As we continue to embrace hybrid work, chief information security officers (CISOs) and compliance teams are wading through and in some cases even overlooking many different areas related to collaboration security. We’ve highlighted the top three areas of risk in this post which should keep CISOs awake at night. The remote workplace continues to evolve at lightning speed, and so too should CISOs – or risk sensitive materials ending up in the wrong hands.
While a number of useful countermeasures are being taken across corporate boards, progress remains relatively slow in the face of borderline existential threats. Not so long ago, companies thought of cybersecurity as a technology problem to be overseen by the chief security officer or the chief information officer, or as a compliance issue to be managed with audit functions. Today, thankfully, a more holistic, proactive and analytical approach is generally taken. There is more security training and better hygiene and most boards now count a seasoned CISO as one of their directors.
Ransomware is one of the most prominent cybersecurity threats organizations face today. Any institution or company (small or large) can fall victim to ransomware – including schools, healthcare providers, educational facilities, non-profit entities, and government agencies. Cybercriminals that deploy ransomware attacks do not discriminate. Thankfully, there are ways to protect your organization from ransomware attacks. In this article, you’ll discover everything you need to know about ransomware as a chief information security officer (CISO), from its evolution to preventative methods to prevention.
BlackBerry Limited released its 2021 BlackBerry Threat Report, detailing a sharp rise in cyberthreats facing organizations since the onset of COVID-19. The research shows a cybercrime industry which has not only adapted to new digital habits, but also become increasingly successful in finding and targeting vulnerable organizations.
Life used to be simpler for security teams. In the legacy world, they had a clear understanding of the environment they needed to protect—typically the standard LAMP stack (Linux, Apache, MySQL, PhP). Within this straightforward, relatively static infrastructure, they could carve out a network layer all for themselves to implement the security technologies of their choice. They also had a direct line to vendors to discuss the security controls that needed to be implemented. But in the age of DevOps and cloud, things just don’t work this way anymore. Four key changes have left security teams struggling to protect applications and organizations.
The WSJ's Cybersecurity executive forum will take place virtually on June 2, 2021. The day-long forum will give security executives insight into case studies from peers and allow them to connect directly with peers in the industry to discuss biggest challenges and best practices.
State of Cybersecurity 2021 report finds that 61% of cybersecurity teams are understaffed
May 4, 2021
The pandemic’s disruption has rippled across the globe, impacting workforces in nearly every sector. However, according to the findings from the State of Cybersecurity 2021 Part 1 survey report from ISACA in partnership with HCL Technologies, the cybersecurity workforce has largely been unscathed, though all-too familiar challenges in hiring and retention continue at levels similar to years past.
In a new study that surveyed enterprises with 3,000 or more employees, 60% of respondents are concerned pentesting gives them limited coverage or leaves them with too many blind spots.
In order to remain resilient and meet the emerging priorities around effective supplier management, improved business continuity planning, and increased community engagement, business leaders need to assess and benchmark their performance around three core areas of organizational resilience: operational resilience, supply chain resilience, and information resilience.
The National Security Agency (NSA) released the Cybersecurity Advisory, “Stop Malicious Cyber Activity Against Connected Operational Technology.” The CSA details how to evaluate risks to systems and improve the security of connections between OT and enterprise networks. Information technology (IT) exploitation can serve as a pivot point for OT exploitation, so carefully evaluating the risk of connectivity between IT and OT systems is necessary to ensure unique cybersecurity requirements are met.
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