To help you and your organization plan and implement an improved cyber hygiene program, we now present a framework for full IoT device defensibility in real world deployments at scale. This framework represents current state-of-the-art best practices for protecting IoT devices, and can form the backbone of your assessment, evaluation, and improvement plans. Follow the steps below to strengthen your network defenses.
The time it takes to get engineers onsite (52% in the US and 42% globally), inadequate network monitoring (41% in the US and 36% globally) and a lack of in-house skill (40% in both the US and globally) are among the biggest challenges organizations face in resolving a network outage quickly, according to a recent study commissioned by Opengear, a Digi International company.
Zero Trust model creator John Kindervag puts it like this: “The point of Zero Trust is not to make networks, clouds, or endpoints more trusted; it's to eliminate the concept of trust from digital systems altogether.” He came up with the model in 2010, at a time when many businesses were just beginning to put foundational cybersecurity controls in place and over-relied on the assumed security inside their enterprise-owned network boundaries.
The UK has banned Huawei from its 5G telecom network, reversing a January decision to allow the embattled Chinese tech company a limited role in building the country's super-fast wireless infrastructure.
With the second anniversary of GDPR on the horizon, the topic of data security is as pertinent as ever. Despite the proliferation of connected devices and the personal information and sensitive data they harbor, many consumers are unaware of just how susceptible their pocket-sized computers are to cyberattack.
Traditional network management approaches of multiple point products, manual change processes, monolithic policies and data silos no longer work. Business, risk, service and security assurance programs all need to be agile, efficient and anticipate future threats and remedies.
The Amphion Forum (www.amphionforum.com) is taking place 28 March in Munich, and will feature a wide variety of experts in securing the "Internet of Things", or any device that connects to the internet but is not a PC.
This month in Security magazine, we explore how Corning's global security group ensured business continuity and employee safety during the global COVID-19 pandemic. Also, we highlight the global security team at Uber and their recent security programs and initiatives. Industry experts discuss travel safety programs, career hackers, working for terrible bosses, group attribution error and more.