Innovations in Degree Authentication Technology can help curtail fake degrees by providing a secure and reliable way to verify credentials. This will also improve the security of educational institutions by reducing their exposure to cyber attacks.
This paper proposes a novel architecture for higher education degree attestation and verification using blockchain technology. It is a permissioned distributed application that uses hyperledger fabric for architectural validation, hash-based encrypted data blocks, and private network transactions.
Fake Degree Certificates
Fake degree certificates have become a billion-dollar industry. This is an issue that can affect recruitment and reputation and should be a concern for higher education leaders.
The counterfeit degrees are a result of diploma mills, which are fraudulent businesses that offer fake certification for a fee. These companies are difficult to police and seem to have an insatiable market for their product.
One reason for the growth of fake university certificates is the high cost of genuine degrees. The average US undergraduate degree costs about $30,000, and many students have to borrow this money. This makes the fake credentials a tempting alternative.
The other reason is the ease with which they can be created. The forged academic credentials are often authentic-looking, and they feature official elements like institutional seals, registrar signatures, and certificate numbers. These are designed to be similar to real degree certificates so that they can easily be mistaken for authentic ones. They can be used as a replacement for a genuine degree, or they can be presented to an employer to get a job.
Blockchain for Degree Verification
In Pakistan, the higher education system is facing numerous challenges. Many universities and the HEC have poor record systems that make it difficult to verify academic credentials. Additionally, there are also fake degrees and forged certificates. As a result, students are not getting jobs or finding the right jobs.
Blockchain technology can improve the degree attestation and verification process. This technology allows universities to share verified information with employers and recruiters. It is also a more secure and transparent alternative to traditional paper-based certificate systems and browse this site https://lambang-toanquoc.com/. This technology also provides more flexibility for universities and the HEC.
The blockchain for degree attestation and verification is an open source digital ledger that records and validates data. The blockchain uses cryptography to protect the integrity of data and prevent any tampering or forgery. It can also be used to trace the origin of a document or data record. As a result, it has the potential to increase transparency and security in the global education ecosystem. The proposed HEDU-ledger architecture is a hyperledger fabric enabled solution that enables stakeholders to access and retrieve degree attestation, verification, and tracing related data records in a peer-to-peer private permissioned network.
Digital Credentialing Systems
As the world becomes increasingly digital, traditional paper certificates are giving way to more flexible and secure alternatives. Verifiable credentials like digital badges, degrees, micro-credentials, and blockchain credentials are revolutionizing how people prove their skills and achievements.
These online representations of academic qualifications are easy to verify and provide a wealth of benefits for both issuers and recipients. They promote lifelong learning and career development by enabling individuals to demonstrate their range of skills throughout their professional careers. They also encourage collaboration and knowledge sharing by allowing organizations to showcase the skills of their employees.
Unlike physical certificates, digital credentials can be easily verified online with one click by employers, educational institutions, and other stakeholders. This makes them more convenient and reduces costs for both issuers and users as they eliminate the need to ask for copies to be sent by post. Additionally, digital credentials are less prone to damage or loss. They are also easier to update with small changes like spelling mistakes or design amendments, which can be costly for physical certificates.
AI and Machine Learning in Degree Authentication
Artificial intelligence and machine learning can improve degree verification technology by strengthening multi-factor authentication (MFA). They can help identify and confirm fake documents, and provide a more seamless experience for customers. They can also detect and prevent fraud through the use of predictive analytics.
For example, ML algorithms can perform pattern recognition and time-series analysis to detect suspicious behavior such as password reuse, which is a common form of hacking. They can also check for potential risk factors and match data to watchlists and databases of compromised credentials, which can alert businesses to new threats in real-time.
Preventing these types of attacks requires rigorous cybersecurity measures and user education, along with regulatory frameworks that dictate data practices and standards. Moreover, it’s important to consider ethical considerations when designing AI-based identity verification systems, such as transparency, fairness, and accountability. This includes preventing algorithmic bias and ensuring that privacy rights are protected. This is why it’s essential to work with a digital identity security provider that specializes in this area, such as GlobalSign. Our team of experts can help you leverage these technologies and protect your organization against cyberattacks.
Biometric Authentication for Academic Credentials
As education becomes increasingly digital, it’s important to implement technology that can prevent fraud and identity theft. Biometrics can help to solve these issues by verifying the identities of students and employees, preventing imposters from accessing critical data.
Unlike traditional ID cards, biometrics are based on unique physical or behavioral characteristics that can’t be replicated or stolen. This makes them a strong authentication tool against account takeover attacks and other cyberattacks.
Additionally, many biometrics can also be used to detect spoofing attacks. By utilizing liveness recognition, which separates real from fake biometric features (such as photos or masks), these systems are able to stop phishing attempts and other types of spoofing attacks.
Another way to improve the security of biometrics is by combining two distinct traits, such as face and voice, to increase the level of accuracy and reliability. This multimodal approach will also help to reduce the chance of unauthorized access. In addition, by incorporating multimodal biometrics into everyday devices and systems, people will experience a seamless, convenient user experience. This will also help to increase trust and accountability while keeping sensitive data safe from hackers.