DNSDNS SecurityInternet of ThingsPrivacy LawsDNS Threat Intelligence for Higher Education NetworksWith IT staff struggling to protect legacy networks on tight budgets, itโs no wonder schools and universities are top targets for cybercriminals. Sprawling campuses handling BYoD and multiple IoT devices, together with frequent ransomware attacks and compliance regulations add to the difficulty. The 2023 IDC Threat Survey found that 90% of institutions each suffer on average 8 DNS attacks per year, with every attack costing $1.15M in damages. The report goes on to provide recommendations on how Higher Ed can...
DDIDHCPDNSInternet of ThingsIPAMNetwork AutomationHow DDI Helps Higher Education Surf the Network Automation WaveUniversity networks are increasingly burdened with new technologies and security concerns brought with the explosion of mobile devices and applications. At the same time, network administrators are becoming overwhelmed by privacy and compliance requirements, while also trying to meet student expectations for high performance and always-on connectivity. With limited budget and resources, the only way to cope is by adopting networking automation. Core to this are data insights, open APIs, and Network Source of Truth (NSoT). For advancing network automation...
DNSDNS SecurityInternet of ThingsPrivacy LawsNew IDC Report: DNS Threat Intelligence for Proactive DefenseYear after year, the impacts and costs of DNS attacks continue to rise, causing severe damage. Based on a survey of 1,000 security experts, the new 2023 IDC Threat Report shows 90% of organizations suffered DNS attacks, costing $1.1M each. Highlighting the fundamental role of DNS in network security strategies, the report confirms that it is time now more than ever to strengthen protection via a purpose-built, integrated DNS security solution. DNS threat intelligence offers evolution to proactive defense, while...
DDIDHCPDNSInternet of ThingsIPAMNetwork AutomationHow DDI Helps Telcos Move Their Network Automation ForwardWith ever complexifying networks, multi-cloud adoption, stricter regulations, explosion of IoT, and new services introduced by Private 5G, telcos and ISPs are turning to network automation for improving operational agility and efficiency. At the heart of this is trusted data (Network Source of Truth), open APIs, and DDI. The new IDC 2023 Network Automation report explains drivers, inhibitors, benefits seen, and why DNS-DHCP-IPAM (DDI) is an obvious starting point for enabling zero touch operations. Why is the Telecom Sector Turning...
DNS SecurityHow DNS Security Helps Combat RansomwareEveryone knows that Ransomware has become costly as attacks target organizations in every industry vertical. Governments, the private sector, and critical infrastructure owners face intolerable data, financial, and reputational losses with seemingly no way to stop it. But perhaps weโre not trying the right way. In most cases, ransomware needs the Domain Name System (DNS) so it can achieve its malicious goals. However, security solutions such as Next-Generation Firewalls (NGFW) have limited DNS coverage in the security ecosystem. Purpose-built DNS...
Privacy LawsData Regulations: Time to Step up Your Data Theft ProtectionTodayโs data-driven economy is being led by personal data, so naturally focus is turning more strongly to privacy and protection. New regulations have appeared over the last few years, with a rapid acceleration in regions such as North America and APAC. While itโs only fair that regulators introduce these new laws with their associated fines for data breaches, companies are still finding it extremely challenging to ensure confidentiality of their data. Cybercriminals are smart guys – data theft and ransomware...
DDIDNS SecurityInternet of ThingsIPAMNetwork AutomationVirtualization & CloudTop 5 Network and Security Predictions for 2023Welcome to 2023, a year that promises to be another one full of turbulence, coming back from the pandemic, and facing the current hectic economic climate and downturn which in effect brings new challenges to enterprises. They have to develop (new) resilient strategies, resist threats, improve operational efficiency and reduce costs. This is where network automation comes into play and shines. And as if this is not enough already, further continuation of adopting hybrid working, network modeling, risk mitigation, and...
DDIIPAMNetwork Automation2022 Top 5 Highlights for Network Automation and Security2022 has been challenging for IT and network teams. While the pandemic brought a shift to cloud and work-from-anywhere, market factors this year such as supply chain issues, the war in Ukraine, and inflation have brought โoptimizationโ to the forefront. That includes optimizing operational efficiency (time savings) as well as costs (TCO & Opex), to ensure business continuity, risk management, and compliance. To meet requirements, enhanced security postures, improved multi-cloud management, and above all network automation projects have been mainly...
DDIDNSDNS SecurityDNS RFCs: The Elephant in the Room โ Part 1DNS goes back a long way, it is more than 25 years old and is one of the most used, attacked, and implemented protocols by far. Needless to say, it has some security implications and risks attached to it too. Most of them are well documented and discussed, but one of them seems to be overlooked: RFCs (and DRAFTS) What is an โRFCโ The Internet Engineering Task Force (IETF) maintains and has a process for approving Request-for-Comments (RFC). Solely to create internet...
DNSDNS SecurityDNS Security for Healthcare: Controlling Connected Devices and Protecting Patient DataOver the past few years, healthcare organizations have been rapidly moving towards connected devices and cloud, driven by digital transformation projects and accelerated by the pandemic. However, to allow operating with complete trust, cybersecurity solutions need to keep pace with new telehealth/telemedicine technologies adopted which due to their criticality for patient health must be โalways onโ. Above all, network infrastructure needs to be reliable, connected medical devices have to be controlled in terms of what infrastructure they are allowed to...
