In the past, CISOs were responsible for protecting the organization’s computer systems, networks, and data. However, with the increase of cyber threats and the ever-changing landscape of technology, the role of a CISO has had to evolve. Now, CISOs are responsible for protecting the entire organization, not just the computer systems. They are also responsible for helping the organization to be more secure and resilient, and for protecting it from cyber threats.

Cybersecurity is a critical concern for individuals, businesses, and governments alike, as the number of online threats continues to grow and evolve. With the rise of artificial intelligence, one tool that has the potential to have a significant impact on cybersecurity is ChatGPT.

In the digital age, we've seen a steady evolution of threats, but none perhaps as chilling as the rise of deep fake voices and videos. The ability to mimic someone's voice and use it for malicious intent—from convincing others to take potentially dangerous actions, to fraudulent payments, or even opening security gaps—is a threat too severe to overlook. So, how do we safeguard ourselves in a landscape where our ears can't always be trusted? Enter the challenge response phrase or word.

We've all sat in meetings where we wished we had a bingo card for the phrases being thrown around. Here's one that captures many of the ones that I hear. Now, I'm not saying that I haven't (or don't) occasionally use one of these, but hopefully never enough that I am the main contributor to completing your bingo card.

A vision without execution is a hallucination. If you’re the one responsible, the head of the ship, the bus driver, then it’s your job to execute!

The culture of an organization is a fusion of shared beliefs, core values, and practices that dictate the interactions between employees and management. It mirrors the characteristics of its members. As a leader, nurturing and maintaining your organization's culture should be paramount.

Austin Startup Week, since its inception in 2011, has always been a vibrant tapestry of Austin's entrepreneurial spirit. A unique confluence of entrepreneurs, local leaders, and enthusiasts, it offers a rich platform to connect, collaborate, and grow. This year marks the 13th iteration of this celebrated event, which will span from November 6-10, 2023. From enlightening sessions, hands-on workshops, to dynamic startup showcases and networking mixers, Austin Startup Week promises to be an engaging experience. To all those who celebrate the spirit of innovation and entrepreneurship, I wholeheartedly encourage you to register and be a part of this distinctive celebration of Austin's diverse community of trailblazers.

Autoencoders are a class of neural networks with a somewhat counterintuitive task: they are designed to replicate their input data to their output. This replication, however, isn't the main objective. The true 'magic' of autoencoders unfolds in the process of data compression, where the network distills the input into a lower-dimensional, compact representation — much like boiling down a sprawling article into a handful of key bullet points. This ability to abstract the essence of the data is realized through a two-part process: encoding and decoding.

This is a question that comes up a lot. It makes sense to ask; we are conditioned to think of computers and programs as being entities that follow very specific logic flows, capable of generating detailed records about the paths they take while performing operations. Yet, this is not so in the realm of neural networks. Why? Because once trained and operational, they function in many ways similar to the human brain.

Understanding the basic structure of neural networks can demystify some of the magic behind AI-driven solutions and strategies that are transforming industries around the globe. They're not just theoretical constructs but practical tools driving innovation, efficiency, and competitive advantage. At its core, a neural network is an inspired mimic of the human brain's function, designed to recognize patterns and solve problems. But unlike the organic spontaneity of human neurons, these digital counterparts are meticulously organized.