Want to know what to expect this year, which project areas are in development, the challenges ahead, and why participating in festivals and events matters so much? You’ll find all that and more in the special video they recorded for DevStyleR.

A fierce and dynamic competition is on the horizon, so make sure to mark April 25 and 26, 2025, in your calendar. That’s when the milestone 10th edition of the FISSION 2025 scientific festival will take place. Young talents will compete in various categories, including biomedicine, ecology, computer science, mathematics, physics, and engineering. There’s even a special category reserved for younger students in grades five through seven.

The video is provided by the FISSION 2025 organizers from the American College of Sofia. 

“Due to complex environments and distributed engineering teams, enterprise customers struggle to efficiently and securely deploy and manage IDEs, AI tools, and remote environments all at once. These struggles naturally slow businesses down and result in missed opportunities,” said Brian Noll, VP of sales and global partnership at JetBrains Americas.

JetBrains IDE Services provides a central management hub for five different JetBrains products: IDE Provisioner, AI Enterprise, License Vault, Code With Me Enterprise, and CodeCanvas.

IDE Provisioner provides IDE updates as needed to ensure outdated versions are not used, AI Enterprise provides AI-driven productivity features, License Vault automates the distribution of JetBrains IDE licenses, Code With Me Enterprise provides pair programming, and CodeCanvas handles the configuration of the development environment.

“With the release of JetBrains IDE Services, we are giving customers a centralized way to manage their development stack at the organizational level and dramatically improve the productivity of entire engineering departments with the inclusion of enterprise versions of JetBrains AI, Code With Me, and CodeCanvas in the suite,” said Noll.

The service is available with an on-premises deployment option, but the company has plans to add a cloud offering as well.

Every year, the event brings together young people from different countries to present academic research projects. FISSION is organized by a select group of ACS students under the guidance of the school administration and Dr. Krasimira Chakurova, ACS physics teacher.

Participants are students from 5th to 12th grade, from different parts of Bulgaria and the world.

During the science fair, all students have the opportunity to submit projects in categories ranging from biomedical, biological and chemical sciences to ecology and environmental sciences, computer science, mathematics, physics and engineering.

Hotel accommodation is provided for all teams coming from outside of Sofia on the evening of April 12, and food and beverages are available for all participants and their supervisors during the event.

Each project is assessed by a panel of established scientists and experts. After the projects are carefully reviewed and evaluated, the jury awards students with “Best Project” Award or “Honorable Mention”Award in each category.

The event schedule includes campus tours, workshops and lectures for participants and their supervisors by guest speakers and scholars, and various networking opportunities.

The event is also open to visitors and guests on April 13, 2024.

Last year’s edition of FISSION was a huge success and was the first in-person edition since 2019. 104 students, together with their supervisors, presented a total of 55 projects, and many visitors had the opportunity to take a look at the projects and enjoy the event schedule.

This year, FISSION International Science Fair will once again welcome participants from all over the world and encourage them to inquire and inspire. The registration for the event continues to be open in February.

More information can be found on the FISSION website, as well as on Facebook and Instagram.

Read more:
1. Amazon Announces New Updates to Amazon Bedrock
2. GitHub Opens New Group for AI-Focused Open Source Projects
3. The CodeIT 2024 Team for the Competition and the Journey into the World of Programming

Achieving a high income as a software developer often requires innovative strategies. Setting a monthly target of $100,000 is ambitious, but attainable through reverse engineering your goals. This approach involves breaking down your ultimate goal into manageable steps, leveraging your skills, and identifying market demands.

Step 1: Assessing Your Current Position

Suppose you’re a front-end developer earning $75/hour, working 40 hours a week. This brings in about $12,000 per month. To hit the $100K mark, however, you’d need to earn roughly $625/hour, which translates to $25K/week.

Step 2: Shifting Your Strategy

Attaining a rate of $625/hour through traditional employment is highly challenging. Thus, shifting from an hourly wage mindset to one focused on the value you provide is critical.

Step 3: Diversifying Your Income Sources

3a: Value-Based Earning in an Existing Company
Leveraging your skills as a full-stack developer in a high-revenue company and negotiating a share of the profits for the value you bring can significantly increase your income.

3b: Founding a Tech Company
Starting your own tech company allows you to tap into the entrepreneurial side of software development. This path involves creating a scalable product or service that meets a market need, offering potentially limitless income growth.

3c: Writing a Technical Book
Another alternative is authoring a technical book. This option capitalizes on your expertise and experience in the field. By writing a book, you can share your knowledge on a particular aspect of software development, a new technology, or best practices in the industry. The revenue from book sales, especially if it becomes a go-to resource in the tech community, can be significant. Additionally, a successful book can lead to speaking engagements, workshops, and consulting opportunities, further boosting your income.

Step 4: Marketing Yourself and Your Expertise

No matter the path chosen, effectively marketing yourself is crucial. This could involve building a strong personal brand, networking, enhancing your skills in high-demand areas, or developing a robust marketing strategy for your book or business.

Conclusion: Paving Your Way to Financial Success

By reverse engineering your income goal and focusing on various strategies like value-based earning, founding a tech company, or writing a technical book, you can create multiple income streams. These efforts, combined with continuous skill development and effective self-marketing, can lead you to achieve your goal of earning $100K per month as a software developer.

GOAL COMPLETED!

*Reverse Engineering: Reverse Engineering refers to the process of analyzing a system, device, or object to understand its components and workings, with the goal of duplicating or enhancing the object based on this understanding. This process involves disassembling something (a mechanical device, electronic component, computer program, or biological, chemical, or organic matter) and analyzing its components and workings in detail.

These enhancements, introduced at the CES technology event, allow GeForce RTX GPU owners to generate images in real time, thereby saving significant time in video production. The improvements to these models also aid in more efficient and streamlined workflows.

Each year, the CES event gathers the world’s most influential tech giants to showcase their most innovative and advanced technologies.

The improvements Ayesha Asif writes about allow GeForce RTX GPU owners to generate images in real time and save the time it takes them to generate videos. Improvements to the models also help improve and facilitate workflows.

Features of the Stable Diffusion models presented at CES

SDXL Turbo

The new distillation technology built into the SDXL Turbo that allows image generation in just one step helps to achieve the most advanced results possible.

Up to four images per second

NVIDIA hardware accelerated by Tensor Cores and TensorRT can create up to four images per second while enabling access to SDXL’s real-time image generation for the first time ever.

LCM-LoRA

Low-Rank Adaptation (LoRA) is a learning technology for fine-tuning stable diffusion models. Combined with the Latent Coherence Model (LCM), the LoRA checkpoint provides the ability to shorten the process past the sampling required to create a stable diffusion image.

LCM-LoRA runs up to 9 times faster as it uses only four steps (compared to the traditional 50 steps). In addition to this, it is important to note that the LCM-LoRA model is accelerated by TensorRT optimizations.

Stable Video Diffusion

Stable Video Diffusion by Stability AI is their first foundation model for generative video based on the image model Stable Diffusion. Stable Video Diffusion runs up to 40% faster with TensorRT, potentially saving up to minutes per generation.

The tech giant said it would lay off hundreds of employees in its voice assistant unit, and eliminate hundreds of positions from the hardware team responsible for Pixel, Nest and Fitbit. The augmented reality (AR) team is also affected, with the majority of people in it to be laid off.

The company has come out with the opinion that such extreme actions are necessary and are part of the organizational changes.

“To best position us for these opportunities, throughout the second half of 2023, a number of our teams made changes to become more efficient and work better, and to align their resources to their biggest product priorities. Some teams are continuing to make these kinds of organizational changes, which include some role eliminations globally,” a Google spokesperson said in a statement.

Alphabet’s employee union said in an X that the layoffs were “unnecessary” and that the company could not “continue to fire colleagues” while making billions.

Google has recently downsized its AR hardware team and opted for collaboration with other original equipment manufacturers (OEMs), according to an initial report from 9to5Google. Additionally, there is a shift towards consolidating Google’s hardware engineering efforts into a unified core team, streamlining operations previously spread across Pixel, Fitbit, and Nest.

Fitbit co-founders James Park and Eric Friedman are confirmed to be departing, as acknowledged by Google to TechCrunch. Notably, James Park played a crucial role in the introduction of the new Pixel Watch series of smartwatches within Google’s hardware portfolio.

In 2019, Google announced the acquisition of Fitbit for $2.1 billion, a process that underwent a two-year regulatory approval before finalizing in 2021. Since then, Google has integrated Fitbit products into its own offerings, exemplified by prompting Fitbit users to transition to Google accounts last year.

Simultaneously, the company made changes in its workforce, including personnel from the Google Assistant team, as reported by Semafor.

This latest company-wide layoff follows a larger workforce reduction of approximately 12,000 roles, or 6% of its employees, in January 2023.

Acad. Krasimir Atanasov

“IEEE’s mission includes recognizing the exceptional achievements of our members. Each year, the IEEE Fellow Committee conducts a thorough evaluation process and recommends a select group for elevation to IEEE Fellow status. This prestigious rank is awarded to less than 0.1% of our voting members annually,” stated the Institute.

IEEE stands as the world’s largest technical professional organization, committed to advancing technology for humanity’s benefit.
Academician Atanasov’s selection for this honor is in recognition of his significant contributions to the development and application of intuitionistic fuzzy sets. He plays a key role in the UNITE project at the Burgas University Center for Excellence, focusing on “Universities of Science, Informatics, and Technologies in the e-Society.” Additionally, he is a prominent member of the MIRACle project team, where the “Prof. Dr. Asen Zlatarov” University also holds a leading position.

This recognition marks the pinnacle of membership within IEEE, an organization globally trusted for its authoritative voice in the fields of engineering, computing, and technology information.

Born in Burgas in 1954, Academician Krasimir Atanasov is among the select few Bulgarian scientists who have earned two major doctoral degrees, one in technical sciences and the other in mathematical sciences.

“Together, Lenovo and NVIDIA are driving a new era of Hybrid AI for businesses, designing the next generation of technology that delivers an AI-powered future now and unlocks the power of their data anywhere it is created. Lenovo’s expanded engineering and time to market partnership with NVIDIA simplifies the path to generative AI for all and helps customers anywhere rapidly use cutting-edge AI to transform their business”, said Kirk Skaugen, President of Lenovo Infrastructure Solutions Group.

The offerings were described by Lenovo Chairman and CEO Yuanqing Yang and NVIDIA founder and CEO Jensen Huang at the annual global Lenovo Tech World keynote held in Austin, Texas, where they discussed businesses’ need for end-to-end solutions that bring together accelerated systems, AI software and expert services to quickly build and run custom AI models using their own data.

“With generative AI driving the greatest technology transformation of our time, enterprises are seeking solutions that give them the flexibility to develop and deploy workloads across their workstations, data centers and clouds. NVIDIA and Lenovo are providing a comprehensive portfolio of hybrid AI systems that businesses can rely on to power generative AI from virtually anywhere”, said Bob Pette, Vice President of Enterprise Platforms at NVIDIA.

Supported by the new Lenovo AI Professional Services Practice, the solutions enable enterprises to use a hybrid cloud approach – building their custom AI models using NVIDIA AI Foundations cloud service and then running them with on-prem Lenovo systems powered by NVIDIA’s latest hardware and software designed for generative AI.

During the online audio event, which was streamed live on the social media platform, Musk’s all-male team of mathematics, artificial intelligence and engineering specialists talked about creating an artificial intelligence that is smarter than humans in order to benefit society.

The focus on Musk and his team’s idea is not on a competitive note. They have no intentions of competing with OpenAI, but rather are focused on answering deep scientific questions.

Musk also said he sees xAI as an alternative to larger AI companies, but said it is still “in its infancy” and that it will take time to catch up to OpenAI and Google.

Questions about the nature of dark matter as well as unsolved aspects of the workings of gravity may be among the mysteries his company is trying to explain. Musk spoke at length about the “Fermi paradox,” a theoretical question that asks why humans have not yet discovered extraterrestrials and suggests that technological civilizations typically self-destruct or are destroyed by an outside force before heading to other solar systems.

Jimmy Ba, a University of Toronto professor and well-known AI researcher who joined Musk’s company, said the goal is to create an AI that can help with a range of problems facing humanity.

“How can we build a general purpose problem-solving machine to help all of us, humanity, overcome the most challenging and ambitious problems out there, and how can we use those tools to augment ourselves and empower,” said Jimmy Ba.

Musk said his company’s artificial intelligence could offend people because it would speak “the truth.”

During the Twitter event, Musk said his company will need computing power, but it won’t be as big as other companies and the team will be relatively small.

Programming is a lengthy process and sometimes requires long hours and meeting tight deadlines, which can lead to overwork. Developers are often advised to remove potential distractions to make the most of their time. And this constant need to perform can be detrimental to their productivity. Today we’ve chosen to show you 5 of the best ways you can improve developer productivity according to Devops Digest.

5 Interesting Ways to Improve Developer Productivity

Automate Your Workflow
Software developers usually have enough tedious and repetitive tasks that waste their valuable time. Tasks such as generating API documentation, garnering data, or generating reports can be automated, save time and effort for developers and also increase their productivity.

Similarly, according to Vlad Giverts, Co-founder of Warmspace, if dealing with bugs takes away more than 20% of your engineering time, then it indicates you have a quality/architecture problem that diminishes your productivity. Tools such as ‘Shake’ can significantly cut down the time developers spend on fixing bugs as it automates bug reporting so that developers get detailed reports from users in a jiffy. When every critical piece of information developers require for fixing a bug is at their disposal, they can save plenty of time. It provides developers with additional time to focus on other tasks and, therefore, helps them stay more productive.

Identify and Eliminate Barriers to Productivity
Identifying and eliminating barriers to productivity is as critical as evaluation of productivity. The development team can confront obstacles from different sources. Multitasking can be a severe obstacle to productivity. When developers need to switch between different tasks, they feel more strained due to continuous pressure, which leads to compromised performance. Moreover, improper communication among team members can become a productivity barrier. It can even lead to frequent interruptions and delays in task completion, impacting the organization’s overall outcome. To eliminate these obstacles, you first have to identify them and recognize their origins. This will help in better enhancement of developer productivity

Communicate Effectively
Regular communication with your developers is a critical factor in boosting their productivity. Healthy communication can help your team to freely discuss their needs, issues, and ideas. They should have an opportunity to do so, else frustration and unhappiness can build up, which is highly detrimental for productivity. You can provide them with opportunities through frequent one-on-one meetings with developers.

Integrate Continuously
Many developers use CI/CD to streamline their software releases so that customers get updates swifter. It can help enhance productivity by ensuring quality production, designing smaller, more precise, and less risky releases, delivering software swifter and more reliably, automating bug identification and fixation, and minimizing manual testing time.

Minimize Distractions
Distractions can significantly impact the work process. According to data presented by Gloria Mark, it takes, on an average, about 25 minutes to re-focus on work after an interruption. To ensure your developers have minimal distractions, you should eliminate any work that is not strictly related to development. This includes reducing the number of redundant staff meetings that can affect their workflow.

You should provide developers with a distraction-free environment. For instance, if your developers lack sound and visual privacy, and are distracted by the noise of their surroundings, then you should provide them sound-proof pods that provide privacy. Alternatively, if your developers have decent working conditions, but the distractions arise from their computers, then software such as ‘Cold Turkey,’ should be provided, which blocks websites, games, and apps to boost productivity and ensures better focus on work. You should constantly work with your developers to significantly reduce the number of distractions they face daily, so that their productivity drastically improves.