Enhancing Security with MOBILE CHIP SDK

A Solution to Prevent Identity Fraud

In this article we take a closer look why the MOBILE CHIP SDK is a great solution to prevent identity fraud.

In today’s digital era, businesses are increasingly facing challenges in verifying the identities of individuals. With sophisticated methods, perpetrators use false identities to cheat their way into systems or organizations, leading to significant material damages, financial losses, and compromised security. This issue is prevalent across various sectors, making it imperative for companies to seek out robust and reliable solutions.

The Challenge With Unknown or Unverified Identities

Dealing with unknown or unverified identities presents a myriad of challenges, particularly in today’s digital world where anonymity can both protect privacy and foster misconduct. One significant challenge is ensuring security and trust in online interactions: Without confirmed identities, it’s difficult to ascertain the intentions and authenticity of the individuals behind digital profiles. This uncertainty can lead to increased vulnerability to fraud, phishing, and other forms of cybercrime, as malicious actors often exploit anonymity to escape accountability.

Furthermore, managing unknown or unverified identities complicates the enforcement of laws and regulations online. Companies and organizations struggle to track illegal activities or enforce rules when individuals operate under the radar, using pseudonyms or stolen identities. This anonymity barrier also hinders the ability to provide personalized services or security measures, as the lack of verified identity information can prevent the accurate tailoring of user experiences or the implementation of robust verification processes.

This not only poses a threat to the security and integrity of business operations but also leads to material damages and financial losses. The optical methods of identity verification are proving inadequate in the face of these advanced fraudulent practices, demanding an urgent need for a more secure solution.

Traditional techniques of identity verification face several challenges and limitations in today’s increasingly digital and sophisticated threat landscape.

Here are the primary issues associated with traditional / analog identity verification methods:

Manual Processes

Many traditional verification processes are manual, requiring significant human effort and time. This not only slows down operations but also introduces the possibility of human error, reducing the overall reliability of the verification.

Lack of Real-Time Verification

Traditional methods often lack the capability for real-time verification, leading to delays that affect customer satisfaction and operational efficiency, especially in sectors where instant verification is critical, such as finance and online services.

Limited Accessibility

Relying on physical presence or documents can limit accessibility for users, particularly in remote or underserved areas where obtaining official documents can be a challenge, or for people with disabilities.


Manual and paper-based verification processes can be costly, involving expenses related to personnel, document handling, storage, and more. These costs can be prohibitive for smaller businesses or startups.

Inadequacy for Digital Transactions

As the world moves increasingly online, traditional verification methods are often not suitable for digital transactions, where the counterparties are not physically present and the risk of cyber fraud is higher.

Scalability Issues

Scaling traditional verification methods to handle large volumes of verifications can be challenging, requiring significant additional resources, and potentially leading to bottlenecks during peak times.

Globalization Challenges

Traditional verification methods may not be effective for international verification due to differences in document types, languages, and legal frameworks across countries.

Given these challenges, there is a growing shift towards digital identity verification solutions to provide more secure, efficient, and user-friendly verification processes.

The problem with false identities spans across various dimensions, impacting businesses and organizations.

Here’s a breakdown of the issues caused by false identities:

Fraud and Financial Losses

One of the most direct consequences of false identities is financial fraud. Businesses and organizations can suffer significant losses due to unauthorized transactions, identity theft, and other fraudulent activities enabled by fake identities.

Security Risks

False identities pose a substantial security risk, as they can be used to bypass security measures in place to protect sensitive information and systems. This can lead to unauthorized access to confidential data, breaches of security systems, and the potential for significant harm to individuals and organizations.

Legal and Regulatory Non-compliance

Many industries are governed by strict regulations that require accurate identity verification to prevent money laundering, terrorism financing, and other illegal activities. False identities can lead to non-compliance, resulting in hefty fines, legal action, and reputational damage for businesses.

Resource Drain

Detecting and mitigating the effects of false identities require significant resources, including time, money, and manpower. Organizations often need to invest in advanced security technologies and continuous monitoring, diverting resources from other critical areas of operation.

The proliferation of false identities is a complex challenge that requires a multifaceted approach to address, involving technological solutions, legal frameworks, and international cooperation to mitigate its diverse and far-reaching impacts.

The Solution: Introducing the MOBILE CHIP SDK

Recognizing the need for a more secure and reliable method of identity verification, the introduction of MOBILE CHIP SDK presents a game changing approach. This innovative solution from OVD Kinegram – the global leader in protecting identities – leverages the chip embedded in identity documents, which serves as a highly reliable source of identity due to its issuance by trustworthy authorities and its equipped mechanisms that ensure content integrity. The chip contains essential information, including the person’s photo, personal details, and important document information, making it an original and tamper-proof document.

Features of the MOBILE CHIP SDK

Secure and Reliable

The technology is underpinned by a foundation of security, ensuring that the identities verified through this system are genuine and untampered.

High Level of Data Protection

With advanced encryption and security protocols, the MOBILE CHIP SDK ensures that personal data is protected against unauthorized access.

Easy Handling for Users

Designed with user convenience in mind, this technology allows for effortless identity verification processes.

Proven Technology

The effectiveness of the MOBILE CHIP SDK is backed by its successful deployment in both the police and private sectors, demonstrating its reliability and efficiency.

Integrity Verification

It offers the capability to not only verify the data but also ensure the originality of electronic travel documents, guarding against any tampering or alterations.

MOBILE CHIP SDK enables enterprises and organizations to verify identities securely and efficiently

The advent of the MOBILE CHIP SDK heralds a new era in secure and efficient identity verification, leveraging the robust standards of ICAO 9303 to read and verify data from the chips embedded in ID cards and biometric passports. This technology not only accelerates the verification process but also ensures a high level of dependability in identifying the authenticity of the documents presented.

To harness the capabilities of the MOBILE CHIP SDK for chip data reading, ID documents must incorporate several sophisticated security features designed to safeguard against unauthorized access and falsification:

Near Field Communication (NFC)

This technology enables wireless communication between the chip embedded in ID documents and the reading device. NFC is crucial for the initial detection and communication with the chip, facilitating a contactless exchange of information.

Access Protection and Secure Communication

To prevent unauthorized access to the chip’s data, several mechanisms are in place:

Basic Access Control (BAC)

Serves as the first line of defense, requiring that the document’s optical data be read (such as the machine-readable zone) before allowing access to the chip. This ensures that only authorized parties can initiate communication with the chip.

Password Authenticated Connection Establishment (PACE)

Enhances security by establishing a protected communication channel between the chip and the reader, safeguarding against eavesdropping and skimming attempts.

Extended Access Control (EAC)

Further secures sensitive biometric data stored on the chip, allowing only specifically authorized readers to access this information, crucial for protecting personal data.

Data Authenticity

Ensuring the data read from the chip is authentic and has not been tampered in any way.

Passive Authentication (PA)

Checks the digital signature on the chip’s data against a certificate stored within the document or accessible to the reading system, verifying that the data has not been altered since issuance.

Chip Authenticity

Verifying that the chip itself is genuine and not a counterfeit is another critical security measure.

Active Authentication (AA)

Prevents cloning of the chip by verifying a digital signature created by a private key within the chip, which cannot be copied to a fraudulent chip.

Chip Authentication (CA)

Further secures the process by establishing a secure cryptographic communication session, confirming the chip’s authenticity, and ensuring it is not a clone.

These sophisticated security protocols and features integrated into ID documents and supported by MOBILE CHIP SDK provide a comprehensive solution for secure and reliable identity verification, safeguarding against the myriad of threats posed by identity fraud.

Summary: The MOBILE CHIP SDK is a Leap Towards Secure Verification

The introduction of MOBILE CHIP SDK marks a significant advancement in the realm of identity verification. By utilizing the secure and reliable foundation provided by passport chips, businesses can safeguard themselves against the risks posed by false identities. This technology offers a blend of high data protection, user-friendly interfaces, and proven reliability, making it an ideal solution for companies looking to enhance their security measures.

As identity fraud continues to evolve, the adoption of MOBILE CHIP SDK represents a proactive step towards mitigating material damages and financial losses, thereby securing the future of digital transactions and interactions.

More articles in our blog series “Why Our Solution is Secure”

Why Our Solution is Secure - Enhancing security with MOBILE CHIP SDK: Traditional techniques of identity verification face several challenges. In this article we take a closer look why the MOBILE CHIP SDK is a great solution to prevent identity fraud.
Why Our Solution is Secure - Why is the MOBILE CHIP SDK technology safe and reliable? In this article, we take a look at the MOBILE CHIP SDK technology from different angles.
Why Our Solution is Secure - Security and Quality Measures in the MOBILE CHIP SDK. In this article, we take a detailed look at the various security and quality measures in the MOBILE CHIP SDK.
Why Our Solution is Secure - Components of the MOBILE CHIP SDK. This article outline the products and components of the MOBILE CHIP SDK. They are designed to offer a robust and secure solution for integrating and managing identity verification processes.
Why Our Solution is Secure - How the Security Mechanisms in our Products work. This article delves into the specifics of documents and the eMRTD applet, exploring its features, functionality, and the security, it provides.

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