The Top Five Software Engineering Certification Programs of 2024!

The digitized world relies heavily on computer-driven processes, and the demand for innovative software products and solutions is all-time high. Organizations and institutions are constantly reshaping their digital structure by investing in software tools and programs to enhance their productivity, streamline business operations, and ensure seamless communication. Therefore, the need to understand the countless opportunities this field can provide will be a major career for software developers. However, to add more credibility to the profession, software engineer certifications are needed that will help you get skilled, grow your knowledge, attain a higher salary, and advance your career.

In today’s exclusive AITech Park, we will explore the top five best software engineering certifications of 2024 that software developers can pursue to gain knowledge about the current trends in software development and also brush up their skills.

Amazon Web Services Certified Developer Associate

The first software engineering certification course on our list is from Amazon Web Services (AWS). The AWS Certified Developer Associate (AWS CDA) certification is used to teach software engineers how to create and deploy cloud-based web apps. Candidates who enroll in this program are required to know how to write applications using an API, AWS, command-line interface (CLI), and software development kits (SDK). The software engineers need to have at least two years of experience working with apps built on AWS before they take this course.

Certified Software Development Professional (CSDP)

The CSDP offered by the famous IEEE Computer Society focuses on upskilling experienced software developers with new technologies. The course validates a candidate’s proficiency in software engineering principles and practices that surround the entire software development lifecycle. Through this course, candidates need to display their knowledge of software requirements, configuration management, engineering management, engineering processes, and tools. The CSDP aims for professionals with a minimum of two years of experience and a postgraduate degree to get this certification.

Microsoft Certified: Azure Solutions Architect Expert (ASAE)

The ASAE certification validates software engineers’s expertise in designing, testing, and building cloud applications and services for the Microsoft Azure website. This course is customized for candidates with at least one year of experience as a software engineer, as this certification requires expertness in Azure SDKs, data storage options, data connections, APIs, app authentication and authorization, debugging, performance tuning, and monitoring.

Choosing the right certification course as a software developer is a strategic step that can signify enhancing your skills and market values. Therefore, before selecting any certification course, you need to think about a professional development plan that will guide you in the right direction.

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Tomorrow’s Transportation Will Rely on AI-Driven Cybersecurity’s Success

In an era where technology seamlessly integrates into every facet of our lives, the vision of the future of transportation, once dreamt in the mid-20th century, is becoming a reality. Landscapes are evolving, with the promise of enhanced connectivity, ease of travel, and the development of sprawling metropolises aimed at fostering a more harmonised society. This transformative period in transportation is not just about sleek designs, improved fuel efficiency, or advanced safety systems; it is about the underlying digital revolution that has turned vehicles from mechanical wonders into sophisticated, software-driven entities.

The marvel of modern vehicles extends far beyond their aesthetic appeal or physical innovations.  Today, vehicles are commonly referred to as data centres on wheels, equipped with digital interfaces that constantly communicate with manufacturers, receive over-the-air (OTA) software updates, and integrate advanced safety features, like LIDAR systems, to navigate complex environments. The once direct mechanical connection between the accelerator and the engine has been replaced by a digital command centre, where a simple press of a pedal is translated into a series of computations that ensure optimal performance and safety.

However, this digital evolution brings with it a looming shadow of vulnerability. The very systems that make modern vehicles a marvel of technology also exposes them to a myriad of cybersecurity threats. In recent years, the automotive industry has witnessed a concerning trend: an increase in cyber-attacks targeting not just the vehicles but the entire ecosystem surrounding their development, production, and maintenance. The 2021 attack on KIA Motors by the DopplePaymer group is a stark reminder of the potential consequences of inadequate cybersecurity measures. While no direct harm to drivers was reported, the incident underscored the risks of operational downtime, revenue loss, and eroding customer trust.

The question then becomes, what lies ahead? The potential targets for cyber-attacks are not limited to consumer vehicles but extend to government and municipal mass transit systems. The stakes are exponentially higher, with the threat landscape encompassing espionage, state-sponsored activities, and the emerging menace of AI-driven cyber threats. The complexity of modern vehicles, often containing upwards of 100 endpoints, including infotainment systems that store personal data, demands a cybersecurity strategy that transcends traditional approaches and international borders.

Protecting this data requires a proactive approach, one that involves hunting for threats, deceiving potential attackers, and adopting a mindset that places vehicle cybersecurity on par with data security across the rest of the organisation. It’s about creating a resilient shield around the digital and physical aspects of transportation, ensuring that innovation continues to drive us forward, not backward into an age of vulnerability.

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Top Four Data Trends IT Professionals Need to Be Aware of in 2024

2023 was a terrific year in the IT industry, but 2024 is set to bring some exciting and groundbreaking developments that will help IT professionals and data scientists develop innovative software and tools to strive in the competitive landscape.

The most recent technological advancement in the data landscape is quite commendable. In 2024, IT enterprises will be heavily impacted, as data is the new oil that can transform any business and reshape the traditional process of analyzing, visualizing, and making data-driven decisions.

As IT enterprises grapple with the data deluge, they often find themselves at an intersection of technological innovation, ethical considerations, and the need for actionable solutions.

In today’s exclusive AI Tech Park article, we will focus on gearing up IT professionals and data scientists to understand the data trends they can expect in 2024.

The Era of the Data Renaissance

The phrase “data is the new oil” was stated in 2006 by British data scientist Clive Humby. The one big difference between data and oil is that oil is a nonrenewable energy, and data can be renewed and reused in an infinite number of ways.

Three decades ago, one of the main challenges that IT enterprises faced was the scarcity of data. However, with time, the main challenge for most IT businesses was having a plethora of data.

With such a volume of data, enterprises struggle with how to use the data, where to implement it, when they need it, and most importantly, how to store it. The traditional database management systems (DMS) failed to tackle the new data sets, which made data professionals realize the importance of cloud storage, which is efficient in handling numerous types of data and quite cost-efficient compared to DMS.

As we stand at the crossroads of a data renaissance, the year 2024 heralds an important role in the data analytic landscape, where data analytics is no longer a tool for data-driven decision-making but a driving force to push greater efficiency, innovation, real-time data insights, responsible AI, reinforce security, and more.

However, IT professionals and data scientists need to address the challenges and considerations of imposing data privacy, skill development, and ethical dilemmas to stay compliant with this evolving regulatory landscape.

Data Democratization

Data democratization has been a growing trend for the past few years, but the increased usage of AI and machine learning (ML) tools has rekindled a new horizon for this trend. With data democratization, every employee in an IT organization will have access to the data to make data-driven decisions for a seamless business process. However, to get full access to data, IT leaders need to provide in-house training on data literacy to familiarize them with the principles and techniques of working with data.

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Three Innovative Ways for CIOs to Enhance the Customer Experience in Modern Business

Over the last few decades, innovative technologies have changed the future of business dynamics. Therefore, every industry uses the latest technologies to move forward, and CIOs are responsible for driving such technological changes within organizations. According to Globe Research, it has been witnessed that more than 27.7% of digital transformation for better customer experience (CX) initiates are sponsored or owned by CIOs, which indicates the rapid change in customer expectations.

For a better understanding and deployment of innovative digital transformation, CIOs need to work closely with other C-suites and department managers to enhance the customer experience and gain a competitive advantage in this digitized world.

Innovate the Customer Journey

With the recent development of technologies, companies are accelerating their business to attract innovative services and retain customers looking for a better-personalized experience, fast and secure applications, or software. Further, the new applications enable dynamic online ordering operations, such as same-day delivery or pickup, which helps customers interact with the organizations instantly.

For a better understanding of the applications or software, CIOs and business leaders can come up with an entire customer journey strategy involving the front end and the back end, making sure the circle is completely connected. Let’s consider the example of Zara, a multinational fashion company that announced that they are closing their 1200 stores across the USA and will start investing in developing an integrated omnichannel journey that will cost more than $3.1 million. This revolutionary change will help e-commerce, the supply chain industry, software development companies, and inventory management companies take innovative steps and make proactive approaches to problems and opportunities to identify resolutions.

Digital transformation, especially to upgrade the customer experience, is a journey; therefore, CIOs must be ready to restructure their strategies numerous times so that they fit their business objectives and goals. However, to embrace such change, CIOs are required to collaborate with every business leader and employee in the organization to increase the speed of executing data strategies, improve the customer experience, and conduct continuous reassessment of the change management process.

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Enhancing IoT Security Through Software Transparency

The Internet of Things (IoT) represents one of the most significant technological evolutions of our time. With the proliferation of connected devices, from home appliances to complex industrial machinery, IoT has seamlessly integrated into the fabric of our daily lives. This integration has not come without its challenges, particularly in terms of security.

As IoT devices become more ubiquitous, they also grow in complexity. The sensors, connected medical devices, and critical infrastructure systems we rely upon every day are now composed of countless components sourced from an increasing number of providers. This complexity is not just a matter of physical parts but extends deeply into the software that powers these devices.

Amidst this complexity lies a significant concern: data security. Many IoT devices manage data within corporate control environments, but this data is often sensitive and proprietary. The marketplace, unfortunately, is rife with misinformation and misunderstandings, leading to valid concerns about unauthorized access, data breaches, and privacy violations. These concerns are well-founded, as the potential risks include vulnerabilities in critical medical devices, connected vehicles, and key infrastructure systems, which could have significant impacts if exploited.

The Intricacies of IoT Device Software Supply Chains

Embedded devices, which form a substantial part of the IoT ecosystem, consist of intricate layers of third-party software. Unlike cloud or web software, these devices often include proprietary software from various hardware components, making the supply chain more complex and opaque. This complexity is compounded by the fact that these hardware components often come with less available public information than, for example, open-source projects on GitHub. This scenario demands a high level of software transparency, especially given the slower and less frequent update cycles in realms requiring device recertification.

The Critical Need for Software Transparency in IoT

Software transparency in IoT is not merely a best practice; it is a necessity. The complexity and opacity of embedded device supply chains make it nearly impossible to effectively assess and manage security risks without a clear understanding of the software components within these devices. This transparency becomes crucial in light of recent regulatory pushes focusing on IoT and embedded system security, such as the European Union Cyber Resilience Act (EU CRA) and the NIST Cyber Trust Mark.

The future of IoT security is a collaborative effort, one that requires manufacturers, software developers, and security experts to work together. It involves not only implementing robust security protocols but also embracing transparency at every stage of the development and deployment process. As we continue to invest in standards like SBOMs and VEX, and collaborate with industry leaders, we are paving the way for a future where IoT devices are not just functionally robust but also secure and transparent.

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Cyber Savvy Shopping: Protect Yourself from Black Friday Scams

Black Friday and Cyber Monday are excellent opportunities for customers to get hold of some great deals, while for retailers, it is an outstanding time to clear up their stocks. But, unfortunately, even cybercriminals utilize this time to execute scams and crimes that affect businesses.

According to global collective research in 2022, there is $41 billion in fraud damages reported from the e-commerce industry. However, it is anticipated that by the end of 2023, the loss will surpass $48 billion.

As cyber criminals initiate new routine scams around the time of these events, it is the right time for CISOs and other IT teams to step up their vigilance plan of action to counter such malicious attacks and protect their business as well as the interest of their valued customers.

With the help of this article, we will delve deep into some useful tips to create a secure online shopping experience.

Key Actions for Black Friday Cybersecurity

During such frenzied festive seasons, the CISOs and IT managers should be cautious as threat actors are on their toes to ruin businesses with their scams and deceiving tactics.

So, to prevent such incidents here are four essential key actions you can conduct:

Create a Robust Cybersecurity Plan

Planning a robust cybersecurity plan during events and festivals, like Black Friday or Cyber Monday can involve multiple approaches. It has been witnessed that cyber actors are ahead in the game by using tactics like:

Custom site designs for the event or early bird deals to fool customers into clicking on them and impersonating them as your customers.

It has been seen that customers are attracted to clickbait that forces your company to get their sensitive information, like credit or debit card details, addresses, mobile numbers, and many more.

Thus, chalking out the areas where monitoring is needed or what steps and protocols are needed to eliminate these incidents will save you valuable money and resources in turn giving your customers the retail therapy they deserve.

Implement Automated Data Security and Compliance

You need to ensure that your website or application follows all the rules and regulations in terms of data security and compliance.

Implement automated data security and compliance services that scan your network and notify you in real-time of any suspicious activity, which allows you to promptly act before any damage occurs.

Automated solution tools like Scrut, Vanta, Drata, and Tugboat Logic help employees monitor and report threats promptly.

The only standard approach to implement these tools would require adequate routine team training with appropriate knowledge transfer for personnel to operate these tools and defeat cyber criminals ahead of time!

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AIOPS Trends with Explainable AI, Auto-Remediation, and Autonomous Operations

AI and AIOps have been transforming the future of the workplace and IT operations, which accelerates digital transformations. The AIOps stands out as it uses machine learning (ML) and big data tracking, such as root cause analysis, event correlations, and outlier detection. According to the survey, large organizations have been solely relying on AIOps to track their performance. Thus, it is an exciting time for implementing AIOps that can help software engineers, DevOps teams, and other IT professionals to serve quality software and improve the effectiveness of IT operations for their companies.

Adoption of AIOps

Most companies are in the early stages of adopting AIOps to analyze applications and machine learning to automate and improve their IT operations. AIOps have been adopted amongst diverse industries, and more enterprises are adopting it to digitally transform their businesses and simplify complex ecosystems with the help of interconnected apps, services, and devices. AIOps have the potential to tackle complexities that are often unnoticed by IT professionals or other departments in a company. Therefore, AIOps solutions enhance operational efficiency and prevent downtime, which makes work easier.

Numerous opportunities can change the way AIOps has been incorporated into the company. To do so, businesses and IT professionals should be aware of appropriate trends and best practices to embrace AIOps technologies. Let’s take a closer look at these topics:

Best Practices of AIOps

To get the most out of AIOps, DevOps engineers and other IT professionals can implement the following practices:

Suitable Data Management

DevOps engineers must be aware that ill-managed data often gives undesired output and affects decision-making. Thus, for a suitable outcome, you should ensure that the gathered data is properly sorted, clean, and classified for seamless data monitoring and browse data through a large database for your enterprise.

Right Data Security

The security of user data is essential for your company, as it is under the guidance of data protection regulation agencies that can impose fines if the data is misused. The DevOps and IT engineers can ensure that the data is properly safeguarded and used within their control to avoid data breaches.

Appropriate Use of Available AI APIs

AIOps’s main aim is to improve the productivity of IT operations with the help of artificial intelligence. Therefore, the IT teams should look for great AI-enabled APIs that improve the tasks they have to accomplish.

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Revolutionizing BFSI with RPA and AI: A Solution-Based Approach

In today’s rapidly evolving business landscape, the Banking, Financial Services, and Insurance (BFSI) sector is at the forefront of digital transformation. To succeed in this dynamic environment, industry leaders, executives, and decision-makers must not only recognize the challenges but also harness the opportunities presented by technology. This article is a comprehensive exploration of how Robotic Process Automation (RPA) and Artificial Intelligence (AI) provide strategic solutions to address these challenges, foster innovation, and drive growth within the BFSI sector.

Before delving into their applications, let’s establish a clear understanding of RPA and AI. RPA utilizes software robots to automate repetitive tasks, while AI leverages machine learning and data analytics to replicate human intelligence. In BFSI, these technologies have the potential to reshape the way business is conducted.

Navigating Contemporary Challenges in BFSI

Before embarking on the journey of RPA and AI implementation, it’s crucial to acknowledge the pre-implementation challenges. Data security and regulatory compliance are critical in the financial services industry. Protecting sensitive customer data while adhering to strict industry regulations presents a complex puzzle. Furthermore, upskilling the workforce to adapt to these transformative technologies is a challenge that cannot be underestimated by CFOs, COOs, and industry professionals.

Potential of RPA and AI in BFSI:

RPA holds the power to streamline BFSI operations by automating laborious tasks such as data entry, transaction processing, and report generation. This not only reduces errors but also significantly improves operational efficiency. In parallel, AI ushers in a new era of data-driven decision-making within the sector. AI can predict market trends, detect fraudulent activities in real-time, and offer highly personalized product recommendations to customers. These capabilities lead to better customer experiences and more informed strategic decisions.

Solutions for Post-Implementation Challenges:

BFSI is an industry where every decision counts, embracing technology has become synonymous with staying competitive and relevant. As seasoned COOs, CFOs, banking professionals, and industry leaders, it is important to understand that the transformative power of Robotic Process Automation (RPA) and Artificial Intelligence (AI) can’t be ignored. While the potential of RPA and AI in BFSI is clear, the path to realizing these benefits can be laden with challenges. In this context, we present a strategic roadmap, tailored to your discerning vision, to address solutions to post-implementation challenges.

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AITech Interview with Manav Mital, Founder, and CEO at Cyral

Can you tell us about your background and how it led you to found Cyral?

Cyral is the intersection of my passions and proficiencies. I have been on a long entrepreneurial journey. I started out as an early hire at Aster Data, which was one of the first companies to talk about Big Data, where I ran most of the engineering team. Then I founded Instart, which was in the CDN space where we focused on managing infrastructure at cloud scale. Cyral presented itself as the intersection of these two experiences — managing data at cloud scale. When I saw that companies were moving their sensitive data off-premises to the cloud, I realized they need a different way to manage the security and governance of data, and the answer is Cyral.  

Can you explain the importance of data security governance and its impact on organizations?

The number one thing most security leaders are worried about is a data breach. Companies increasingly gather sensitive information about their customers that they are tasked with keeping out of the hands of hackers. When everything began migrating to the cloud, breaches became much more common since there are so many ways for a hacker to access a database. Data is everywhere, and there isn’t a structured enough system to protect it.

Data security governance is its own category like IT security or application security, and more organizations are finding a need to address it with a specialty team or service dedicated to protecting sensitive information.

How does Cyral’s solution differ from traditional security tools, and how does it address the challenges of securing modern cloud-based environments?

Modern technology solutions are an adaptation of the past. They either take the way a company functioned in a data center and move it to the cloud, commoditize technology from big, enterprise solutions for others, or have developers recreate the work that once belonged to an IT team. Cyral does something new.

Other security tools are not database aware and have no way of knowing what’s in a company’s database or whether a user should be allowed to access a specific field or record—it’s often all-or-nothing access. Cyral addresses this issue with its complete suite of discovery, authentication, authorization, and auditing controls. Several people within the same organization can input a query into their Cyral-protected database, and depending on their role or other defined factors, each would see a different result. In fact, Cyral is the first security solution to provide all the features of database activity monitoring (DAM), privileged access management (PAM), data loss prevention (DLP), and data security posture management (DSPM) for a company’s sensitive datasets from a single platform.

Can you discuss the role of generative AI in data security and the potential risks it poses to organizations?

Generative AI is a reality for technology, so I see it working in data security in two ways. As it stands, security products make a lot of noise. They send alerts and false positives often, driving security leaders to spend time across multiple dashboards and data streams just to understand what’s happening. I anticipate that generative AI will begin to be incorporated into security products to help reduce the noise and make security analysts more productive. It will more accurately pinpoint a threat and where it is then send security teams to the right place to investigate.

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