Salt Lake City software engineer Ryan makes $200,000 a year in what he calls a “cushy job.” But after 15 years in the job, he’s not happy and wants to quit. His plan? Turn his side hustle into a full-time job. He called into The Ramsey Show for a “sanity check” before making the leap (1). Must Read He told co-hosts Dave Ramsey and Ken Coleman that he was ready to quit two years ago but held off. “I was burnt out and I still am,” the 44-year-old said. “I found something that I could gravitate towards an ...

Core Insights - The partnership between EPAM and Cursor aims to accelerate clients' transformation into AI-Native technology organizations by leveraging EPAM's extensive engineering expertise and Cursor's integrated development environment (IDE) [1][2][3] Company Overview - EPAM Systems, Inc. has established itself as a leading global provider of digital engineering, cloud, and AI-enabled transformation services since its inception in 1993, focusing on addressing clients' transformation challenges through integrated strategy and technology consulting [5][8] - The company has been recognized for its excellence, being added to the S&P 500 and Forbes Global 2000 in 2021, and is noted as a top company in Information Technology Services within the Fortune 1000 [8] Partnership Details - The collaboration with Cursor is designed to enhance the adoption of AI coding tools within large enterprises, addressing challenges in full adoption and daily use of these tools [2][3] - EPAM's support for Cursor includes deploying AI-Native workflows across thousands of developers, integrating advanced AI models, and providing training and change management to facilitate the transition to AI-first environments [9] Industry Impact - The partnership is positioned to redefine software development practices, enabling organizations to embrace AI-native approaches that enhance productivity and drive sustainable transformation [3][6] - By combining EPAM's engineering capabilities with Cursor's innovative IDE, clients can expect measurable improvements in efficiency, adoption rates, and return on investment [3][9]

When it comes to using AI for software engineering, much of the spotlight falls on how large language models (LLMs) can write code—sometimes entirely from scratch. Countless studies highlight productivity gains from turning requirements directly into runnable code. But the reality of applying AI at scale inside a mature engineering organization is far more complex and nuanced. Over the past year, we’ve been on that journey at Bloomberg—integrating AI into the workflows of 9,000+ software engineers—and we’ve ...

I was born in South Korea. I read a lot and I was always drawing or painting. I really wasn't much of an outdoor kid.I'm not the girl who has ever dreamed of being part of an international spiring or whatever it is. 49-year-old Christina Chapman helped the North Korean government avoid sanctions, >> conspiring in a scheme to defraud the US, >> running what they called a laptop farm. Christina Chapman's laptop farm alone generated $17 million.>> Computers started showing up at my house. I had no clue. >> Chr ...

[music] So companies spend millions on AI tools for software engineering. But do we actually know how well these tools work in the enterprise or are these tools just all hype. To answer this and for the past two years, we've been researching the impact of AI on software engineering productivity.And our research is time series because we look at get historical data, meaning we can go back in time. And it's also cross-sectional because we cut across companies. And the way we use to measure most of the of the ...

RT eric zakariasson (@ericzakariasson)turns out, senior engineers accept more agent output than juniors. this is because:- they write higher-signal prompts with tighter spec and minimal ambiguity- they decompose work into agent-compatible units- they have stronger priors for correctness, making review faster and more accurate- juniors generate plenty but lack the verification heuristics to confidently greenlight outputshows that coding agents amplify existing engineering skill, not replace it ...

Building up technical talent around the worldCareers (@XCareers):Join the @xAI team in Tokyo🇯🇵We are seeking a talented Software Engineer to join our X Money team, focusing on building a revolutionary global payment network!https://t.co/jd3TyKnU7A ...

Preston Thorp is a self-taught software engineer working remotely for a San Francisco based tech company. >> I guess I have an advantage because uh I have very little distractions. >> Thorp also happens to be an inmate at the Mountain View Correctional Facility in Maine.>> I have a purpose now. Like prior uh you know I had nothing going for me and and I had been a drug dealer for years. Thorp is one of about 40 residents here working remotely for various industries across the country.At least three other st ...

Core Insights - Enterprises in Germany are increasingly integrating AI into application development, focusing on innovation, compliance, and precision engineering [1][2][3] Group 1: AI Integration and Compliance - Companies in Germany are prioritizing the ethical use of AI, which is essential for service delivery, and are seeking providers that can ensure compliance with regulatory requirements, including data protection [2][3] - The 2025 ISG Provider Lens report indicates that GenAI implementations have progressed from exploration to execution, significantly changing how enterprises approach application development and management [2][4] Group 2: Industry Trends and Government Initiatives - The report highlights that mobile application development and public sector digitalization are key trends, with the government expanding e-government platforms and emphasizing usability, security, and data localization [4][5] - In healthcare, the demand for regulated application development is rising, driven by legislation that allows doctors to prescribe digital health apps, necessitating compliance with performance and privacy standards [5][6] Group 3: Market Dynamics and Provider Evaluation - The report evaluates 26 providers in the AI-driven application development services sector, naming adesso SE, Allgeier, and others as leaders, while Coforge is recognized as a Rising Star [8] - LTIMindtree is acknowledged as the global ISG CX Star Performer for 2025, achieving the highest customer satisfaction scores among AI-driven ADM service providers [9]

Core Insights - Ascendion has been recognized as a Global Leader in Generative AI Services for the second consecutive year by ISG, highlighting its strong position in AI-powered software engineering [3][4][7] - The company’s Agentic AI platform, AAVA, effectively bridges the gap between strategy and execution, delivering measurable business outcomes [4][5][6] Company Recognition - Ascendion earned top-tier leadership positions in two categories: Strategy & Consulting Services and Development & Deployment Services in the ISG Provider Lens Generative AI Services 2025 study [3][4] - The company was previously recognized as a Rising Star in the 2024 ISG Provider Lens for Digital Engineering and has continued to show strong performance in digital and AI-powered offerings [7] Performance Metrics - Real-world results from Ascendion's solutions include up to 60% effort savings in data analysis for Fortune 50 banks, 50% productivity gains in automated form processing, and 40% faster time-to-market in complex software programs [4][6] - The company’s operational model integrates autonomous agents and automation into live delivery pipelines, enhancing speed, quality, and trust [4][5] Strategic Approach - Ascendion employs a platform-centric model that combines agentic workflows, modular delivery, and embedded consulting, enabling scalable transformation across various environments [5][6] - The company emphasizes a human plus agent model, ensuring that human expertise remains central to innovation while leveraging automated lifecycle execution [6][7] Future Direction - Ascendion aims to lead the new era of Engineering to the Power of AI, focusing on unlocking enterprise value through intelligent agents and modern engineering methods [8][10]