From security and efficiency to performance, modern network and application infrastructure challenges are analogous to the methods employed by the TSA, and by extension, the good and bad experiences of travelers everywhere.
Cyber Security
Cyber criminals, state-sponsored hackers and even the occasional disgruntled employee are constantly looking to gain unauthorized access for a variety of purposes: theft of money, cyber espionage, personal information for sale or for use in scams, and damage to critical infrastructure for just a few of the most common.
So how does an organization mitigate an entire world full of continual cyber attacks? Just as buildings have a number of necessary elements of physical security: access control, cameras, alarms and so on; there are similar key elements of cyber security that are absolutely vital for just about any modern business.
It starts with identifying and closing the most common doors that attackers use. For example, phishing attacks on employees are far and away the most common initial point of entry. The breach of even a low-level employee account can quickly turn into an escalation in access privileges and the ability to reach sensitive information. This is also true of smart devices, which are generally more poorly secured than computers and phones.
To prevent a true calamity, we need to bolster our cyber resilience by evolving our approaches and responses to cyber threats, be they ransomware or state-sponsored attacks, by using extensive scenario planning and wargaming.
Given that compromised credentials are a leading cause of cyber attacks, many cyber insurance underwriters are looking for robust privileged access management (PAM) and multifactor authentication (MFA) controls before pricing out their policies.
With data breaches happening every day, it's time for enterprises to understand the severity of password reuse and prevent it from becoming a costly affair.
It’s critical to change employee training about cybersecurity. AI platforms can help address the technical aspects of security concerns, as well as the human ones. This can be done through extensive employee training, specifically catered to determine what points need extra attention.
SEC cybersecurity rules requires companies to specify how and the process by which the board oversees risk from cyberthreats, the subcommittees involved in oversight, and whether and how management updates the board and subcommittees.
Each partner in the software supply chain must understand their role in maintaining the security of the process. Transitioning from a blame-game to a proactive stance allows organizations to implement a well-defined, adaptable, and optimized strategy that helps mitigate risks and protect the supply chain.
Privilege solutions wield a transformative influence on the realm of cybersecurity, with two essential components, Privileged Identity Management (PIM) and Privileged Endpoint Management (PEM), taking center stage.
Object storage can help healthcare organizations cost-efficiently scale to meet unexpected demands, manage data more effectively, and protect against the rapidly growing ransomware threat.
The automotive industry uses cryptography extensively both in external and internal communication, as well as other uses. Due to the relative rigidity of automotive products, there is an urgent need to fit the vehicles to the quantum computing era as soon as possible.










