The life sciences industry is undergoing major transitions. Pharma, biotech, and medical device companies generate more data than ever and require higher processing power for clinical trials, gene sequencing and more. Many life sciences organizations are transitioning legacy technology stacks to the cloud, which promises the ability to accelerate processes, mobile collaboration, and strong security. To further complicate matters, there is increasing pressure to maintain regulatory compliance.

If you follow me on Medium or Twitter, you may already be aware. Still, if you don’t (I assure you that you’re missing out), I have been researching several technologies in preparation for an OPSEC/Anti-OSINT tool that I am crafting. I am using this tool as a means to push myself harder to learn something new that I can apply professionally. I am also doing this to be able to make a positive difference in the world.

As a result of this ever-increasing volume and sophistication, SOC’s and SIEM’s using traditional, reactive measures are overwhelmed. More and more organizations are turning to detection and response solutions which combine threat intelligence and cyber expertise, to uncover and remediate threats as early as possible, and also to mitigate risk of future attacks.

Requesting that a SaaS company answer a Vendor Security request has become a regular thing for companies who work in the cloud. But have you thought about how the reverse works, that is, when your customer has a VSA process focusing on you?

As a security consultant, I’m not going into an environment to design and build an organization’s network from the ground up in most situations. For the majority of the time, I’m working with legacy environments where some old technologies might be phasing out and newer ones joining the mix of solutions.

Research by Cybersecurity Ventures projects a doubling of the global cost of cybercrime in the 2015-2021 period from $3 trillion to $6 trillion. The escalation of cybercrime is closely related to the rapid expansion of the cyber attack surface. For instance, the total number of Internet users doubled between 2015 and 2018 from 2 billion to 4 billion, and is expected to hit 6 billion by 2022.

Today’s banks and financial institutions closely cooperate with various third-party vendors. While such cooperation brings a lot of benefits, it also raises some significant concerns regarding the security of the data and resources these vendors have access to. In fact, according to Verizon’s 2019 Data Breach Investigations Report, the financial sector is among the most targeted, accounting for about 10% of all data breaches across all industries in 2018.

Software vulnerabilities are part of our lives in a digitalized world. If anything is certain, it’s that we will continue to see vulnerabilities in software code! Recently the CVE-2020-0601 vulnerability, also known as CurveBall or “Windows CryptoAPI Spoofing Vulnerability”, was discovered, reported by the NSA and made headlines. The NSA even shared a Cybersecurity Advisory on the topic. Anthony previously talked about it from a public sector and Vulnerability Scanner angle.

Penetration testing (or pen testing) should form a crucial part of every cyber security strategy, but to get the most value from assessments, organisations need to ensure that they receive the best quality reports from providers.

Like the previous years, 2019 also witnessed the surge in data breaches and cyber-attacks. However, organizations having SIEM or/and SOAR system in place were better than those using traditional security tools. The cyber-attacks in 2019 were mostly related to financial crimes, supply chain attacks, phishing exploits, state-sponsored attacks, Grid attacks, health sector attacks, and attacks on IoT devices. Cybersecurity skills shortage was also one of the major concerns in 2019.