platform.

Advanced Malware & Rootkit Detection

Our shielding detects and neutralizes sophisticated, kernel-level malware and rootkits that are designed to hide from traditional security, ensuring the OS remains secure.

Advanced Malware & Rootkit Detection

Our shielding detects and neutralizes sophisticated, kernel-level malware and rootkits that are designed to hide from traditional security, ensuring the OS remains secure.

Advanced Malware & Rootkit Detection

Our shielding detects and neutralizes sophisticated, kernel-level malware and rootkits that are designed to hide from traditional security, ensuring the OS remains secure.

Runtime Application Protection (RASP)

We protect the payment application itself from reverse-engineering, instrumentation (like Frida), and code-injection attacks, ensuring your business logic cannot be stolen or manipulated.

Runtime Application Protection (RASP)

We protect the payment application itself from reverse-engineering, instrumentation (like Frida), and code-injection attacks, ensuring your business logic cannot be stolen or manipulated.

Runtime Application Protection (RASP)

We protect the payment application itself from reverse-engineering, instrumentation (like Frida), and code-injection attacks, ensuring your business logic cannot be stolen or manipulated.

Secure Offline Mode

Because our entire engine runs on-device, its protections are 100% active even with no network connection, making it the ideal solution for agents in remote areas with patchy networks.

Secure Offline Mode

Because our entire engine runs on-device, its protections are 100% active even with no network connection, making it the ideal solution for agents in remote areas with patchy networks.

Secure Offline Mode

Because our entire engine runs on-device, its protections are 100% active even with no network connection, making it the ideal solution for agents in remote areas with patchy networks.

Hardware-Backed Key & Data Protection

We don't just protect the app; we protect its secrets. Our engine utilizes hardware-backed keystores (like TrustZone/TEE) to encrypt and isolate all critical keys and sensitive data, making them inaccessible to attackers.

Hardware-Backed Key & Data Protection

We don't just protect the app; we protect its secrets. Our engine utilizes hardware-backed keystores (like TrustZone/TEE) to encrypt and isolate all critical keys and sensitive data, making them inaccessible to attackers.

Hardware-Backed Key & Data Protection

We don't just protect the app; we protect its secrets. Our engine utilizes hardware-backed keystores (like TrustZone/TEE) to encrypt and isolate all critical keys and sensitive data, making them inaccessible to attackers.

[

benefits

]

[

benefits

]

[

benefits

]

Transforming Your POS Economics

Dramatically Reduce Fraud & Device Costs

Our deep anti-tampering and zero-trust engine stops skimming, malware, and physical attacks before they start. By neutralizing threats on-device, you reduce fraud losses and slash the high operational cost of replacing compromised terminals.

Unlock New Revenue-Generating Services

Stop seeing your POS as a cost center. The 'signing notary' transforms it into a trusted platform. You can now confidently deploy high-margin services like **dynamic Merchant Cash Advance (MCA)**, **Bank-in-a-Box**, and secure **agent-based services**.

Cut Latency & Operational Dependencies

Our **zero-trust onboarding** and attestation run **on-device**. You are not dependent on slow, high-latency "identity check" calls to external services in Europe. This eliminates a major point of failure, slashes agent onboarding time, and enables 'one-shot support' with instant, local proof.

[

Get started

]

Advance your security journey with us

[

Get started

]

Advance your security journey with us

[

Get started

]

Advance your security journey with us