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Zero Trust

Tackling Cyberattacks on Government with DNS Security

Cyberattacks spare no industry. One popular target for hackers is the Domain Name System (DNS), which can easily be exploited without adequate security measures due to its openness. DNS attacks within the government sphere are particularly dangerous: since governments and their institutions handle extensive amounts of highly sensitive personal information (such as voter and tax data), the repercussions of an attack are vast, making DNS security measures to prevent damages a critical component of any government’s digital infrastructure. With governments...

Mitigating Cyberattacks on Financial Sector with DNS Security

The financial sector has gradually outsourced banking and financial services, migrated apps and data to the cloud, and developed platforms allowing customers to carry out their transactions online. But digitizing banking services and associated data increases vulnerability to cyberattacks, and the potential reward for successfully hacking a financial institution is huge. Attacks targeting DNS in particular have become very common due to its criticality to the network – practically all network connections are initiated using DNS – so findings in...

Mitigating Data Theft in the Education Sector with DNS Security

In recent years the education sector has undergone a significant digital transformation, replacing school books with tablets and in some cases physical classes with virtual classrooms. E-learning platforms and digital devices have become commonplace in most institutions, especially in higher education. The COVID-19 pandemic has accelerated adoption of digital education tools, prompting ad hoc overnight solutions for remote learning. However, the BYoD culture and rising number of connections from remote locations has led to network security challenges. Cybercriminals have taken...

Enabling Industry 4.0 Through DNS Security

Industry 4.0 is defined as the ongoing transformation of traditional manufacturing and industrial practices combined with the newest smart technology. The aim is to improve processes via leveraging increased automation, machine-to-machine communication and internet of things (IoT) deployments, ultimately reducing the need for human interaction within the overall manufacturing process. The widespread rollout of 5G is expected to speed up the full realization of Industry 4.0, as companies across the entire manufacturing supply chain look to take advantage of its...

DNS Security in Healthcare: Paving the Way Toward Secure Health Infrastructure

In recent years, the pace of digitization in the healthcare sector has accelerated rapidly. Devices and applications in hospitals are increasingly connected via IoT, while patient data in many countries is being recorded and shared in new and innovative ways—this is expanding the types of services patients can use, as well as make their care more efficient. In many ways COVID-19 has exacerbated these trends, as the demand for telemedicine applications and remote working solutions is at an all-time high....

How to Migrate Smoothly to IPv6 with Smart DDI

IoT proliferation and the 5G new paradigm are stressing the need for Telcos to deploy IPv6 at an unseen scale on their public infrastructures. At the same time, in the context of private networks, enterprises could face the need to move faster from IPv4 coexistence to IPv6 migration in order to simplify service deployment at scale. IP address is required for every device Nowadays, and even more so in the future, any device is expected to have an IP address...

2019: The Year That Saw Cost Per DNS Attack Soar Past $1M

For organizations globally, across all industries, cybersecurity was once more one of the hottest topics of the year. The SonicWall report states that in just the first nine months 7.2 billion malware attacks were launched, with IoT malware worryingly increasing by 33% to 25 million. As the frequency of attacks continued to increase, DNS remained a favorite target, as well as an attack vector (91% of malware are using DNS). The IDC 2019 Global DNS Threat Report revealed 82% of...

Cloud to the Edge Brings IP Space Complexity

The future of cloud computing is near the edge. Edge computing brings compute and storage at the network perimeter, closer to usages. According to the ECCE (Edge Computing Consortium Europe) “The Edge Computing paradigm describes an approach to execute certain services closer to devices and thereby supplements centralized Cloud Computing solutions”. However, this new architecture approach brings with it infrastructure and network challenges. Included in this context of increased complexity are the IPAM repository and network functions such as DNS...

Cisco DNA and EfficientIP IPAM Integration, For Easy Access Network Deployment

When focusing on zero touch automation, orchestration and automated network deployment are in the landscape. For maximizing the efficiency of this process, an IP address management (IPAM) solution is a key component that will ensure coherence of this automation, provide error-free configuration and bring significant administration savings. This is why EfficientIP offers Cisco DNA customers strong integration on automatic IP address provisioning for access networks. What is Cisco DNA? Cisco Digital Network Architecture (DNA) is an open, extensible, software-driven architecture...

Responding to rapidly growing DNS threats, a critical need for APAC organizations

The average financial loss to organisations across Asia Pacific from DNS attacks is on the rise, up 19% from last year. Reports say that 62% of organizations in the region have suffered application downtime associated with DNS attacks. Companies in Asia Pacific have been steadily upping their technology spends in a quest to embrace digital economy and respond to increasing consumer and stakeholder demands. As the growth engine of the world, APAC has seen a rapid surge in the exchange...

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