Mobile app security refers to the measures, protocols, and practices implemented to protect a mobile application, its data, and its users from unauthorized access, data breaches, vulnerabilities, and cyberattacks. This includes implementing encryption, authentication, access controls, secure coding practices, and regular security assessments to mitigate specific threats and risks to the mobile app and its ecosystem.
With the United Nations Economic Commission for Europe World Forum for Harmonisation of Vehicle Regulations (UNECE WP.29) framework coming into effect in July 2024, leaders across the Automotive sector are apparently ‘swamped’ by the volume of compliance and security risks that need to be addressed to protect drivers in all types of connected or autonomous vehicles.
Interconnected, data-enabled devices are more common now than ever before. By 2027, it is predicted that there will be more than 41 billion new IoT devices. The emergence of each new device offers a fresh vulnerability point for opportunistic bad actors. In 2022, there were over 112 million cyberattacks carried out on IoT devices worldwide. Without sufficient protection, attackers can exploit these weak points to gain access to sensitive data or restrict access to internet networks.
83% of organizations find cloud security to be a concern in the case of cloud computing. This overwhelming concern stems from the large-scale interactions offered by the cloud which can result in security risks, data leaks, and compliance issues.
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Mobile applications have a large share of digital assets, due to their frequent presence in everyday life. As we progress towards a digital age, cybersecurity is an ever-growing concern.
AWS or Amazon Web Services is no new name in the tech industry. Given the extensive range of services it offers involving computing, storage, database, networking, and much more, it is extensively utilized by businesses worldwide. One majorly important domain where AWS has set a precedent is security. However, realizing the full potential of its efficient security model requires proper AWS security assessment.
As organizations adopt Microsoft AKS at scale, they need to enforce namespace or even workload-based isolation for better security and compliance. This isolation, often referred to as microsegmentation, can help prevent the lateral movement of threats inside Kubernetes clusters, achieve compliance by limiting communication across workloads or namespaces, and enable multi-tenancy by limiting communication.
