It’s hard to be in the realm of technology and not hear about APIs these days. Whether it’s the launch of the ChatGPT API or news of a significant data breach at Twitter, APIs are having their time in the spotlight. Yet, despite their ubiquity, many still have questions about APIs' capabilities (and limitations). What are APIs for? What do they do? And what are they unable to do in the current era?

The Open Web Application Security Project (OWASP) is a non-profit foundation devoted to web application security. One of OWASP's guiding principles is that all of their resources should be freely available and simple to find on their website, enabling anyone to increase the security of their own web applications. They provide forums, tools, videos, and documentation among other things.

APIs were already ubiquitous in driving modern applications. However, the pandemic has further accelerated growth in innovation and expansion of digital services, making APIs even more widespread. In today’s world, rapid innovation would not be possible without secure APIs. Attacks on APIs are increasing exponentially. Gartner suggests API abuses are the most significant attack vector since 2022. Hence securing APIs is more critical than ever in the past.

A couple weeks ago, ServiceNow and NVIDIA announced a groundbreaking partnership to help expand ServiceNow’s generative AI use cases for their customers to strengthen workflow automation and rapidly increase productivity. ServiceNow is also helping NVIDIA streamline its IT operations by using NVIDIA data to customize NVIDIA NeMo foundation models running on hybrid-cloud infrastructure.

An effective approach to enhancing your cloud security posture entails creating an effective cloud governance framework. In today’s digital era, cloud computing has become a critical component of businesses worldwide. Organizations leverage the cloud’s scalability, flexibility, and cost-effectiveness to drive innovation and growth. However, these benefits come with myriad security challenges. Cyberthreats are evolving rapidly and data breaches are growing both in frequency and impact.

Reverse engineering is one of the most notorious methods using which hackers exploit an application or software. If you're in the mobile app development industry and use Flutter for app development, you'd know the threat reverse engineering poses to apps. While 100% protection from reverse engineering isn't possible, you can give the hackers a tough time trying to exploit your app. And this blog is there to help.

The Internet of Things (IoT) has revolutionised various industries, from healthcare to automotive, and smart cities. With countless connected devices now managing critical operations, the need for robust cybersecurity measures has never been more crucial. As the IoT ecosystem continues to expand, new security risks and challenges emerge, demanding an in-depth understanding and effective strategies to address them.

Back in 2015, we published an article about the apparent perils of driverless cars. At that time, the newness and novelty of sitting back and allowing a car to drive you to your destination created a source of criminal fascination for some, and a nightmare for others. It has been eight years since the original article was published, so perhaps it is time to revisit the topic to see if driverless cars have taken a better direction.

Large language models (LLMs), such as ChatGPT, have gained significant popularity for their ability to generate human-like conversations and assist users with various tasks. However, with their increasing use, concerns about potential vulnerabilities and security risks have emerged. One such concern is prompt injection attacks, where malicious actors attempt to manipulate the behavior of language models by strategically crafting input prompts.