Amazon’s total investment in Anthropic is worth $4 billion.
According to sources, Amazon had until the end of the first quarter to decide whether to increase its investment to a maximum of $4 billion, and a few months later – the investment is already in place.
Anthropic’s AI models are one of very few that compete at the highest levels of capability, but are available at enterprise scale for internal deployment or in consumer-facing applications.
OpenAI’s GPT AI chatbots and Google’s Gemini are well known among tech circles, but newcomers like Mistral could very well threaten the AI dominants.
They identify 2021-founded Anthropic as one of OpenAI’s biggest competitors, attracting billions in funding.
Anthropic has relationships with big tech companies like Google, which joined a $450 million funding round in May led by Spark Capital. Google and Amazon Web Services are partners in Anthropic’s cloud computing.
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With the new integration, ML models are immutable, traceable and secure. In addition, JFrog has enhanced its ML model management solution with new versioning capabilities, ensuring that compliance and security are an integral part of the ML model development process.
“As more companies begin managing big data in the cloud, DevOps team leaders are asking how they can scale data science and ML capabilities to accelerate software delivery without introducing risk and complexity. The combination of Artifactory and Amazon SageMaker creates a single source of truth that indoctrinates DevSecOps best practices to ML model development in the cloud – delivering flexibility, speed, security, and peace of mind – breaking into a new frontier of MLSecOps”, said Kelly Hartman, SVP of global channels and alliances at JFrog.
A curious fact
According to a Forrester survey, half of data decision makers believe that implementing governance policies within AI/ML is a major challenge to its widespread use, and 45% consider data and model security a key concern.
JFrog has effectively tackled concerns related to ML model management through its integration with Amazon SageMaker, implementing DevSecOps best practices. This integration enables developers and data scientists to expedite ML project development while upholding enterprise-level security and compliance with regulatory and organizational standards, as outlined by JFrog.
Additionally, JFrog has incorporated new versioning features into its ML Model Management solution, complementing the integration with Amazon SageMaker. These capabilities seamlessly integrate model development into an organization’s existing DevSecOps workflow, contributing to enhanced transparency regarding each version of the model. According to JFrog, this improvement significantly improves the visibility and understanding of the model versions throughout the development process.
]]>“As businesses and DevOps teams grow, Argo CD instances split, and microservices multiply, managing the lifecycle of each application across environments becomes complex and arduous. The new Codefresh capabilities infuse much-needed clarity and GitOps governance across hundreds of applications deploying to potentially thousands of locations – with a unified, intuitive single-screen experience”, said Dan Garfield, co-founder and chief open-source officer at Codefresh.
The newly launched feature by the tech giant intends to consolidate data regarding GitOps and Argo CD projects. Codefresh equates an ‘environment’ to either, a cluster of separate applications, namespaces in a single cluster, or namespaces spread across multiple clusters.
During the webinar Kostis Kapelonis, the Senior Developer Advocate at Codefresh, addressed some of the limitations of using Argo CD in isolation. Specifically, he highlighted the absence of a concept of environments and the lack of context awareness about applications, such as understanding if applications are elements of a larger product ecosystem.
The freshly launched environments dashboard plans to bridge this gap. It proposes a unified screen layout that chronologically represents environments, progressing from the development phase, followed by testing, and finally, to the implementation stage. It allows developers the privilege to establish which applications a product encompasses, and subsequently, assign these products to their respective environment. Similarly to other platforms like AppMaster’s no-code platform which has proven pivotal in enhancing development procedures.
Codefresh further elaborates that this single-screen experience eliminates the need for developers to alternate between multiple windows for terminal, GitHub, or an IDE at the time of managing environments or propelling applications to the production stage.
Kapelonis also highlighted that this new environment manager is an effective tool that helps project managers comprehensively understand the status of various features in specific environments. Simultaneously, developers are allowed a more granular view of deployments and can delve further into distinct applications via a timeline view. This holistic view demonstrates how applications have navigated through varied environments, as Kapelonis elucidated.
This new update from Codefresh can potentially revolutionize the software development life cycle, making it more intuitive and efficient, similar to the offerings of emerging technology like the low-code & no-code platforms such as AppMaster.
]]>C++ is one of the most widely used programming languages, even among tech giants like Google, Amazon, Flipkart, HP, IBM, Intel, Microsoft, Infosys, Sun Microsystems and many others who are constantly hiring C++ experts. Developing the right skills, willingness to learn new things and perseverance would open countless career doors for you.
Did you know that?
Simplilearn unlocks our curiosity with the interesting fact that C++ developers are not only some of the most in-demand, but also hold some of the highest paying jobs in the industry. The average salary in the US for a C++ developer is around $103,035 per year. Of course, we shouldn’t ignore the fact that the pay rate as a C++ developer also depends on the talents’ relevant skills, qualifications and experience.
In our gallery you will see the professions you can practice when you have knowledge of C++, which Simplilearn presented.
There’s hardly a better career choice than becoming a programmer. A career in programming can be very successful because there will always be a demand in the market. However, the #tech field is not an easy one. Being the best at what you do requires years of learning, building up, hard work, persistence and a lot of perseverance. Especially for a dynamic and innovative environment like the tech one, where every day a new innovation comes out on the market, which of course you need to know or a new trend to follow and adopt.
Some interesting fact
Did you know that the first computer programmer was Ada Lovelace? Back in the 1840s. Ada Lovelace became the first computer programmer, although the Analytical Engine (the computer for which she developed the programs) was never put into production.
Scale does not limit dreams
Today, the tech industry is one of the most developed, most successful and undoubtedly most lucrative industries that guarantee a bright future, of course if you’re hardworking enough and love what you do. And even to those of you who think that becoming the best and most sought-after programmer is too difficult a mission, we boldly say that there are no unattainable goals, no matter their scale.
Perfection is an illusion, but a successful career is not!
Yes, it’s great to be good at your profession, but what’s better than being the best? Perfection is an illusion, but a successful career despite all its imperfections is the most beautiful thing that can ever happen to us. Especially to those of us who love what we do and dream of a career in technology.
Today, on the occasion of Programmer’s Day, we have chosen to present to you 10 secret ingredients by Coding Dojo which suggest what it takes to become the best programmer without peer. Seriously. Because your place is at the top!
The Secret Ingredients of a Good Programmers
Be familiar with the technologies you work with
It’s great to know a technology in depth, but real world problems are never solved with just one technology. Even if you’re hired as a specialist, you still need to understand how your technology interacts with the other software, hardware, and network that make up the application ecosystem. Plus, you’ll be able to contribute to your project in multiple ways, helping wherever more help is needed.
Enjoy solving puzzles
Building apps is not a simple process. Figuring out why code doesn’t compile, what causes bugs, and how to solve production problems requires puzzle-solving skills, as well as a belief that there’s always a solution and not giving up until you find it. If you can solve puzzles under pressure, that’s even better – when the system doesn’t work, you can expect management to breathe down your neck until you figure out the problem.
Learning should be your passion
Technology is constantly changing. The tools and languages you work with today are not the tools you’ll be working with next year, let alone next decade. You should always be developing new skills so you can contribute to upcoming projects. Your employer may provide ongoing training, but the best developers take the time to learn on their own.
Good Communication Skills
Working as a developer isn’t just about technology. Developers need to talk with business users to understand what they need from the application. Developers also often need to generate technical documents, so being able to write clearly is also important—even if it’s just to produce a status report.
Confidence
There’s never just one way to build a system. No matter how good your ideas are, they won’t have value if you keep them to yourself. The best developers have confidence in their ideas and speak up in design discussions to help shape the application architecture. To boost your confidence, start with a small suggestion, rather than proposing an entire application redesign.
Be Interested in the Business
Businesses use technology to solve business problems. The more you understand about your company’s business, the better prepared you are to understand their problems and build solutions that help them grow. You should take advantage of opportunities to talk to the business users and ask them questions about the challenges they face in their work. If you get really interested in understanding the business, you can take courses or even work towards certifications in the business domain.
Be a Team Player
Movies often glorify a solo coder, and students usually work on assignments on their own, but real-world projects are team efforts. It’s important for developers to be able to get along with co-workers. You need to be able to deal with people with varying abilities and respond to differences of opinion respectfully. If you can, get to know your teammates as people, not just technical staff. Having conversations about other things than the project helps form relationships that make working together easier.
Understand the Importance of Deadlines
The best project managers will get their developers’ input when coming up with project deadlines, though sometimes external factors drive the schedule. In either case, once you’ve agreed to do a task, do your best to meet the deadline, even if it means a few late nights. You don’t have to give up your whole personal life for the organization, but demonstrating commitment to completing the project and understanding its value to the business make a positive impression at work.
Be Adaptable
Projects and priorities change for many reasons, and developers need to be able to context-switch to focus on what’s most important right now. The changes may be small and temporary or major and permanent. If they’re temporary, make sure you have good notes that will help you get back to your regular work when things settle down. If the changes are permanent, allow time to understand what the new situation is and how you fit into it. It may present new opportunities to help you achieve your goals. In any case, it’s important to respond professionally and not lash out in frustration.
Own Your Product
Technically, your job may be done once you’ve written code that compiles cleanly and passes its test cases. Stand out by following it through the rest of its lifecycle—be willing to help with testing, deployment, training users, and solving production problems. While this helps your business, it actually helps you more, because you see and understand the real-world effectiveness of the code you wrote. Then take that understanding and let it help you make your next application even better.
Happy Programmer’s Day!
]]>Fun fact: The value of programming has increased to such an extent that in India’s new education strategy, it is taught to students as early as sixth grade.
To be successful and in demand in the IT sector today, you need to have experience with different programming languages. Among the hundreds of choices, mastering the best programming languages for engineers is critical to career advancement. Choose carefully and wisely to navigate the dynamic world of technology and secure your professional future.
In this article, we will introduce you to some of the best programming languages for engineers, presented by Analytics Insights, which you will find extremely useful.
Top 5 Programming Languages for Engineers
Bash
IT operations engineers can’t ignore the importance of Bash, the main shell language used in most Linux distributions. It’s not only important for Linux system administration, but also for cloud environments and various tools, making it indispensable for cross-platform IT engineers.
PowerShell
PowerShell is important for teams that manage Windows systems and enables IT engineers to create scripts and automate various tasks. In addition, the language provides access to many Windows administrative functions, although GUIs are available for many of them.
Java
Of course, whatever ranking we present to you, Java will always be involved. It is a universal programming language that is widely used in engineering due to its platform independence. It’s important for application development, including Android apps, and is popular in embedded systems and web development.
Angular.js
Angular.js is another front-end development language that has been gaining popularity in recent years. It helps develop user interfaces for web applications from a single page. Mastering Angular.js can be of great benefit to your career as it remains relatively new and offers opportunities for rapid growth in this field.
Python
Python is among the most popular programming languages. It is a high-level, widely used by engineers and scientists in AI, ML, and data science. If you’re interested in a career in these fields, mastering Python is your first step to success. Python’s versatility extends to a variety of other fields, making it a valuable language for career development.
They also play an important role in the maintenance of software systems. They are responsible for ensuring that the software remains functional, secure and up-to-date by adapting it to changing needs and whenever a problem occurs it is their job to solve it.
Software engineers are professionals who play a key role in the development and maintenance of software systems. They possess a unique combination of technical skills, problem-solving abilities and creativity to create innovative and effective solutions. You’re hardly surprised by everything written about software engineers so far. But what don’t I know about them? In this article, we’ll introduce you to 10 facts, presented by SpringBoard about software engineers that you never even suspected.
10 Facts You Didn’t Know About Software Engineers
Fact #1
Software engineers are responsible for designing, coding, testing and debugging software applications. They work with programming languages such as Java, C++, Python and Ruby to implement their ideas and create functional and reliable software.
Fact #2
Software engineers are involved in various stages of the software development lifecycle, including requirements gathering, system design, implementation, deployment, and maintenance. They collaborate with cross-functional teams to ensure the smooth and successful completion of the project.
Fact #3
The need for software engineers is constantly growing. Technology continues to evolve, and industries around the world rely heavily on software systems for their operations, creating a high demand for skilled software engineers. Software engineers are not limited to the technology industry. They are in demand in a variety of sectors including finance, healthcare, gaming, transportation and more. Virtually every industry that relies on software systems needs the expertise of software engineers.
Fact #4
Software engineers are problem solvers at heart. They enjoy tackling complex challenges and finding elegant solutions. They analyze problems, break them down into smaller components, and apply their technical expertise to develop effective software solutions.
Fact #5
Continuous learning is a fundamental aspect of being a software engineer. With technology evolving rapidly, software engineers must stay updated with the latest programming languages, frameworks, and tools to remain competitive and deliver high-quality software solutions.
Fact #6
Collaboration and teamwork are essential for software engineers. They often work in teams, collaborating with other engineers, designers, product managers, and stakeholders to develop software solutions that meet the needs of end-users.
Fact #7
Software engineers value clean and maintainable code. They follow best practices, use design patterns, and write code that is easy to understand, modify, and extend. They also adhere to coding standards and employ version control systems to manage code changes effectively.
Fact #8
Software engineers contribute to open-source projects. They actively participate in the open-source community by sharing their knowledge, contributing to existing projects, and creating new software tools that are freely available to the public.
Fact #9
Software engineers prioritize software testing and quality assurance. They write unit tests, perform integration testing, and conduct system testing to identify and fix bugs, ensuring that the software functions as intended and meets the desired specifications.
Fact #10
Software engineers often specialize in specific domains or technologies. Some focus on mobile app development, others on web development, machine learning, data science, or cybersecurity. This specialization allows them to deepen their expertise and tackle unique challenges in their chosen area.
If you’re interested in a career with .NET, be sure to check out the opportunities here.
]]>And even some of the newer languages that come from other countries, like Python from the Netherlands or Lua from Brazil, are also in English, since English syntax is widespread throughout the world. And here are the non-English programming languages featured by Analytics India Magazine.
Top Non-English Programming Languages
Zhpy
Also known as ‘Chinese Python’, is a programming language that allows developers to write Python code using Chinese keywords and syntax. It isn’t a separate language but a variation of Python. It uses Python as its backend, which means that Zhpy code can be executed by a Python interpreter.
It allows developers to leverage the existing Python ecosystem and libraries while writing code in Chinese. It is commonly used in mainland China and Singapore. Traditional Chinese characters, used in Hong Kong and Taiwan, are not the focus of Zhpy.
Ruby
In 1993, Yukihiro Matsumoto created Ruby in Japan. He wanted to build an object-oriented programming language that could also be used for scripting. When originally published, Ruby had a Japanese section which was much more comprehensive. The Japanese Ruby community actively contributes to its development and evolution.
The Japanese Ruby community works on translating documentation, error messages, and programming resources into Japanese, ensuring that Japanese developers can work with Ruby more comfortably.
Haxe
Haxe is a high-level, cross-platform programming language that is known for its versatility and target platform compatibility. It supports multiple target platforms, including JavaScript, Flash, C++, and more. While Haxe itself is primarily based on English syntax and documentation, it has gained popularity and adoption in various non-English speaking countries.
Qalb
Qalb, the Arabic programming language developed by Ramsey Nasser, aims to provide a user-friendly and accessible coding experience for Arabic speakers. It has similar syntax and grammar rules as Lisp and Scheme and other programming languages. Qalb eliminates the language barrier that many Arabic-speaking individuals face when programming in English. It allows people to learn and practice programming concepts in their native language, which can make it easier for beginners to grasp the fundamentals of coding.
Citrine
Citrine is a programming language that places a strong emphasis on localisation as its core feature. It is designed to be translatable into every written human language, allowing developers to write code in their preferred language. For example, the West Frisian version of Citrine is known as Citrine/FY.
One of the key aspects of Citrine’s localisation is the translation of keywords, numbers, and punctuation into the target language. This means that developers can write code using keywords that are familiar and meaningful in their own language. Additionally, numbers and punctuation marks are also localized to match the conventions of the target language.
]]>Responsive Electronic Attack for Cooperation Tasks II (REACTII) is coordinated by the Spanish defense industry leader Indra. The project aims to boost efforts of the EU defense sector to fill in the existing gaps in the EU Airborne Electronic Attack (AEA) capabilities. REACT II will bring all the progress and lessons learned from REACT I (funded under EDIDP-2019). The solution’s ultimate objective is to improve reliability and security for operations. Bianor’s work is focused on the solution’s software architecture and interfaces.
European Command and Control System (EC2) is an Indra-coordinated project also featuring the Italian airspace, defense, and security forerunner Leonardo. The project creates a single access point for command and control, contributing to operational capabilities. EC2 will continue the EDIDP project on command and control, ESC2. It will be a critical enabler for operations and missions under the Common Security and Defence Policy (CSDP), providing the EU with a multi-domain command and control solution. The system will centralize all operational capabilities in a single access point. The project will cover study, design, system prototyping, and testing actions. It will ensure interoperability with all government actors. Bianor’s responsibilities include establishing interoperability with external systems.
Federated Advanced Cyber-physical Test range (FACT) is led by the Norwegian Kongsberg Defence & Aerospace AS in partnership with Leonardo and Rheinmetall. FACT will create a standard toolbox for cyber-physical testing with a common architecture and environment. The project will deliver a new European capability for cyber-physical testing and verification of equipment based on two disruptive and unique assets: an advanced cyber-physical test range capability and a European-wide federated approach. FACT will ensure an improved and coordinated cyber security focus, enhancing performance and productivity and reducing risk and cost compared to stand-alone Cyber range environments. Bianor will implement the software solution for data processing in a federated environment.
]]>That happens after the Bulgarian government came into possession of the significant treasure after Bulgarian law enforcement authorities seized the Bitcoins during an operation related to identifying cyber-crimes committed by an international group of hackers.
At present, there is no comprehensive regulatory framework governing the country’s growing FinTech sector and transactions using crypto currencies, such as buying, selling, and paying with Bitcoins, are not subject to licensing requirements.
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