DEV Community: Darkssel

SysPulse vs Windows Event Viewer: Real-Time Telegram Security Alerts vs Manual Log Checking

Darkssel — Tue, 04 Aug 2026 02:38:10 +0000

Every Windows machine keeps a diary. It‘s called the Event Viewer, and it’s been there since the early days of Windows NT. Every service start, every driver crash, every security audit—Windows scribbles it down in a structured, timestamped log, waiting for someone to come and read it.

For decades, that diary has been the go-to place for troubleshooting. “Why did my PC reboot last night?” Event Viewer. “What happened to that failed update?” Event Viewer. It‘s deep, it’s detailed, and it‘s one of the most powerful tools Microsoft has ever shipped.

But here’s the thing about diaries: you have to open them and read. Nobody taps you on the shoulder and says, “Page 47 just got a new entry you might want to see.”

That‘s where a different kind of tool comes in—one that doesn’t just write the diary, but reads it to you out loud, in real time, in a sentence, on your phone.

I‘m talking about SysPulse.

One tool writes the diary. The other reads it to you. Let’s compare them.

The Interface: A Library vs A Text Message

Open Event Viewer, and you‘re staring at a tree of categories: Application, Security, Setup, System, Forwarded Events. Inside each, thousands of entries with Event IDs, timestamps, and XML payloads. It’s not designed for speed. It‘s designed for depth.

You want to know what happened at 3:12 AM last Thursday? Filter by date, filter by event ID, scroll through the noise, and maybe—just maybe—you’ll find the one line that explains the reboot.

SysPulse has no interface at all. It lives in your system tray, watching a handful of specific events: new processes, USB insertions, startup changes, Defender status. When something happens, it doesn‘t wait for you to filter logs. It sends you a Telegram message.

One is a library. The other is a text message.

The Trigger: Manual Investigation vs Proactive Alert

Event Viewer is reactive. Something goes wrong. You open it. You investigate. It’s the tool you reach for after the problem.

SysPulse is proactive. It‘s always watching, and when a new process appears from a temp folder, or a USB drive gets plugged in, it pings you the moment it happens. You don’t wait for a problem. The problem introduces itself.

One waits for you. One finds you.

The Skill Floor: Sysadmin vs Everyone

Event Viewer assumes you know what you‘re looking for. Event ID 41? Kernel power loss. Event ID 1000? Application crash. It’s powerful, but it speaks a language that takes time to learn.

SysPulse assumes nothing. It doesn‘t give you Event IDs or XML payloads. It says, “A new process just appeared. Here’s the full path.” No training required.

One requires a translator. One speaks plainly.

The Notification: None vs Telegram

This is the biggest difference.

Event Viewer will never send you a message. You can set up custom views, attach tasks to events, even write PowerShell scripts—but out of the box, it‘s silent. It’s a book on a shelf.

SysPulse is a communicator. Telegram is its voice. Fast, encrypted, already on your phone. The notification is the tool.

One stores the story. One tells you when a new chapter is written.

When To Use Which

If your PC crashed and you want to know why—Event Viewer. If an update failed and you need the error code—Event Viewer. If you‘re auditing security events across a domain—Event Viewer, plus a SIEM, plus a team.

If you want to know, in real time, that a new process launched from a suspicious folder while you were away from your desk—SysPulse.

They don’t replace each other. They do different jobs. Event Viewer is your archive. SysPulse is your news feed.

The Bottom Line

Windows has been writing its diary for decades. That diary is invaluable. But you can‘t read it every day.

SysPulse doesn’t replace the diary. It just tells you when something new has been written—in plain English, on your phone, in real time.

And honestly? That‘s the kind of relationship I want with my PC. Not one where I have to remember to check the logs. One where my PC tells me what I need to know, before I even think to ask.

Resources & Links

· SysPulse Website: syspulse20.netlify.app
· SysPulse GitHub (docs & screenshots): github.com/lalqalandar310-prog/Syspulse-
· Previous Comparisons (Dev.to): SysPulse vs Process Explorer
· Windows Event Viewer (Microsoft Docs): Event Viewer

SysPulse vs Process Explorer: Two Windows Monitoring Tools, Two Completely Different Philosophies

Darkssel — Sat, 01 Aug 2026 18:41:17 +0000

If you‘ve ever Googled “how to see what’s running on my PC,” you‘ve probably landed on Process Explorer. It’s part of Microsoft‘s Sysinternals suite, a legendary tool that’s been around for decades. It shows you every process, every thread, every DLL—colored, tree-structured, and beautifully detailed.

Then there‘s SysPulse—a newcomer. A tiny, Telegram-connected monitor that doesn’t even have a main window.

At first glance, they seem like competitors. After all, both deal with processes. But the more you use them, the more you realize they were built for completely different moments in your day—and for completely different states of mind.

Here‘s how they compare, and why you might want both.

The Interface: All-In vs Nothing

Process Explorer opens like a cockpit. You’re greeted with a tree of processes, color-coded by type (services, new objects, packed images...). You can hover over any entry to see its full path, right-click to check VirusTotal, or dive into its threads. It‘s dense. It’s powerful. It‘s designed for investigation—for when you already suspect something is wrong and want to dig deep.

SysPulse has no interface. No window. No dashboard. It lives in your system tray and never opens. The only “interface” you get is a Telegram notification when something notable happens—a new process from a temp folder, a USB insertion, a Defender status change. It’s not a cockpit. It‘s a smoke detector.

The Trigger: Manual vs Automatic

Process Explorer is reactive. You open it when your PC feels slow, when you hear the fans spinning, when you want to know what that suspicious svchost.exe is doing. It waits for you to ask.

SysPulse is proactive. It runs 24/7, watching. When something new appears, it doesn’t wait for you to check—it tells you. A message at 2:47 AM, a ping during lunch, a notification while you‘re on vacation. It doesn’t need you to remember to look. It remembers for you.

The Skill Floor: Expert vs Everyone

Process Explorer assumes you know what you‘re looking at. A process named rundll32.exe? Normal—if it’s in the right folder. A spike in CPU? Maybe it‘s a stuck installer, maybe it’s a cryptominer. Process Explorer gives you all the data, but interpreting it is your job.

SysPulse assumes nothing. It doesn‘t ask you to interpret threads or analyze memory dumps. It simply says: “A new process just appeared. Here’s the full path. Here‘s when it started. Here’s how much RAM it’s using.” Whether you‘re a sysadmin or a family member sharing a PC, the message is the same: here’s what happened, now decide what to do.

The Coverage: Deep vs Wide

Process Explorer is deep. It can tell you which process locked a file, which DLLs are loaded, which handles are open. It‘s forensic. If you need to know exactly what a process is doing right now, nothing beats it.

SysPulse is wide. It watches processes, yes—but also USB drives, startup entries, Defender status, and CPU/RAM anomalies. It’s not designed to dissect a single process. It‘s designed to notice when something in your system changes—across multiple categories—and surface it immediately.

The Notification: None vs Telegram

This is the biggest philosophical split.

Process Explorer is a silent investigator. You sit with it, you explore, you discover. It will never send you a message.

SysPulse is a communicator. It uses Telegram—fast, encrypted, already on your phone—to deliver short, actionable alerts. The notification is the whole point. You don’t sit with SysPulse. You hear from it.

The Overhead: Light vs Lighter

Process Explorer is lightweight for what it does (usually around 15–25 MB). For a tool that shows every thread and handle, that‘s impressive.

SysPulse also stays lightweight at around 30 MB, but with a key difference: there’s no graphical interface or dashboard constantly consuming resources. It runs in the background with no UI overhead. The RAM usage is stable over days, not spiking every time you open a window—because there‘s no window to open.

When To Use Which

If you’re actively investigating something—your PC is acting strange, a process is hogging CPU, you suspect a DLL injection—open Process Explorer. It‘s still the best tool for deep, manual analysis.

If you want continuous awareness without babysitting your machine—if you want to know the moment something unusual happens, even when you’re not at your desk—run SysPulse. It won‘t help you dissect threads, but it’ll tell you there‘s something worth dissecting in the first place.

They’re not replacements. They‘re complements. One is your microscope. The other is your guard dog.

Real-World Example

Imagine a developer running both tools. One evening, her SysPulse pings her about a new process launched from AppData\Local\Temp. She’s not at her desk—she‘s making dinner. She finishes cooking, walks over to her PC, and opens Process Explorer. Within minutes, she verifies the process is a bundled adware installer, kills it, removes its startup entry, and goes back to her evening.

SysPulse noticed. Process Explorer analyzed. Together, they solved a problem in minutes that would have otherwise gone unnoticed for days.

The Verdict

Process Explorer is a master of depth. SysPulse is a master of awareness.

You don’t have to choose. In fact, the best Windows monitoring setup I‘ve seen uses both: one to watch, one to dig. But if you can only add one layer of security today, ask yourself—do you need a better microscope, or do you need something that taps your shoulder when it matters?

Resources & Links

· SysPulse Website: syspulse20.netlify.app
· SysPulse GitHub (docs & screenshots): github.com/lalqalandar310-prog/Syspulse-
· Technical Breakdown (Dev.to): I built a Windows security monitor that uses less RAM than your browser
· Process Explorer (Microsoft Sysinternals): https://learn.microsoft.com/en-us/sysinternals/downloads/process-explorer

5 Free Windows Security Tools I Use (And One Paid One I Actually Built)

Darkssel — Mon, 27 Jul 2026 23:03:32 +0000

You don’t need a six‑figure budget to keep your Windows PC safe. Some of the best security tools are already sitting on your machine—or available for free online. But there’s always a catch: free tools often lack real‑time alerts, remote notifications, or the ability to watch everything at once.

I’ve been tinkering with Windows security for a while now, and along the way I ended up building my own lightweight monitoring tool. But before I get to that, here are five free tools that genuinely help, and one paid one (spoiler: it’s the one I built) that fills the gaps they leave behind.

Windows Task Manager

You already have it. Press Ctrl+Shift+Esc and you’ll see every process, memory hog, and startup program. Task Manager is perfect for quick troubleshooting—when your PC is screaming and you need to kill a process now. But it’s a snapshot, not a watchdog. It won’t alert you when something new launches, a USB drive gets plugged in, or Windows Defender suddenly turns off.

Process Explorer (Sysinternals)

Think of this as Task Manager on steroids. It shows you every process in a tree view, highlights new processes, and even lets you verify a process’s digital signature. It’s free, powerful, and great for deep dives. The downside? It’s manual. You have to open it, stare at it, and know what you’re looking for. No notifications, no Telegram pings, no “hey, something weird just happened.”

Windows Defender (built‑in)

This is your first line of defense against malware, and for most people it’s more than enough. It updates automatically and scans files in the background. But here’s what most people don’t realize: Windows Defender can be turned off silently—by malware, a bug, or even a misclick. And Defender won’t tell your phone when that happens.

Wireshark

Wireshark is a network protocol analyzer. It lets you see exactly what’s traveling in and out of your PC. If you suspect a program is phoning home, Wireshark will catch it. But it’s a tool for experts—packet analysis takes time and skill. It’s not something you’d leave running 24/7 for casual awareness.

USB Oblivion

This tiny utility wipes all traces of USB drives that have been connected to your PC. It’s useful if you’re worried about forensic traces or want to clean up old logs. But it doesn’t monitor USB in real time—it just cleans up after the fact. So if someone plugs in a rogue flash drive while you’re away, USB Oblivion won’t notify you.

And the one I built: SysPulse

After using all these free tools, I noticed a common thread: none of them sent me a message when something happened. They either showed me data after I opened them, or they cleaned up after the fact. None of them behaved like a security guard who taps your shoulder and says “hey, look at this.”

That’s why I built SysPulse—a tiny Windows security monitor (under 30 MB RAM) that watches the events that free tools often miss:

· New processes (with full file paths)
· USB drives being connected or removed
· Startup program changes
· Windows Defender status
· CPU, RAM, and Disk spikes

When anything unusual occurs, it sends a simple Telegram alert straight to my phone. No cloud dashboard, no background scanning, no feature bloat. It’s the quiet, always‑on watchdog I wanted but couldn’t find for free.

SysPulse is not a replacement for your antivirus—it’s a companion. Use Defender to block threats; use SysPulse to know about the stuff Defender doesn’t shout about.

🔗 More about SysPulse
If you're curious about the technical side or want to see the documentation:

Official website: syspulse20.netlify.app
GitHub (docs & screenshots): github.com/lalqalandar310-prog/Syspulse-
The full development story (Dev.to): I built a Windows security monitor that uses less RAM than your browser

The Night My PC Started Talking to Me (and Why I’ll Never Go Back to Silence)

Darkssel — Fri, 24 Jul 2026 00:47:25 +0000

It was 2:47 AM. My phone buzzed. Not a friend, not a spam call—a Telegram message from my own PC.

"New Process Detected: update_checker.exe — C:\Users\Me\AppData\Local\Temp\update_checker.exe — RAM: 8.2 MB"

Half-asleep, I almost dismissed it. Probably a browser updater. Probably Windows doing Windows things. But that file path—AppData\Local\Temp—is where trouble likes to hide.

I dragged myself out of bed, opened my laptop, and found the process still running. Task Manager showed it quietly sitting there, no window, no tray icon. I killed it, then checked the usual hiding spots: startup entries, scheduled tasks, recent installs.

There it was. A startup entry pointing to the exact same temp folder. Whatever this was, it planned to survive a reboot.

That’s when I realized why I’d built my own lightweight Windows monitor. Traditional antivirus had given this file a clean bill of health. No signature match. No heuristic alarm. Just silence.

But behavior? Behavior doesn’t lie. A process spawning from a temp folder at 2 AM? A startup entry pointing to the same folder? That’s not normal. That’s not safe.

I didn’t stop a nation-state attack that night. It was probably bundled adware or a sketchy updater. But the severity wasn’t the point. The point was awareness.

I knew something had happened. I knew when, where, and what. And I could act before it became a bigger mess.

That night changed how I think about security tools. Most antivirus is a bouncer—it checks IDs at the door. What I wanted was a watchman who walks around the house, looks in the corners, and tells me when a window is open or someone’s in the backyard.

So I built that watchman. It’s called SysPulse—a tiny Windows tool that watches processes, USB connections, startup changes, and Defender status. When something’s off, it sends me a simple Telegram alert. No dashboard. No cloud. No nonsense.

And yes, it’s the one that woke me up at 2:47 AM. I’m glad it did.

🔗 Behind the tool

If you're curious about how SysPulse works or want to explore the technical side:

Official website: syspulse20.netlify.app
GitHub (docs & screenshots): github.com/lalqalandar310-prog/Syspulse-
Technical breakdown on Dev.to: I built a Windows security monitor that uses less RAM than your browser
Practical setup guide on Medium: How I Gave My Windows PC a Silent Bodyguard

(SysPulse is a paid tool—one license, one machine, no subscription. There's a 7-day money-back guarantee. But honestly? The story above is why I built it. The rest is just details.) 😄

A Windows User's Guide to Catching Suspicious Processes (Before They Cause Trouble)

Darkssel — Tue, 21 Jul 2026 16:53:26 +0000

Every Windows computer runs dozens of processes in the background. Most of them are completely normal – system services, drivers, installed applications, and security tools.

But sometimes a new process appears that you do not recognize.

It could be a newly installed application, an unwanted program, a suspicious script, or simply something that needs investigation.

Knowing what is running on your computer is an important part of maintaining security.

Why Monitor New Processes?

A process name alone does not always tell the full story.

For example, a file named update.exe could belong to a legitimate application, or it could be a suspicious program pretending to be something useful.

The most important details are:

· Process name
· Full file path
· Time it started
· Resource usage
· Whether it starts automatically with Windows

Monitoring these changes helps you understand what is happening on your PC.

Checking Processes Manually with Windows Task Manager

The simplest method is using the built-in Windows Task Manager.

Press Ctrl + Shift + Esc
Open the Processes tab
Review running applications
Right-click a process and choose Open file location

The file location can provide important clues.

A program running from C:\Program Files\ is usually expected. A program running from C:\Users\YourName\AppData\Local\Temp\ may require more investigation. This does not automatically mean it is malicious, but location is an important security signal.

Using Windows Event Viewer

Windows also records many system activities through Event Viewer. You can access it from the Start Menu and review application and security logs.

The problem is that Event Viewer is designed for troubleshooting and administrators. It contains a large amount of information, making continuous monitoring difficult for normal users.

Why Automated Process Monitoring Is Useful

Checking processes manually once in a while is helpful, but it does not provide real-time awareness.

A lightweight monitoring tool can automatically:

· Detect newly started programs
· Record process details
· Show the complete file path
· Send notifications when something changes

This is especially useful for people who want visibility without constantly watching system tools.

Process Monitoring vs Traditional Antivirus

Antivirus software is an essential security layer, but it usually focuses on detecting known threats and malicious files.

Process monitoring provides a different type of visibility:

· What started?
· Where did it run from?
· When did it appear?
· Should this program be there?

These two approaches can work together. A security monitor does not need to replace antivirus software – it can provide additional awareness.

A Lightweight Monitoring Option

If you prefer a hands-off, automated approach that doesn't require constant manual checking, there are tools built specifically for this kind of monitoring.

SysPulse, for example, is a lightweight Windows security monitor that runs quietly in the background, using less than 30 MB of RAM. It can:

· Detect new processes and record full executable paths
· Send instant Telegram alerts
· Monitor USB connections
· Watch Windows startup changes
· Track Windows Defender status

The idea is simple: help users know what is happening on their PC without running heavy monitoring platforms or digging through logs.

Security Tips for Windows Users

A few simple habits can improve your security:

· Do not run unknown executable files
· Check unusual startup programs
· Keep Windows updated
· Pay attention to unexpected system changes
· Understand which applications are running on your machine

Final Thoughts

You do not need to be a security expert to improve your awareness of what happens on your computer.

Monitoring new processes is a simple habit that can help you discover unexpected activity earlier. Whether you use built-in Windows tools or a dedicated monitoring solution, having visibility is one of the most important steps toward better security.

I Built a Windows Security Monitor That Uses Less RAM Than Your Browser

Darkssel — Wed, 15 Jul 2026 15:36:43 +0000

And it sends alerts to my phone when something weird happens.

So here's the thing. I was getting paranoid about my Windows PC.

Not in a "government is watching me" way, but in a "what the hell is running in the background right now?" way. You know that feeling when you open Task Manager and see 47 processes you don't recognize? Yeah, that.

I tried the usual suspects. Heavy antivirus suites that eat 500MB of RAM just to sit there. "Smart" security tools that phone home more than my apps do. Everything felt bloated, slow, and honestly, kind of suspicious.

So I did what any developer would do. I built my own.

The Idea Was Simple

What if I had a tiny program that just... watches? Not scans, not analyzes signatures, just watches what's actually happening on my system and tells me when something weird pops up.

Like a security camera for my PC, but instead of recording video, it sends me a Telegram message.

The Challenges Were Real

Challenge 1: Keeping it lightweight

My first version used 120MB of RAM. That's worse than the antivirus I was trying to replace. Back to the drawing board.

I spent two weeks optimizing. Switched from polling to event-based monitoring. Cut unnecessary logging. Rewrote the USB detection module three times.

Final result? Under 30MB. Sometimes under 20MB if nothing's happening.

Challenge 2: False positives everywhere

Early versions would alert me every time Windows Update ran, or Chrome spawned a new process. My phone was buzzing 50 times a day.

I had to build a whitelist system. Then a heuristic layer. Then a "learn normal behavior" mode that I eventually scrapped because it was too complex for a solo project.

Now it only alerts on genuinely unusual stuff. New executables in temp folders. USB drives appearing when I didn't plug anything in. Windows Defender getting disabled (which is a huge red flag).

Challenge 3: Making it actually useful

A security tool that cries wolf is worse than no tool at all. I had to find the balance between "tells you everything" and "tells you nothing."

The solution? Daily summaries. Instead of 30 alerts a day, you get one message every evening saying "here's what happened today." Plus instant alerts for the really suspicious stuff.

What It Actually Does

Watches for new processes and logs their full paths
Alerts when a USB drive is connected
Monitors if Windows Defender gets disabled
Tracks CPU, RAM, and disk anomalies
Sends it all to Telegram

That's it. No cloud dashboard. No telemetry. No "improve our product by sharing your data" nonsense.

It runs locally, talks to Telegram's API, and that's the end of it.

The Tech Stack

Python, obviously. Compiled to a standalone executable with PyInstaller so users don't need Python installed.

The Telegram integration uses their Bot API. Super simple, super reliable.

The whole thing is about 1500 lines of code. Not huge, but enough to be useful.

What I Learned

Building security tools is hard. Not because the code is complex, but because the edge cases are endless.

Windows has so many background processes that look suspicious but aren't. Chrome spawns like 15 processes when you open one tab. Windows Update does weird things at 3 AM.

You have to understand the normal behavior of a system before you can detect the abnormal. And "normal" is different for every user.

I also learned that simplicity wins. My first version had a web dashboard, a REST API, and a plugin system. It was a mess. I stripped it all down to "monitor and alert." Now it actually works.

Where It Is Now

I call it SysPulse. It's on GitHub, it's got a website, and yes, I'm selling it for $39.

Is that bold for a solo developer? Maybe. But I've spent hundreds of hours on this, and I believe in it.

If you want to check it out, the GitHub page has full documentation and live screenshots of exactly how it works. The core is compiled into a secure, standalone executable to ensure stability and protect the logic. No hidden telemetry, no backdoors, no BS.

GitHub: https://github.com/lalqalandar310-prog/Syspulse-

Website: https://syspulse20.netlify.app

What's Next

I want to add Discord webhook support. Maybe a simple GUI instead of just a console window. And I'm thinking about a "silent mode" that only alerts on critical stuff.

But for now, I'm happy with where it is. It does what I built it to do. It keeps my PC quiet and my mind at ease.

If you've built something similar, I'd love to hear about it. Drop a comment. If you've got questions about the code, same thing. I'm here to learn as much as to share.

If you're looking for a more beginner-friendly guide on the practical side of monitoring Windows processes, I've also published a step-by-step walkthrough: A Windows User's Guide to Catching Suspicious Processes.

I also published a practical guide on Medium with a real-world example of setting up SysPulse. If you're curious, you can find it here: https://medium.com/@darkssel/how-i-gave-my-windows-pc-a-silent-bodyguard-that-texts-me-on-telegram-0289c1b60ee1