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Software News
Medium
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393
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The WhatsApp Spyware Attack: A Silent Threat to Digital Privacy
- The WhatsApp Spyware Attack exploited a zero-click vulnerability, compromising users without their engagement.
- Attackers sent malicious PDF files via WhatsApp group chats, granting full access to victim's device.
- Spyware allowed attackers to read encrypted messages, steal personal data, control the device, and monitor activity.
- WhatsApp responded with a security patch, user notifications, and legal action against Paragon Solutions.
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Medium
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302
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Innovation in the DACH region: Is Internet Computer (ICP) the future for Web3 and AI applications?
- Internet Computer Protocol (ICP) operates through independent data centers controlled by the decentralized governance system NNS.
- DeArk (ICP Hub Germany) serves as a focal point for Web3 developers in the DACH region.
- Fabian Tröltzsch leads DeArk's initiatives and has positioned it as a key player in the DACH Web3 landscape.
- ICP stands out for hosting apps without traditional servers, promoting decentralized infrastructure.
- ICP's chain-key cryptography facilitates blockchain interoperability and secure communication.
- The scalability and flexibility of ICP's data centers make it appealing to Web3 and AI developers.
- ICP enables innovative AI and Web3 projects that leverage decentralized and scalable solutions.
- TalensAI and Soodio are examples of projects using ICP for AI-driven solutions in soft skills assessment and music production.
- Pionext revolutionizes crowdfunding using Web3 tech, combining transparency and security through smart contracts.
- The growth of the ICP community in the DACH region has led to an established ecosystem with strategic partnerships.
- ICP's future includes scaling the developer community, boosting local ecosystems, and advancing innovative AI & Web3 projects.
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Dev
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310
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🌟 Why Web3 Is More Than Just Crypto: A Developer's Guide 🚀
- Web3 represents the next evolution of the internet, offering decentralization and user control over data and assets.
- It is distinguished from Web1 and Web2 by empowering users with ownership and governance through blockchain technology.
- Web3 includes decentralized applications (dApps), digital identity management, DeFi, the metaverse, DAOs, and interoperability across blockchains.
- Developers can start with blockchain basics, smart contract development, Web3 frameworks, and building dApps to enter the Web3 ecosystem.
- Future of Web3 holds opportunities in AI integration, green blockchain solutions, and cross-industry applications.
- Embracing Web3 means reshaping the internet towards decentralization and user-centric design for real-world problem-solving.
- Web3 is about promoting a fairer and more innovative internet, encouraging developers to explore its potential and be part of the revolution.
- Join the Web3 community, experiment with new tools, and contribute to building a better internet for everyone.
- Remember, as Web3 evolves, developers have the power to shape its future and drive innovation in decentralized technologies.
- Let's make Web3 mainstream, one line of code at a time, and embrace the limitless possibilities it offers for a decentralized digital future.
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Testim.io
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415
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EnterpriseOps for Built-In Quality
- Quality assurance in software development has shifted towards Built-in Quality (BiQ) within the EnterpriseOps model, focusing on continuously integrating quality into the development stream.
- EnterpriseOps involves strategic planning, process optimization, technology adoption, and ongoing improvement efforts in managing day-to-day operations efficiently within organizations, aligning with DevOps principles.
- Integration of Built-in Quality within EnterpriseOps is compatible with Agile software delivery methods and DevOps culture, emphasizing quality standards, process documentation, quality metrics, continuous monitoring, issue identification, and corrective actions.
- Agile teams establish quality standards through 'Definition of Done' and acceptance criteria, while DevOps teams focus on service-level objectives and indicators to ensure performance and reliability expectations are met.
- Continuous improvement, training, compliance adherence, feedback loops, automation, reporting, and communication are key factors in enhancing operational efficiency and product quality within the EnterpriseOps framework.
- EnterpriseOps enables organizations to integrate quality assurance practices throughout the software delivery pipeline, promoting transparency, communication, and collaboration within teams and with stakeholders.
- The concept of EnterpriseOps emphasizes the importance of operational efficiency, customer satisfaction, and organizational performance, integrating quality assurance practices into every stage of development, deployment, and operations in a DevOps culture.
- Adopting the EnterpriseOps approach can lead to improved quality, performance, security, and overall organizational success by ensuring built-in quality practices are incorporated at each step of the software delivery process.
- EnterpriseOps provides a holistic framework for organizations to enhance their operational capabilities while prioritizing quality assurance and aligning with Agile and DevOps methodologies.
- Embracing EnterpriseOps and Built-in Quality can facilitate organizational resilience, efficient operations, and enhanced customer satisfaction through a comprehensive focus on quality integration and continuous improvement.
- By incorporating Built-in Quality practices within EnterpriseOps, organizations can streamline processes, improve collaboration, and ensure that quality is ingrained in every aspect of software development, delivery, and operations.
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Medium
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267
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Operating Systems: Limited Direct Execution
- Operating systems have limited direct execution to maintain control over resource permissions and process operations.
- User programs run in user mode by default and issue system calls to perform restricted operations.
- The operating system has a trap table that maps system calls to instructions, and writing to it is a restricted operation.
- Context switching involves saving the registers of the currently executing process and restoring those of the soon-to-be-executing process.
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16 Likes
Medium
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179
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I Tried 27+ AI Video Generators | This One Blew My Mind
- HeyGen AI is an AI video generator that can clone and make a person say anything in any language.
- The tool is used for creating presentations and talking-head style videos, featuring an AI cloning tool to create perfect replicas that can speak in multiple languages.
- Users can sign up for HeyGen and film a 2–5 minute clip of themselves to generate an AI clone, a process that takes about 15 minutes.
- After generating the AI avatar, users can create videos by adding scripts, selecting avatars, and submitting them for rendering.
- The video creation process with HeyGen can be time-consuming, taking around 45 minutes for the first video.
- While the technology is impressive, the pricing for the service may be on the higher side, with costs around $30 for 5–10 minutes of video.
- HeyGen's AI avatar technology has shown significant improvements, offering realism in video creation, but the process can be slow for some users.
- The tool can be useful for automating presentations and videos, especially for those looking to create realistic content in multiple languages.
- Despite being a good demonstration of AI capabilities, some users may find the tool expensive, slow, and not ideal for all content creation needs.
- Overall, HeyGen AI offers remarkable AI cloning features, including multi-language support, but its effectiveness in speeding up content creation may vary.
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Medium
3w
79
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"Retain Top Talent or Pay the Ultimate Price": Why Poor Salary Hikes Hurt Companies
- Inadequate salary hikes send a damaging message to top performers, leading to low morale, decreased engagement, and increased turnover.
- When high-performing employees leave, companies face the costly cycle of rehiring, including higher costs to attract new talent.
- Losing critical employees not only incurs financial costs but also results in loss of expertise, team disruption, and impacts customer relationships.
- To break the cycle and retain top talent, companies should focus on fair and competitive pay, acknowledging excellence, fostering growth, promoting work-life balance, and acting on employee feedback.
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COSMOS
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‘Cutting-edge’ new alloy to transform aerospace
- A new copper-tantalum-lithium alloy has been developed with exceptional thermal stability and high-temperature mechanical properties.
- The alloy combines copper's heat and electrical conductivity with the strength and durability of nickel-based superalloys.
- The material remains incredibly strong even at high temperatures and holds its shape under long-term thermal exposure and mechanical stress.
- The alloy's nanostructure allows it to resist deformation and offers potential applications in aerospace, defense, and industrial sectors.
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20 Likes
Medium
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302
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Delayed Message Handling in RabbitMQ
- By setting up a queue with a specific TTL value and configuring it with a dead-letter exchange, you can effectively delay message processing.
- RabbitMQ processes messages in FIFO (First In, First Out) order, potentially delaying message delivery if a shorter TTL message is positioned behind a longer TTL message.
- The RabbitMQ Delayed Message Exchange plugin extends RabbitMQ's functionality to natively support delayed message handling.
- There are different approaches to achieving delayed message handling in RabbitMQ, including using TTL with dead-lettering and the Delayed Message Exchange Plugin.
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Medium
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179
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Go is Not the Future — Rust Will Take Over
- Rust's ownership model enforces memory safety at compile time and prevents memory leaks and race conditions without runtime overhead.
- Rust's zero-cost abstractions and fine-grained control over memory make it significantly faster than Go in many scenarios.
- Go's garbage collector introduces runtime unpredictability, leading to performance issues in real-time applications.
- Go's approach to concurrency lacks strong compile-time guarantees, requiring developers to rely on best practices to avoid race conditions.
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Medium
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424
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Go’s Garbage Collector is Not as Good as You Think
- Go's garbage collector (GC) is designed to minimize stop-the-world pauses, but it introduces latency, especially in applications with large heaps.
- Unlike real-time garbage collectors in languages like Java, Go's GC can cause unpredictable spikes in response time, affecting applications requiring consistent performance.
- While Go's GC runs concurrently with the application, it consumes CPU cycles even during critical operations, reducing system efficiency and making Go less suitable for low-latency execution.
- Compared to languages like C++ and Rust, Go developers have limited control over memory allocation and deallocation, leading to unnecessary memory retention and inefficiencies for applications handling large amounts of data.
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Medium
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249
How To Make Money with AI In 2025
- Start an AI-generated blog or YouTube channel using AI tools like ChatGPT and Synthesia.
- Offer AI-generated copywriting, ad scripts, or social media content as a service.
- Use AI tools like MidJourney or DALL·E to create and sell digital artwork.
- Build AI-driven SaaS tools (e.g., chatbots, AI-powered analytics, or automation platforms).
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15 Likes
Medium
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302
Streaming vs Batch Processing: Which One Should You Use?
- Batch processing involves collecting and processing large datasets at scheduled intervals.
- Streaming processing works on data in motion, analyzing and acting on events as they arrive.
- Batch processing is more cost-effective when processing non-time-sensitive data.
- The decision between batch and streaming depends on latency requirements, cost constraints, and business goals.
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Medium
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253
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AI changed my life for the better
- AI, particularly OpenAI's Copilot, has improved the efficiency of AI users by generating code and saving time on boilerplate tasks.
- Despite the hype surrounding AI, many users feel that the current capabilities of AI technologies fall short of the expectations for revolutionary use-cases.
- Better performance and productivity goals are achieved through specific outcomes and measurable results, while personal development goals focus on long-term growth and continuous improvement.
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Medium
3w
8
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Smart-ification Gone Wild: Is Software Eating Overall Engineering Excellence?
- The trend of adding unnecessary smart features to everyday products is criticized, highlighting the neglect of improving core functionalities in engineering.
- Examples are provided, such as car manufacturers adding large touchscreens on dashboards and screens on bonnets, overlooking basic needs like quieter wipers and better indicator functionality.
- The shift towards smart technology is observed in industries like watchmaking, kitchen appliances, and even footwear, with an emphasis on screens and connectivity over meaningful improvements.
- Mechanical engineers are pressured to incorporate AI into projects rather than focusing on enhancing traditional engineering aspects, leading to a talent imbalance.
- The imbalance in talent allocation towards software engineering over core disciplines like mechanical and electrical engineering is highlighted, impacting innovation in physical products.
- An emphasis is placed on the need for a balance between software and traditional engineering disciplines to create truly innovative solutions that address real-world problems effectively.
- The importance of integrating different engineering fields for holistic innovation is stressed, pointing out successful examples like SpaceX uniting various disciplines for groundbreaking results.
- A call is made for reconnecting with the essence of engineering excellence, focusing on practical problem-solving rather than just adding superficial smart features to products.
- The article advocates for a collaborative approach where mechanical, software, and materials experts work together seamlessly to deliver meaningful innovations that blend old-school engineering with modern technology.
- The concept of an 'ultimate engineering remix' is proposed, urging a balance between engineering fundamentals and digital advancements to create products that excel in both functionality and innovation.
- The need for a shift towards genuine engineering excellence, emphasizing real problem-solving and elegant design over superfluous smart features, is underscored in the article.
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