Forem: Oleg Galkin

Remote Work’s Dirty Secret: We’re All Lonely. Virtual Frosted Glass is the Silent Fix.

Oleg Galkin — Tue, 30 Sep 2025 11:52:40 +0000

We traded cubicles for freedom. Commutes for comfort. But we silently traded something else: the hum of human connection for the hollow ping of a Slack notification.

We’re more connected than ever, yet a staggering number of us are raising our hands in anonymous surveys and confessing the truth: remote work is lonely.

This is the dirty secret no one in the "future of work" keynote talks about. We’ve solved the logistics of remote work (Zoom, Microsoft Teams, Slack, etc.), but we’ve completely failed to solve the human connection part.

The Status Quo: The Isolation Trap

Think about your typical day:

The "Camera-On" Panic: A calendar alert flashes. You scramble to make yourself and your background "presentable." The meeting is a performance, not a connection.
The "Camera-Off" Void: You choose self-preservation and turn your camera off. You're a nameless blob in a grid of black squares. You might as well be an AI bot.
The Missing "In-Between": There's no digital equivalent of leaning over a desk to ask a quick question, the shared laugh in the kitchen, or the comforting presence of someone working quietly beside you.

Our tools have forced us into a binary choice: be "on" (and exhausted) or be "off" (and isolated). Neither builds genuine connection.

The Disruption: It's Not About Video, It's About Presence

The disruption isn't another video chat app. It's a fundamental shift from scheduled performance to frosted presence.

The goal isn't to see every pore on your colleague's face. The goal is to feel their presence. To know someone is there, just a click away, without the formalities of scheduling a "call."

This is where the concept of virtual frosted glass becomes the elegant fix.

How Virtual Frosted Glass Mends the Connection

Virtual frosted glass isn't just a blur filter. It's a new protocol for humane interaction, built on two core principles:

1. Mutual, Reciprocal Privacy: Like real physical glass, visibility is a two-way street. Your camera on = you see others. Their camera on = they see you. No one-way surveillance. This builds inherent trust.

2. Presence Over Clarity: You appear frosted — as a soft blur. Your team sees your presence and human shape — enough to know you're there and engaged, but not enough to be distracting or to trigger performance anxiety.

The Outcome: From Lonely to Connected

When you implement this, a quiet transformation happens:

A colleague can keep a frosted meeting open, sharing virtual "desk space" with a teammate across the world. They work in focused silence, unmuting for a quick question as naturally as if they were in the same room.
A design team starts their day by jumping into a frosted meeting. They sporadically unfrost to share a screen or ask for feedback, then refrost to dive back into deep work. Collaboration becomes spontaneous, not scheduled.
The loneliness fades because the void between scheduled meetings is filled with team presence.

The Invitation: Fix the Connection, Not the Camera

We’ve been trying to solve remote loneliness with more meetings and more mandatory camera time. We’ve been solving the wrong problem.

The fix isn't making video calls better. It's making the space between video calls human again.

The tool that embodies this principle is MeetingGlass. It’s a native Windows app built for this exact purpose.

But this is bigger than just an app. It's a call for better, more human-centric video communication.

What do you think? Have you felt this loneliness in your remote work?

Feel free to talk about this problem of remote work in the comments!

Virtual Glass: The Overlooked Key to Better Video Conferencing

Oleg Galkin — Tue, 29 Jul 2025 02:52:20 +0000

Mainstream tools have ignored this idea, despite its obviousness, simplicity and advantages.

Introduction

Video conferencing has become ubiquitous, yet most platforms still follow the same rigid formula: cameras are either fully on or off, with little middle ground. This binary approach creates friction—people feel exposed when visible or disconnected when hidden.

The current approach also breaks the essential reciprocity of real-world communication by allowing unilateral surveillance - where some participants can observe without being seen themselves. This creates an unnatural power dynamic that would never occur in face-to-face interactions, where visibility is always mutual.

Furthermore, most platforms compound these issues with distracting interface decisions, constantly reshuffling and resizing participants in ways that prioritize speakers over consistent presence, disrupting the visual stability needed for comfortable, sustained interaction.

These flaws combine to create video experiences that feel fundamentally unnatural, explaining why so many users report fatigue and dissatisfaction despite technological advancements in resolution and features. The missing piece isn't better cameras or microphones, but rather a rethinking of visibility itself - which is exactly what virtual glass provides.

Virtual glass is a simple but transformative concept that rethinks how presence works in video meetings. Surprisingly, mainstream tools have ignored this idea, despite its clear benefits for engagement, privacy, and comfort.

How Virtual Glass Changes Presence on the Video

Core Principles

Mutual Visibility
- Just like real glass windows, you only see others if they can see you.
- Only those who enable their cameras can see you, keeping things fair.
- Creates natural reciprocity. You don't have hidden observers watching the visible participants.
Equal Visual Weight
- All participants appear at equal size, maintaining consistent "distance".
- Unlike platforms where active speakers dominate the screen.
- Preserves the feeling of sitting together in one shared space.

Why Hasn’t This Been Done Before?

Despite its simplicity, virtual glass is absent from mainstream platforms. Possible reasons:

Legacy design inertia — tools replicate in-person meetings rather than rethinking digital presence.
Assumption that "more video = better engagement" — ignoring the fatigue it causes.
Privacy as an afterthought — most platforms prioritize clarity over user comfort.
The reluctance of large tech companies to conduct research into technologies that facilitate remote work.

From Virtual Glass to Frosted Privacy: A Natural Evolution

The core idea of virtual glass — controlled visibility — leads logically to frosted glass as a privacy feature:

Default privacy: Frosting maintains your presence without overexposure.
User control: You decide when to be seen clearly, reducing that "on display" feeling.
Gradual unfrosting: No surprises. You see when another meeting participant "approaches" you or glances at you.
Adjustable privacy: The degree of frosting depends on the size of the virtual glass.

This approach reflects interactions in the real world. In a physical space, you can sense a person’s presence without looking at them. Virtual frosted glass reproduces this subtlety.

Unlike artificial "background blur", frosting serves a functional purpose — it enables sustained, comfortable co-presence.

Why This Matters for Digital Communication

Traditional video platforms fail to replicate how humans naturally interact. Virtual glass bridges this gap by introducing mutual visibility, which is the foundation of natural interaction.

Unlike one-way video streams, virtual glass enforces:

Reciprocal awareness (you only appear to those you can see)
Equal visual weight (size and visibility) for all participants

Mutual visibility eliminates worry of being watched by those you can’t see yourself.

The equal visual weight prevents:

The "talking head" effect where one speaker dominates
Visual hierarchy that discourages participation
Unconscious bias toward more visible participants

Virtual glass facilitates better group communication:

Mutual visibility encourages equal participation
Equal size and visibility gives confidence to every member of the group

Virtual frosted glass makes it easy to hold long video meetings by reducing camera fatigue and eliminating the guilt of turning off the camera or the discomfort of leaving it on.

Try It Yourself

MeetingGlass app brings this overlooked idea to life:

Install the app from the Microsoft Store.
Join a meeting in under a minute — no signups needed.

Experience virtual glass in action with frosted privacy!

I built Code Mind Map - A mind mapping extension with nodes linked to code

Oleg Galkin — Tue, 08 Jul 2025 10:55:47 +0000

Hey developers! I wrote an extension for Visual Studio that allows you to create mind maps with nodes linked to code. You can select a piece of code in the editor, press Ctrl+2,Ctrl+2, and it will be added to the mind map as a child node. Then, you can Ctrl+Click that node in the map, and you'll immediately jump to the linked piece of code.

I've always loved copying and pasting related pieces of code to the mind map (I used FreeMind) when I was analyzing a large code base. The only missing thing was the ability to quickly navigate to pieces of code in nodes. Now, it is possible with this extension. Also, it is nice to have hierarchically organized "bookmarks" to code in different parts of a project.

You can get it here: https://codemindmap.com/

Please try it and let me know what you think!

The Benefits of Virtual Frosted Glass in Video Meetings for Software Developers

Oleg Galkin — Thu, 03 Oct 2024 10:34:03 +0000

In an era dominated by remote work, maintaining effective communication and collaboration among software developers has never been more crucial. Video conferencing has emerged as a staple tool for facilitating virtual interactions, but standard video meetings often come with their own challenges—especially for introverted developers or those seeking a streamlined approach to collaborative programming. Enter virtual frosted glass video conferencing, a unique tool that not only transforms the way we engage but also enhances productivity and comfort for developers working in isolation. This post delves into the myriad ways that virtual frosted glass can be an asset for software developers, particularly in the context of pair programming and mob programming.

1. Comfort for Introverted Developers

One of the most significant advantages of using virtual frosted glass in video calls is its ability to create a more comfortable environment for introverted developers. The anonymity it offers allows these team members to participate without feeling excessively scrutinized or exposed. In frosted mode, their presence is known, but individual expressions and physical settings blend into a neutral backdrop. This alleviates the stress of being constantly "on display," enabling introverts to engage more freely in discussions.

Pair programming, which often requires deep collaboration between two developers, can be particularly intimidating for introverts. Frosted glass provides a level of comfort that encourages these developers to contribute without the stress of traditional video calls, where they might feel overwhelmed by direct attention. By fostering a more inclusive atmosphere, the unique interface allows all team members to unleash their ideas and insights, enriching the dialogue within pairs and larger groups alike.

2. Readiness for Quick Collaboration

Software development is a field that often requires spontaneous collaboration, whether it's for pair programming or mob programming sessions. Virtual frosted glass enables developers to jump into these collaborative meetings with ease. Being in frosted mode sends a clear visual cue that one is available for collaboration, while still maintaining a sense of personal space. This is particularly valuable during mob programming sessions, where many developers work together on a single project.

Unlike traditional video conferencing, the frosted interface encourages a more collective mindset. Developers don’t need to stress over camera angles or distracting backgrounds; they can focus on problem-solving and sharing ideas. This is essential in pair programming, where real-time feedback and shared understanding are crucial. Being in a frosted state allows for a seamless transition between focused work and collaborative discussions, making developers more efficient and reducing downtime between tasks. The ease of quickly switching to a collaborative mindset supports agile workflows, which are vital in the fast-paced environment of software development.

3. Mentorship and Training Made Easier

As software development continues to evolve, the necessity for ongoing mentorship and training becomes increasingly important. Traditionally, mentoring relationships require a level of personal interaction that can be difficult to achieve through a screen, especially in a pair programming context. Virtual frosted glass provides the perfect middle ground for experienced developers to guide newcomers without the pressures of a fully engaged video frame.

For mentors, the frosted effect can soften the interaction, making it feel more casual and approachable. They can convey complex concepts more naturally, which is invaluable during pair programming sessions where both parties need to understand the flow of ideas and code. This relaxed setting may lower the barriers for junior developers to ask questions, thereby encouraging knowledge sharing—essential for successful mentoring.

Moreover, training can take many forms, including code reviews or walkthroughs in a mob programming setup. The frosted glass feature allows trainees to stay visually present, signaling their engagement while not feeling confrontational. This can make training sessions feel less daunting and more productive, ultimately leading to better retention of information.

Conclusion

As the software development landscape grows more dynamic with remote teams worldwide, finding effective ways to engage and collaborate is essential. Virtual frosted glass in video conferencing tools presents an innovative solution that caters to diverse communication styles, particularly for those team members who thrive in more subdued environments. With its ability to enhance comfort for introverted developers, facilitate spontaneous pair and mob programming, and simplify mentoring processes, virtual frosted glass is a multifaceted tool that can significantly improve the quality of virtual interactions. Embracing this technology not only enhances team dynamics but ultimately contributes to greater project success—one frosted meeting at a time.