Cognixia Podcast

Hello everyone and welcome back to the Cognixia podcast! Endpoint protection has been a buzzword in the world of cybersecurity for quite a bit now. Endpoint protection involves software running on local machines so they wouldn’t run malicious software or any unintended code. It is like a more modern name for the good old anti-virus and firewalls, sounds like it, no? It has two key components – a backend control center and an agent software which would be installed on the end point devices. And, if you haven’t guessed so far, endpoint devices are the user devices – mobile phones, laptops, desktops, etc. The endpoint protection agent software is constantly running on the endpoint devices. So, if you run a program or application that the agent feels needs to be prevented, a sensor would be notified by the operating system of the device and it will prevent the execution. The main endpoint application would also be notified about the blocked execution, which would further notify the control center, using the internet.

Simply put, this is a surveillance system of sorts. To be seriously effective they need to be deeply embedded into the operating system. It would also need to have the capability and requisite permissions to bypass lots of internal security systems.

So what happened exactly that more than 8.5 million systems were affected? Banking services came to a halt, countless flights were canceled, travelers were stranded, retail services came grinding to a stop, and an unimaginable number of workplaces were left staring at what is popularly called “The Blue Screen of Death”. While this number is less than 1% of Microsoft devices sold and operational globally, the broad economic and societal impact of even that 1% is unfathomable.

This is the first time such an incident has had figures, that too of this magnitude revealed. It is believed that this could be the worst cyber event in history. And, while the event is largely being labeled as a “Microsoft outage”, it is actually caused by an update that was rolled out by CrowdStrike, not Microsoft. The closest next big incident would be the WannaCry cyberattack of 2017 where over 300,000 devices were affected in over 150 countries. But do you see the difference between 8.5 million devices and 300,000 devices?

On 19 July at 04:09 UTC, CrowdStrike carried out a regular release of one such ‘sensor’ as a Windows device driver which would hook and attach deeper into Windows, one of the updates as part of the ongoing protection mechanisms of the Falcon platform. To do this, it would need special permissions, of course. These drivers would be written in C and C++, the same as the Windows kernels and core libraries. The configuration system triggered a logic error leading to a system crash and the blue screen of death or BSOD on impacted systems.

Hello everyone and welcome back to the Cognixia podcast! we talk about a major infrastructure innovation called the Hollow Core Fiber. As technology evolves, it requires the infrastructure supporting it to evolve as well, to keep up with the demands of the change. In this AI era, large scale computing is becoming an everyday thing and it is impossible to carry this out without strong, resilient, and foolproof infrastructure to support it. This is what could be called ‘Purpose-Built Infrastructure’. This can’t happen by just picking up a bunch of hardware and dumping it at a data center somewhere in the world, can it? That’s not how scientific breakthroughs and innovations really happen, do they?

At the Microsoft Ignite event in November 2023, a vey revolutionary technology came to everyone’s attention. This tech was called the hollow core fiber. It is an innovative optical fiber that can revolutionize global cloud infrastructure by not just offering superior quality but also improved latency and a more secure data transmission.

The hollow core fiber technology or HCF uses a proprietary design where light propagates in the air core of a hollow fiber. The cores of traditional fibers are made of optical glass, hence the name optical glass fiber or optical fiber. The HCF offers advantages over this traditional optical fiber.

But how do you prevent light leakage in a hollow core fiber and how do you ensure that the light keeps moving ahead in a straight path?

Well, the structure of the hollow core fiber has nested tubes that help reduce any unwanted light leakage and that also ensures that the light keeps moving ahead in a straight path through the hollow core.

If you go back to your high school physics class, you will remember that light travels faster through air than through glass. This helps the hollow core fiber to be about 47% faster than the standard silica glass. This, in turn, leads to much faster speeds and much lower latency when using the HCF. The HCF would also offer much higher bandwidth per fiber.

Hello everyone and welcome back to the Cognixia podcast. These are the communication, people management, and personality traits that make you a project manager people want to work with. Imagine a project manager as an orchestra conductor. They gotta guide each musician (team member) to play their part in harmony. That takes serious people skills to keep everyone motivated and moving in the same direction.

Project managers also need to be communication chameleons. They chat with higher-ups, the HR and admin folks, and even customers, vendors, and other teams. Each interaction requires them to adjust their communication style to get the best results. Mastering these soft skills is key to becoming a project management rockstar.

Soft skills, now what are they? These aren't skills you can learn from a coding tutorial – they are the people skills that make you a great teammate and a great leader. Think communication, collaboration, emotional intelligence – basically, anything that helps you work effectively with others. And let's be honest, projects rarely succeed in a vacuum – you need a strong team to get things done, it always succeeds on the backs of the people working on it. This is why soft skills are becoming increasingly important, no matter which industry you operate in or what your job title may be. They are like the glue that holds everything together, even for project managers with the best certifications the market can offer.

Technical skills might lay the groundwork for your project, but soft skills are the secret sauce to smooth execution. Think about it – even the most recognized project management certification, the PMP®, highlights the importance of soft skills like critical thinking, managing conflict, and making tough decisions. These might seem intangible, but they're the magic ingredients that turn a good project manager into a great one. So, before we dive into how to develop these essential skills, let's explore why they're becoming such a big deal in the project management world.

Hello everyone and welcome back to the Cognixia podcast. Maybe you were trying to buy something from the latest sale on your favorite online shop, or you wanted to buy a gift for someone, or you were trying to track a parcel. Happens to all of us, doesn’t it?

Most times we would drop trying and tell ourselves that we will do this later, right? But how many times do we really go back? Sometimes we do, sometimes we don’t, right? That is the cost the company paid for the downtime it faced, and usually, it is more than just a lost business.

A recent Splunk Report has shared that downtime costs the world’s largest companies about $400 billion every year – approximately 9% of their profits! This is the equivalent of about $9,000 lost for every minute of system failure or service degradation. Direct revenue loss is the biggest drain from downtime, but other hidden costs include diminished shareholder value, stagnant productivity, and reputational damage. The Report also goes on to share that a Forbes Global 2000 company would take about 75 days for its revenues to recover to where it stood financially before the downtime incident.

Hello everyone and welcome back to the Cognixia podcast. The theory of disruptive innovation was first introduced in 1995. Since then, it has proved to be a powerful way of thinking about innovation-driven growth. From Intel to Salesforce, disruptive innovations have been highly regarded and the theory is a guiding star for all individuals and organizations who want to do something cutting-edge.

Fast-forward to 2024, the disruption theory is threatened to become a victim of its own success. The theory, as experts opine, has been widely misunderstood and its fundamentals are frequently misapplied, often quite grossly.

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Hello everyone and welcome back to the Cognixia podcast. Imagine a bustling office filled with paper trails a mile long, overflowing filing cabinets, and employees scrambling to find critical documents. This organizational nightmare used to be the reality for many businesses. Enter Enterprise Content Management (ECM), a lifesaver that emerged in the late 1940s alongside the rise of lean manufacturing principles. Back then, it was known as the Toyota Production System, focusing on streamlining physical document storage and retrieval.

Fast forward to today, ECM has evolved into a sophisticated digital ecosystem. It's essentially a central nervous system for all your organization's information, encompassing documents, emails, images, videos, and more. Think of it as a giant, digital filing cabinet with superpowers! ECM goes beyond just storing information; it allows for secure access, version control, automated workflows, and even intelligent search functionalities.

Why is ECM so important for organizations? In today's data-driven world, information is a vital asset. ECM helps businesses tame the content chaos by offering several key benefits. Firstly, it boosts efficiency and productivity. Employees can locate documents quickly, eliminating wasted time searching through physical archives.

Secondly, ECM enhances collaboration by providing a central repository for shared information, ensuring everyone is on the same page. Thirdly, it strengthens compliance by enabling organizations to effectively manage and retain critical documents according to regulations. Finally, robust ECM systems can even leverage AI to automate tasks like document classification and data extraction, further streamlining operations and unlocking valuable insights from your content. In essence, ECM is the key to a well-organized, efficient, and information-driven organization.

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Hello everyone and welcome back to the Cognixia podcast. Synthetic biology (SynBio) is a rapidly developing field that combines biology, engineering, and computer science to design and create new biological systems or modify existing ones. It blends the disciplines of biology (how with engineering principles as well as computational tools to manipulate and reprogram living organisms. Synthetic biology aims to create novel biological entities with specific functions or to improve existing ones. These functions can range from producing new medicines and materials to engineering microbes for environmental cleanup.

So, imagine you have a toolkit of building blocks like genes, proteins, etc. and you also have the skills and knowledge to assemble them into new and useful systems, quite akin to a programmer writing code to build a new software application, then what you would be doing would be under the domain of synthetic biology.

Synthetic biology or SynBio for short, holds immense potential to transform many fields. It can help the healthcare and pharmaceutical sectors in developing new drugs, vaccines, and personalized therapies. It can help the biomaterials space by creating sustainable materials with desired properties. It can help the agriculture sector by helping create unique engineered crops with improved yields or disease resistance. It can also help fuel innovations in the biofuel space by developing cleaner and more efficient energy sources.

SynBio enables rapid transformation by offering a revolutionary approach to manipulating living organisms. This powerful combination of biology, engineering, and computer science is fueling innovation across a vast spectrum. Imagine engineering yeast to produce sustainable fabrics or crafting microbes to clean up polluted environments., now how cool is that! These are just a few examples of how SynBio is blurring the lines between science fiction and reality.

One major area of disruption is medicine. Synthetic biology plays a pivotal role in the development of new drugs and therapies. By editing genes with incredible precision, researchers can create organisms that produce life-saving medications like insulin or fight off diseases by engineering CAR-T cells to target cancer. Beyond treatment, SynBio is also paving the way for personalized medicine, allowing scientists to tailor therapies to individual patients' genetic profiles.

Hello everyone and welcome back to the Cognixia podcast. In September 1983, Richard Stallman launched a project that would fundamentally alter the software landscape: GNU. This operating system emerged as a free alternative to the dominant Unix systems of the era. Stallman's vision was driven by a core belief: software should be open and accessible to all. He saw a growing trend towards proprietary software and copyright restrictions, and GNU was his response. This philosophy – that unrestricted access to code, free from commercial limitations, would benefit the world – became the foundation of the free software movement.

Fast forward four decades. Today's tech landscape is dominated by proprietary software, generating billions for tech corporations. Many everyday technologies, from complex language models like ChatGPT to seemingly simple smart thermostats, function as black boxes for consumers. Against this backdrop, Richard Stallman's vision of a free software movement might appear like a utopian ideal, overpowered by commercial forces.

However, the story doesn't end there. In 2024, the free and open-source software (FOSS) movement is not only enduring but thriving. FOSS has become a cornerstone of the tech industry, playing a crucial role in innovation and development.

Open-source software (OSS) has become a ubiquitous element in modern technology. A staggering 96% of codebases now incorporate some form of OSS, demonstrating its widespread adoption. This collaborative spirit extends to platforms like GitHub, the world's largest hub for open-source development, boasting over 100 million users worldwide.

Even within the commercial sector, the value of open source is recognized. Amazon Web Services (AWS), a major cloud computing platform, actively supports the development and maintenance of open-source projects. This commitment was further solidified in December last year when AWS pledged its patent portfolio to an open-use community.

This trend towards open-source collaboration comes at a time when public trust in private tech companies is declining. In response, organizations like Google, Spotify, the Ford Foundation, Bloomberg, and even NASA have established new funding initiatives. These efforts not only support open-source projects but also extend the principles of open collaboration to scientific research endeavors – a movement known as open science.

The widespread adoption of open-source software (OSS) has brought benefits and challenges. While OSS has become a cornerstone of modern technology, its long-standing leadership and diversity issues require critical attention.