The digital world has many benefits and numerous risks. Online hazards that millions of people encounter every day include cyberattacks, data breaches, online fraud, identity theft, false information, hate speech, cyberbullying, and child exploitation. According to a Risk Based Security estimate, more than 22 billion records were exposed in over 4,100 data breaches in 2022. Technology is essential in averting these problems. It has the ability to make the internet environment safer and defend us against damage.

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This article will look at some of the newest technologies influencing online safety’s future.

Scanning on users’ devices

This is a technology that lets service providers scan users’ devices for harmful content, such as CSAM (child sexual abuse material), without invading their privacy or security. It works by comparing the codes of files on users’ devices to those of known harmful content on a server. The service provider has options for dealing with a match, including reporting it to the authorities or removing it from the user’s account. Children can be shielded from harm, and CSAM can be stopped from spreading online with this.

Recognizing images and videos

This is a technology that makes it possible for machines to analyse and understand visual content like photos and videos. Service providers can use this technology to find and remove harmful content like CSAM, violent extremism, graphic violence, and nudity. Service providers can also use this technology to check the truthfulness and source of visual content like deep fakes, which are fake images and videos. This technology can help service providers improve the user experience by providing features like face detection, object recognition, scene classification, and caption generation.

Verifying age and identity

This enables service providers to check the identity and age of their users online. Age verification can help service providers follow ethical standards and legal rules when protecting children online. Age verification can also help service providers stop children from using dangerous or inappropriate online services or content. Identity verification can also avail online service providers to gain users’ trust and credibility.

Biometrics and facial analysis

These technologies let machines recognize human features, such as fingerprints, iris patterns, voice prints, and face features. Service providers can use these technologies to make online authentication systems easier and safer for users. For example, users can unlock their devices or accounts with their faces or fingerprint. Biometrics and facial analysis can also help service providers personalize and customize their online services for different users.

Blockchain and cryptography

These technologies assist us in securing and confirming our internet transactions. A network of nodes keeps track of a typical record of transactions using blockchain technology. Cryptography is a system that employs mathematical codes and keys to safeguard data from unauthorized access or modification, and it is used by blockchain. Cryptography is an essential part of blockchain security because it protects users’ privacy, the accuracy of transactions, and network agreement. Users can also use cryptography to create and prove their digital identities and show ownership of blockchain assets.

Cloud computing and edge computing

There are two distinct approaches to internet-based computing services. Big data analytics, machine learning, and online applications that are not time- or location-sensitive can all benefit from centralized computing and storage provided by cloud computing. For real-time IoT applications, video streaming, gaming, and other time- or location-sensitive applications, edge computing offers decentralized computing power and storage. Many services can benefit from increased efficiency, security, and performance when combined with cloud computing and edge computing. For example, edge computing can reduce network bandwidth and latency for cloud services, while cloud computing can provide the backend infrastructure, storage, and management for edge devices.

Quantum computing and quantum cryptography

Quantum physics is used in these technologies to carry out intricate encryption and computations.
Qubits can encode more than two states simultaneously, such as 0 and 1, in quantum computing. In quantum computing, interference and entanglement, two quantum phenomena, are used to execute concurrent operations on a massive number of qubits.
Many encryption techniques based on challenging mathematical problems can be broken using quantum computing, which is able to tackle complex problems that regular computers cannot.
Data encryption and transmission utilizing quantum physics are known as quantum cryptography.
Quantum cryptography uses quantum properties to share secret data and keys in a way that prevents spying or makes it detectable.
Quantum cryptography also enables the development and use of new encryption methods that are incompatible with conventional communication.

Cybersecurity education and awareness

These are important to create a culture of security within an organization and among its stakeholders. Cybersecurity education is the practice of teaching cybersecurity skills to organizational workers and other relevant audiences, such as customers, partners, and suppliers. Cybersecurity skills are the ability to understand and use basic cybersecurity concepts and practices in everyday situations. Cybersecurity education aims to provide organizational workers with effective training and compliance.

Therefore, they know how to teach security skills, what they need to do it, and how to link it to the bigger goal of good security behavior. Cybersecurity awareness is being aware of cybersecurity in everyday situations. Cybersecurity awareness can motivate organizational workers and other relevant audiences to change their behavior by increasing their knowledge, skills, and attitudes about cybersecurity.

Conclusion

Technology is a powerful tool for making our online experience and the digital world safer. Service providers can focus on the trust and safety of their online users by using these new technologies. They can also improve their efficiency and competitiveness in the digital market. These technologies also give users more power over their online identities and privacy and access to more reliable and trustworthy online information.