This is the second part of a three-blog series on startup security. Please check out part one too. The anatomy of a software vulnerability is a bit like mercury accumulation in seafood. Trace amounts of naturally occurring mercury in seawater is absorbed by algae and bioaccumulates up the food chain. Large fish at the top of the food chain contain the most mercury and should be consumed in limited quantities.

As businesses continue to adopt cloud integration and remote work increases, security teams are facing more visibility challenges as well as an influx of security event data. There is more need to understand the threats than ever before, as the threat surface area increases, and tactics increase. Cyber threats are becoming more sophisticated and occurring more frequently, forcing organizations to rely on quality threat detection to protect their data, employees, and reputation.

Currently, Move to Earn or free step tracking apps seek to improve the health of the users with innovative methods to earn money. Free step tracking apps are now mostly related to the blockchain industry aka “Move to Earn” technology. There are now hundreds of M2E apps in development. The idea is simple. You sign up in the app (using your email & full name), turn on location tracking & you’re good to go jogging , running & walking.

Software-as-a-service (SaaS) is becoming the dominant way enterprises access digital tools. While this delivery method has many advantages, from scalability to consistent security updates, it can create significant vulnerabilities if developers and users aren’t careful. Organizations today use more than 100 SaaS apps on average, and that figure keeps climbing.

Data is the most valuable asset of any organization, and most employees have access to secure business data. This makes them the first line of defense against combating a cyber-attack. However, hackers target vulnerable employees with insecure devices and sophisticated techniques to access the company's network and compromise valuable data. Human error enables a vast majority of cybersecurity problems. Many employees are already aware of the dangers that their mistakes can pose.

This is the first part of a three-blog series on startup security. Software vulnerabilities are the bane of every security team. A newly discovered vulnerability can turn a crucial software product into a ticking timebomb waiting to be exploited. Security practitioners and IT teams tasked with protecting their organizations must identify and mitigate a constant stream of new vulnerabilities before their presence results in a breach.

This is the final article of the DevSecOps series and how it overlays onto DevOps lifecycle. In the first article, we discussed build and test in DevSecOps. In the second article, we covered securing the different components of the deploy and operate process. The final phases of the DevOps lifecycle are monitoring the deployed applications and eventually decommissioning when they are no longer needed.

Over the past several years, hackers have gone from targeting only companies to also targeting their supply chain. One area of particular vulnerability is company software supply chains, which are becoming an increasingly common method of gaining access to valuable business information. A study by Gartner predicted that by 2025, 45% of companies will have experienced a supply chain attack.

IAM (identity access management) involves numerous IT practices to enforce identity authentication and verification. But Web3 could change how we use the internet by simplifying data protection and IAM procedures. Two factors contribute to the need for authentication practices that are both fast and accurate. One, rising cyber threat activity, and two, infrastructure changes and complexity. Now, IT teams need new ways to authorize identity credentials to adapt to an evolving environment.

Security Operation Centers (SOCs) offer a robust method of ensuring cybersecurity and safety within an organization. Their demand has continued to grow, specifically with a significant rise in cyber-attacks amidst a looming cybersecurity skills gap. However, despite a typical SOC analyst's immense training and knowledge, mitigating the increase in cyber-attacks is no easy job.