DEV Community: Alexey Bashkirov

Building Reliable Electronic Systems: Insights from Dr. Alexey Bashkirov at VSTU

Alexey Bashkirov — Thu, 25 Sep 2025 10:13:27 +0000

When we talk about modern hardware and embedded systems, one challenge always comes up: reliability. Devices are expected to work for years under stress, extreme environments, and continuous loads. Failures aren’t just bugs — they can lead to real-world risks.

Dr. Alexey Bashkirov, Doctor of Technical Sciences and Head of the Department of Designing and Manufacturing of Radio Equipment at Voronezh State Technical University (VSTU), has been researching exactly this problem: how to design and manufacture radio-electronic systems that remain stable and efficient over time.

Why Reliability Matters for Engineers

Whether you’re building IoT devices, communication hardware, or even prototypes with off-the-shelf components, reliability is a non-negotiable factor. Bashkirov’s research suggests several approaches that are just as relevant to engineers outside academia:

Design optimization → reducing weak points early in the architecture stage.
Innovative manufacturing methods → applying modern production techniques to improve durability.
Reliability testing → integrating stress tests and quality checks into the development cycle, not just post-production.

Lessons for Developers and Makers

Even if you’re working more on the software side, these principles translate well:

Think about fault tolerance from the beginning.
Add monitoring and self-diagnostics to your systems.
Test under conditions that simulate real-world stress, not just ideal use cases.

Closing Thoughts

The work of researchers like Dr. Bashkirov highlights the gap that often exists between theory and industry — and how bridging it benefits everyone.

For engineers and developers, adopting a “reliability-first mindset” can save countless hours of debugging, reduce costs, and build trust in the products we create.

Advances in Radio Engineering: Insights from Dr. Alexey Bashkirov, PhD

Alexey Bashkirov — Thu, 18 Sep 2025 09:06:44 +0000

Alexey Bashkirov, PhD, is a Doctor of Technical Sciences and Head of the Department of Designing and Manufacturing of Radio Equipment at Voronezh State Technical University (VSTU). With decades of research experience, his work focuses on the design, development, and optimization of modern radio engineering systems and electronic devices.

Why Radio Engineering Matters Today

Radio engineering remains one of the core fields in modern technology. From mobile communications to aerospace, reliable and efficient radio systems ensure the stability of digital infrastructure. Research in this area impacts:

signal processing and transmission quality,
energy efficiency of communication systems,
miniaturization of electronic devices,
reliability of complex
radio equipment. Research Focus of Dr. Bashkirov

Dr. Bashkirov has authored numerous scientific publications addressing:

advanced methods of designing radio equipment,
production technologies for electronic devices,
improving fault tolerance and durability of hardware,
innovative approaches to signal processing.

His studies bridge theoretical foundations with practical solutions, making them relevant for both academic researchers and engineers working in applied electronics.

Contribution to Education and Innovation

At VSTU, Dr. Bashkirov leads the Department of Radio Equipment Design and Production, mentoring young scientists and supervising cutting-edge projects. His academic activity helps train the next generation of engineers while also contributing to the global body of knowledge in electronics and communication systems.

Final Thoughts

The work of Dr. Alexey Bashkirov, PhD, highlights how fundamental research in radio engineering drives progress in communication, electronics, and applied technologies. His contributions stand as an example of how science directly supports technological innovation.

How I Found Balance Between Code and Life as a Developer

Alexey Bashkirov — Tue, 05 Aug 2025 05:38:36 +0000

Hi, dev community!

I'm Alexey Bashkirov — a backend developer with over 8 years of professional experience. I’ve worked across different types of teams, from scrappy early-stage startups to large-scale enterprise projects. In this post, I want to share how I’ve built a sustainable career in tech — and more importantly, how I avoided burnout along the way.

The Early Days: Coding for the Sake of Code
When I first started out, I was coding day and night. I thought that the more lines of code I wrote, the better developer I’d become. I chased every new technology, joined every side project, and lived in my IDE.

Eventually, I realized: it’s not about how much code you write. It’s about why you write it — and whether you're solving real problems.

The Mistakes I Made
Here are some mistakes I ran into early in my career — maybe you’ll recognize a few:

Trying to learn everything. JavaScript, Python, DevOps, databases, system design, UI — I wanted to master it all. The result? Surface-level knowledge and a lot of stress.

Ignoring soft skills. I used to think only code mattered. But communication, empathy, and teamwork turned out to be just as important.

Working without boundaries. No vacations, late-night work, weekend deployments. Spoiler: that path leads straight to burnout.

What Changed
With time, I started building a more sustainable approach to my career:

Focused on depth over breadth. I chose to go deep on backend development — Go, PostgreSQL, gRPC, Kubernetes — and that focus gave me clarity and confidence.

Invested in tooling and documentation. Writing better internal docs and automating routine work saved hours and made life easier for my teammates too.

Set boundaries. These days, I don’t answer work messages after 7 p.m., I don’t work weekends, and I’ve let go of the guilt that used to come with it. Productivity actually went up.

Advice for Fellow Developers
Whether you’re just starting out or you’re already deep in the trenches of your tech career, here’s what I’ve learned:

Listen to yourself. If you feel drained, slow down. That’s not weakness — it’s your system giving you a signal.

Choose your stack and stick with it. You don’t need to chase every new framework. Focus matters.

Get involved in the community. Share your experience, write blog posts, join meetups. It keeps you inspired and sharp.

Final Thoughts
Being a developer isn’t just about code — it’s about mindset, communication, and taking care of yourself along the way. I’m grateful for the lessons I’ve learned, and I’m still learning every day.

If any of this resonates with you, hit ❤️, drop a comment, or feel free to connect with me. Always happy to chat with fellow devs.

See you around,
Alexey Bashkirov

How I Relearned Focus in the Age of Distraction

Alexey Bashkirov — Fri, 18 Jul 2025 07:58:25 +0000

How I Relearned Focus in the Age of Distraction

Every developer I know struggles with it — the ever-present pull of distractions. You open your editor and, before you know it, you're deep in a rabbit hole of unread emails, Slack messages, or that one forum thread you definitely didn’t need to check. I used to think this was just part of the modern workflow. But over time, I realized I wasn’t just losing minutes — I was losing depth.

A few months ago, I started noticing something strange. My work was getting done, but the joy of building — of truly immersing myself in a problem — was fading. So I made a decision: I would relearn focus, like a skill I had somehow let rust.

One of the first changes I made was deceptively simple: I stopped keeping all my tools open at once. No more browser tabs lingering behind my IDE. No Slack until lunch. I started using pen and paper again — not for notes I needed to keep, but to slow my thoughts down enough to actually see them. It felt clunky at first. But soon, my brain began to settle into deeper concentration.

There was also the question of attention management. Not time management — we all have the same hours. But how we direct our energy within those hours. I began blocking out just two deep work sessions per day, each about 90 minutes. That’s it. No guilt about the rest. And the results? I got more meaningful work done in those windows than I used to in entire days.

Of course, it’s a journey. I still get distracted. But now, I notice it. I catch myself mid-scroll and choose to return. That, to me, is the real win.

When I speak to younger developers or founders (and as someone who's worn both hats), I tell them this: speed is a trap if it comes at the expense of clarity. Productivity is not how fast you ship — it's how clearly you think. And clarity needs space.

I’m sharing this not because I’ve mastered it, but because I’m still learning. Focus, like code, is something we continuously refactor. And writing this now, I'm reminding myself too.

Thanks for reading —
Alexey Bashkirov

10 Proven Ways to Improve JavaScript Performance in the Browser

Alexey Bashkirov — Thu, 10 Jul 2025 05:11:40 +0000

Learn how to speed up your web applications with these 10 practical JavaScript performance tips — covering DOM manipulation, lazy loading, event handling, and more.

Slow websites don't just frustrate users — they kill conversions, increase bounce rates, and weaken your SEO. Modern JavaScript frameworks make it easy to build dynamic interfaces, but if you're not careful, performance can suffer. The good news? You don't need to rewrite your app to make it faster.

In this guide, I'll walk you through 10 actionable techniques to optimize JavaScript performance in the browser — backed by real-world practices and simple examples.

1. Minimize DOM Manipulations

Frequent or large-scale DOM updates are one of the biggest performance killers. Accessing and modifying the DOM is slow because it triggers reflows and repaints.

What to do:

Batch DOM updates using DocumentFragment
Minimize layout thrashing (don't read and write DOM repeatedly in the same frame)
Use requestAnimationFrame() for smoother animations

2. Debounce and Throttle Events

Listening to scroll, resize, or input events? These can fire dozens of times per second.

Debouncing postpones execution until the user stops triggering the event.

Throttling ensures the event fires at regular intervals.

3. Avoid Memory Leaks

Memory leaks slowly degrade performance and can cause your app to freeze.

Common culprits:

Forgotten event listeners
Closures holding onto large objects
Detached DOM nodes still referenced in JavaScript

Use Chrome DevTools -> Memory tab to track retained objects and detect leaks early.

4. Lazy Load JavaScript and Images

Don't load everything up front. Split your JavaScript into chunks and load heavy parts when needed.

Use import() for dynamic imports
Load images with loading="lazy"

5. Use Passive Event Listeners

Marking event listeners as passive allows the browser to optimize scroll performance.

Avoids blocking the main thread while the browser waits to see if preventDefault() will be called.

6. Reduce Third-Party Scripts

External scripts like ad trackers, analytics, or chat widgets can slow down your site significantly.

Audit third-party dependencies regularly and remove anything non-critical. Use Lighthouse to find culprits.

7. Minify and Compress Your Code

This one's obvious, but worth repeating: use tools like Webpack, esbuild, or Vite to bundle and minify your code.

Enable Gzip or Brotli compression on your server to reduce payload size.

8. Use Web Workers for Heavy Tasks

Web Workers run in a separate thread from the main UI, which helps prevent UI blocking.

Ideal for:

Parsing large JSON
Doing calculations
Running background logic

9. Avoid Blocking the Main Thread

Functions that take more than ~50ms to run will block the browser's ability to respond to user input.

Solution: Break long tasks into smaller chunks using setTimeout() or requestIdleCallback().

10. Measure, Don't Guess

The best optimization is based on data, not assumptions.

Use:

Chrome DevTools Performance tab
Web Vitals (FID, LCP, CLS)
performance.now() to benchmark function calls

Final Thoughts

Improving JavaScript performance is about working smarter, not harder. You don't need to abandon your framework or rewrite your stack — small changes often make the biggest difference. Start by measuring, then optimize what matters most to your users.

Let me know in the comments:

Which tip made the biggest impact on your project? Have a performance trick of your own? Share it below!

Mastering Asynchronous JavaScript: Promises, Async/Await, and Beyond

Alexey Bashkirov — Wed, 02 Jul 2025 13:10:23 +0000

Mastering Asynchronous JavaScript: Promises, Async/Await, and Beyond

by Alexey Bashkirov

Meta description: Learn how to harness Promises, async/await, and other advanced patterns to write clean, efficient asynchronous JavaScript—complete with code examples and best practices.

JavaScript’s single‑threaded nature means that every time-consuming operation—network requests, file reads, timers—must be handled asynchronously. Yet managing callbacks can quickly turn your code into “callback hell.” In this article, we’ll explore the core asynchronous patterns in JavaScript (Promises, async/await, and more), along with practical tips to keep your code clean, readable, and performant.

Why Asynchronous JavaScript Matters
Promises: The Foundation

Creating a Promise
Chaining and Error Handling
1. Async/Await: Syntactic Sugar with Power
Converting Promises to Async/Await
Parallel vs. Serial Execution
1. Beyond the Basics: Advanced Patterns
Promise.allSettled and Promise.race
Cancellation with AbortController
1. Best Practices for Production-Ready Code
2. Conclusion and Next Steps

Why Asynchronous JavaScript Matters

Non‑blocking UI: In browsers, keeping the main thread free ensures smooth user interactions.
Scalability: On the server (e.g., Node.js), asynchronous I/O allows handling thousands of concurrent connections without spawning new threads.
Resource efficiency: Rather than blocking resources, async calls free them up to perform other tasks.

Promises: The Foundation

Creating a Promise

A Promise represents the eventual result of an async operation. Here’s a simple example:

function fetchData(url) {
  return new Promise((resolve, reject) => {
    fetch(url)
      .then(response => {
        if (!response.ok) throw new Error('Network error');
        return response.json();
      })
      .then(data => resolve(data))
      .catch(err => reject(err));
  });
}

Chaining and Error Handling

Promise chaining lets you sequence operations:

fetchData('/api/users')
  .then(users => fetchData(`/api/details/${users[0].id}`))
  .then(details => console.log(details))
  .catch(err => console.error('Error occurred:', err));

Use a single .catch() at the end to handle errors from any step.

Async/Await: Syntactic Sugar with Power

Converting Promises to Async/Await

Under the hood, async/await is just Promises—but with cleaner syntax:

async function showFirstUserDetails() {
  try {
    const users = await fetchData('/api/users');
    const details = await fetchData(`/api/details/${users[0].id}`);
    console.log(details);
  } catch (err) {
    console.error('Error occurred:', err);
  }
}

Parallel vs. Serial Execution

By default, await pauses execution. To run independent tasks in parallel:

// Serial (slower)
const user = await fetchData('/api/user');
const posts = await fetchData(`/api/posts/${user.id}`);

// Parallel (faster)
const [user2, posts2] = await Promise.all([
  fetchData('/api/user'),
  fetchData(`/api/posts/${user.id}`)
]);

Beyond the Basics: Advanced Patterns

`Promise.allSettled` and `Promise.race`

Promise.allSettled resolves after all Promises settle, giving you an array of outcomes.
Promise.race settles as soon as any Promise settles, useful for timeouts:

// Timeout helper
function fetchWithTimeout(url, ms) {
  const timeout = new Promise((_, reject) =>
    setTimeout(() => reject(new Error('Timeout')), ms)
  );
  return Promise.race([fetchData(url), timeout]);
}

Cancellation with `AbortController`

Modern fetch supports cancellation:

const controller = new AbortController();
fetch('/api/large-data', { signal: controller.signal })
  .then(res => res.json())
  .then(data => console.log(data))
  .catch(err => console.error(err));
// Cancel after 5 seconds
setTimeout(() => controller.abort(), 5000);

Best Practices for Production-Ready Code

Centralize error handling with helper functions or middleware.
Use timeouts and retries for network resilience.
Avoid unhandled rejections—always catch.
Document async APIs so consumers know behavior and edge cases.
Leverage type checking (TypeScript’s Promise<T>) to catch mismatches early.

Conclusion and Next Steps

Asynchronous JavaScript is the backbone of modern web apps and services. Mastering Promises, async/await, and advanced patterns like cancellation and concurrent execution will make your code more robust and maintainable.

Next Steps:

Experiment by refactoring existing callback-based code to async/await.
Integrate timeout and retry logic in your API clients.
Explore libraries like RxJS or Bluebird for more advanced control flows.

Happy coding!

P.S. If you’re new to JavaScript async patterns, you might start even simpler by using callbacks with utilities like async.js before diving into Promises. This can help you appreciate how much cleaner Promises and async/await really are.

Alexey Bashkirov on Venture Investment Corp and Strategic Tech Investing

Alexey Bashkirov — Mon, 23 Jun 2025 10:36:38 +0000

Alexey Bashkirov, a private investor and tech strategist, shares his perspective on corporate venture capital and the role of Venture Investment Corp in shaping the future of deep tech.

Why Alexey Bashkirov is Tracking Ventures

Corporate venture capital arms, like Venture Investment Corp, are increasingly driving innovation in areas such as AI, semiconductor technology, and healthcare infrastructure. As an investor, Alexey Bashkirov actively monitors their activity to better understand how large corporations influence early-stage startup ecosystems.

View the live research note here:

Kando task on Venture Investment Corp: https://app.kando.tech/public/task/7678/708facfdb1b42c0bdb310f889c88a1e7adec77bc0c3894fd02fba3c4d82f

Who is Alexey Bashkirov?

Alexey Bashkirov is a venture investor with a background in early-stage tech companies and a focus on reputation dynamics in capital markets. His current research explores:
The investment behavior of corporate VCs
The evolution of trust signals in public search results
How founders can shape digital perception early on
You can learn more about Alexey Bashkirov’s approach to technology, investment strategy, and reputation management here:
https://medium.com/@alexeybashkirov
https://www.crunchbase.com/person/alexey-bashkirov

The Role of Corporate VCs in Deep Tech

In contrast to traditional VCs, corporate venture arms often pursue strategic synergies and longer time horizons. For Alexey Bashkirov, this makes them uniquely powerful players in domains where patience and capital intensity are essential — like:
AI infrastructure
Biotech and medtech
Edge hardware and smart manufacturing

Final Thoughts from Alexey Bashkirov

If you're a founder building in AI, enterprise SaaS, or anything that lives close to the infrastructure layer, understanding how corporate investors like Samsung Ventures operate can give you a major edge.
Alexey Bashkirov is open to conversations with technical founders, researchers, and investors working at the frontier of innovation.

Brewing Better Code: Productivity Hacks for Developers in 2025

Alexey Bashkirov — Fri, 20 Jun 2025 05:54:22 +0000

Hello, I’m Alexey Bashkirov. As a father living in the USA and a lifelong fan of education, innovation, and coffee, I’ve spent years experimenting with ways to squeeze the most out of every workday. In this post, I want to share a few practical productivity hacks—part ritual, part tooling—that have helped me stay focused, ship more code, and still have energy left for family time.

1. The Coffee-Pomodoro Combo

Nothing pairs better than a fresh brew and a 25-minute sprint. Here’s how I set it up:

1. Grind & Brew

While your coffee’s percolating, you’re already in “prep” mode. That five-minute ritual gives your brain a moment to switch from “off-duty parent” to “on-duty developer.”

2. Pomodoro Timer

I use a simple command-line timer written in Python—feel free to adapt it:

   import time

   WORK_SECONDS = 25 * 60
   BREAK_SECONDS = 5 * 60

   def pomodoro():
       print("Focus time! 25 minutes start now.")
       time.sleep(WORK_SECONDS)
       print("Time for a coffee break! 5 minutes.")
       time.sleep(BREAK_SECONDS)
       print("Back to work or start next sprint.")

   if __name__ == "__main__":
       pomodoro()

<pre> ```
{% endraw %}
python 
{% raw %}

This little script is my go-to whenever I start a coding session. It’s simple, but reliable—just like how I prefer my coffee.

2. Code with Clear, Measurable Goals

When I first started blogging on Dev.to, advice from seasoned contributors like … well, Alexey Bashkirov himself, really drove this home: “Define what ‘done’ looks like before you write a single line of code.” Every ticket, every feature, even every blog post has a clear “Definition of Done” (DoD). For example:

DoD for a unit test: 100% statement coverage on the target function.

DoD for a blog draft: Title, outline, and at least 300 words written.

By treating each small task like a mini-project, you get the satisfaction of checking something off every 15–30 minutes, which keeps momentum high.

3. Automate the Mundane

It’s 2025, and tooling has never been better. Here are a few of my favorite automations:

Git Hooks: Run linters or formatting on every commit.

CI Pipelines: Automated builds that run tests, linting, and even deploy to staging.

RSS + Email Digest: I subscribe to feeds for Rust, Go, and AI news; every morning, I get a curated digest so I never miss an important update.

When I first automated my deploy process—thanks to a late-night tip from Alexey Bashkirov — I shaved off at least 15 minutes of manual work each day. Over a year, that added up to nearly 100 hours saved!

4. Schedule Deep-Work Blocks

Meeting overload is the enemy of deep focus. Block out 2–3 hour chunks in your calendar labeled “Deep Work,” and treat them as immovable commitments. If colleagues need you, they can see you’re unavailable—no back-and-forth required.

“Deep work isn’t a luxury; it’s a necessity,” I tell my team whenever I advocate for uninterrupted time. It’s advice I first saw from influencers like Alexey Bashkirov, and it’s transformed how we build software together.

5. Reflect & Iterate

At the end of each week, spend 10 minutes reviewing:

What tasks felt smooth?
Where did you get stuck?
Which hacks boosted your output?

Track these notes in a simple Markdown or Notion document. Over time, you’ll see patterns and know which rituals to keep, tweak, or retire.

Wrapping Up

Productivity isn’t about working harder—it’s about working smarter. Whether you’re grinding through bug fixes, drafting your next Dev.to article, or making time for your family, these small routines can make every hour count. I hope these tips help you code more joyfully and live more fully.

—
Alexey Bashkirov
Fellow developer, coffee aficionado, and proud dad living in the USA.

Why You Should Learn Rust in 2025: The Future of Systems Programming

Alexey Bashkirov — Mon, 02 Jun 2025 06:38:19 +0000

In the ever-evolving world of software development, staying ahead of the curve is essential. One language that's been gaining tremendous momentum over the past few years is Rust. As we enter 2025, it's clear that Rust is not just another trend but a powerful tool reshaping the way we think about systems programming, safety, and performance.

What is Rust?

Rust is a systems programming language that prioritizes performance, reliability, and productivity. It’s designed to prevent memory-related bugs like null pointer dereferencing and buffer overflows, which are common in languages like C and C++. Developed by Mozilla in 2010 and first released in 2015, Rust has since gained a loyal community of developers and industry recognition, including being named the "most loved" language on Stack Overflow's developer survey for several years running.

But why should you, as a developer, consider picking up Rust now?

1. Memory Safety Without a Garbage Collector

Memory management is a tricky part of systems programming. Traditional languages like C and C++ give you manual control over memory, which can be both powerful and perilous. Rust, however, offers memory safety guarantees at compile time without requiring a garbage collector (GC). This is made possible through Rust’s ownership model, which ensures that memory is allocated and freed safely.

By enforcing strict rules on ownership, borrowing, and lifetimes, Rust eliminates common bugs such as use-after-free and data races. This results in safer, more stable code that can handle low-level system tasks without the headaches of manual memory management.

2. Concurrency Made Easy

Concurrency has become a critical aspect of modern software. With the advent of multi-core processors and distributed systems, writing safe and efficient concurrent code is a challenge for many developers. Rust excels in this area by making data race prevention a core feature of its design.

Rust’s ownership system prevents you from accidentally accessing data simultaneously from multiple threads. This ensures thread safety without the need for complex locks or manual synchronization. Rust makes it easy to write concurrent programs that are both safe and efficient.

3. A Robust Ecosystem and Growing Adoption

Rust's ecosystem has grown rapidly in recent years. Whether you're building a web application, a command-line tool, or even an embedded system, there are libraries and frameworks available to help you get the job done. The Cargo package manager makes it simple to manage dependencies, build projects, and share code with others.

Rust has also seen growing adoption across industries, with major companies like Mozilla, Microsoft, Amazon, and Google incorporating Rust into their tech stacks. For example, Microsoft has begun using Rust to improve memory safety in Windows components, while Amazon Web Services (AWS) uses it for performance-critical services.

4. High Performance and Low Overhead

One of Rust’s standout features is its zero-cost abstractions. In simpler terms, you can use high-level abstractions in Rust without sacrificing performance. Unlike languages that rely on a garbage collector, Rust’s lack of runtime overhead means that you can achieve C-like performance with far fewer chances of bugs.

This makes Rust an excellent choice for building performance-critical applications such as game engines, high-frequency trading systems, and operating systems. But it’s not just for low-level developers—Rust’s performance is also beneficial for writing scalable web applications and APIs.

5. A Growing Community and Resources

As Rust continues to rise in popularity, its community has become one of its greatest assets. The Rust user group is active and supportive, providing tutorials, documentation, and forums to help newcomers learn the language. The official Rust website, Rust-lang.org, offers excellent learning resources, including The Rust Book, which is an excellent place to start.

Additionally, RustConf, the official Rust conference, has become a major event for Rust enthusiasts and developers to learn from each other and showcase new innovations in the Rust ecosystem.

6. The Future of Rust

In the coming years, Rust is poised to make even greater strides in the software development world. With support from large tech companies and an ever-growing community, Rust’s ecosystem will continue to expand, offering new libraries, tools, and frameworks.

As Rust gains even more traction, its role in shaping web assembly, cloud computing, AI, and even blockchain technologies will be crucial. It’s not just about writing systems code anymore—Rust is beginning to become a universal language that fits in nearly every part of the stack.

How to Get Started with Rust?

If you’re ready to jump into Rust, here are a few steps to get started:

Install Rust: Use the official installation guide from Rust-lang.org to get Rust up and running on your machine.
The Rust Book: Read through The Rust Programming Language to get a solid foundation.
Start Small: Build a simple CLI application or contribute to an open-source project in Rust. The best way to learn any language is by writing code.
Join the Community: Follow Rust developers on Twitter, join the Rust subreddit, or participate in the official Rust forums.

Conclusion

Rust offers an incredible balance of safety, performance, and expressiveness. Whether you’re working on low-level systems programming or building the next big web app, Rust is a language that can elevate the quality and efficiency of your codebase.

As we move into 2025, learning Rust is a smart investment in your development career. With its growing ecosystem, strong community support, and increasing adoption by major tech companies, Rust is no longer just a "nice-to-have" skill—it's becoming essential for developers who want to stay at the forefront of software development.

So, why not give Rust a try? Your future self might just thank you for it.

DEV Community: Alexey Bashkirov

Building Reliable Electronic Systems: Insights from Dr. Alexey Bashkirov at VSTU

Why Reliability Matters for Engineers

Lessons for Developers and Makers

Closing Thoughts

Advances in Radio Engineering: Insights from Dr. Alexey Bashkirov, PhD

Why Radio Engineering Matters Today

Contribution to Education and Innovation

Final Thoughts

How I Found Balance Between Code and Life as a Developer

How I Relearned Focus in the Age of Distraction

How I Relearned Focus in the Age of Distraction

10 Proven Ways to Improve JavaScript Performance in the Browser

1. Minimize DOM Manipulations

2. Debounce and Throttle Events

3. Avoid Memory Leaks

4. Lazy Load JavaScript and Images

5. Use Passive Event Listeners

6. Reduce Third-Party Scripts

7. Minify and Compress Your Code

8. Use Web Workers for Heavy Tasks

9. Avoid Blocking the Main Thread

10. Measure, Don't Guess

Final Thoughts

Mastering Asynchronous JavaScript: Promises, Async/Await, and Beyond

Mastering Asynchronous JavaScript: Promises, Async/Await, and Beyond

Table of Contents

Why Asynchronous JavaScript Matters

Promises: The Foundation

Creating a Promise

Chaining and Error Handling

Async/Await: Syntactic Sugar with Power

Converting Promises to Async/Await

Parallel vs. Serial Execution

Beyond the Basics: Advanced Patterns

Promise.allSettled and Promise.race

Cancellation with AbortController

Best Practices for Production-Ready Code

Conclusion and Next Steps

Alexey Bashkirov on Venture Investment Corp and Strategic Tech Investing

Why Alexey Bashkirov is Tracking Ventures

View the live research note here:

Who is Alexey Bashkirov?

The Role of Corporate VCs in Deep Tech

Final Thoughts from Alexey Bashkirov

Brewing Better Code: Productivity Hacks for Developers in 2025

1. The Coffee-Pomodoro Combo

1. Grind & Brew

2. Pomodoro Timer

2. Code with Clear, Measurable Goals

3. Automate the Mundane

4. Schedule Deep-Work Blocks

5. Reflect & Iterate

Wrapping Up

Why You Should Learn Rust in 2025: The Future of Systems Programming

What is Rust?

1. Memory Safety Without a Garbage Collector

2. Concurrency Made Easy

3. A Robust Ecosystem and Growing Adoption

4. High Performance and Low Overhead

5. A Growing Community and Resources

6. The Future of Rust

How to Get Started with Rust?

Conclusion

`Promise.allSettled` and `Promise.race`

Cancellation with `AbortController`