Logging Out and the Right to Disconnect
I suffer from an occupational hazard. It is an obsession with never stopping, because silence is treated as a failure in the software world. A good server must remain awake 24 hours a day, and a healthy API must respond instantly. For a developer, high uptime is synonymous with reliability and virtue.
The trouble starts when I apply these mechanical standards to myself. My smartphone is always on. Messengers, emails, and Slack flood me with requests. Clients ask me to check files, check my schedule, or decide what to eat for lunch.
Because these requests interrupt my mental processing without warning, the world treats me like a standby resource. I am not a server, yet I am expected to be ready at any moment. The worst part is the guilt I feel when I fail to respond immediately. It feels as if my personal system has crashed.
This is a design flaw. Humans are not multi-core processors, nor are we data centers with infinite power supplies. It is time to rewrite the security policies for the system that is "me."
Modern daily life resembles a Distributed Denial of Service (DDoS) attack. Even without malicious hackers, endless notifications gnaw at my attention. The moment a notification ping pulls my eyes away while I am writing, my brain halts its current task and executes a context switch. Every developer knows exactly how expensive this cost is.
When a CPU switches from Task A to Task B, it must save the old state and load a new one. This consumes massive resources. The human brain is even worse. Studies show it takes a significant amount of time to warm up and re-enter a state of flow once it has been broken. The issue is not just the few seconds it takes to reply. The real problem is that frequent interrupts corrupt my brain’s cache. They deplete the resources I need for deep thinking.
However, I cannot simply retreat into the mountains and cut all ties. I am a social animal, a head of a household, and a team leader. The service must remain operational. This is why I implemented traffic shaping instead of unconditional blocking. This technique allows urgent data to pass through quickly while lining up less urgent data to flow more slowly.
I divided my life’s communication protocols into two categories. The first is synchronous communication, like phone calls. These are urgent packets, such as family emergencies or server failure alerts. I keep this channel open with top priority.
The second is asynchronous communication, like messengers or email. I define these not as real-time chats, but as letters. The sender has no right to expect an immediate response. I turned off almost all smartphone notifications and hid the badge counts. I only log in to check messages three times a day at set intervals. In developer terms, this is batch processing. Handling things one by one is inefficient, but processing them in groups creates overwhelming efficiency.
Some might complain that it is frustrating when they cannot reach me immediately. However, the story looks different from a developer’s perspective. Obsessing over immediate reaction inevitably leads to shallow responses. We end up exchanging soulless packets like "Okay" or "Received."
What happens if we give up on instant replies and increase throughput instead? I do not reply immediately upon receiving a message. Instead, I give my brain time to chew on and digest the problem. A reply sent half a day later contains deeper consideration and a refined solution.
People say they want a fast reply, but what they truly desire is a proper answer. Once trust is built that I always provide high-density responses, people stop rushing me. My slowness is not laziness. it is an engineering optimization to provide a better response.
If I manage traffic during the week, I need physical network separation on the weekend. The most secure supercomputers have their network cables physically unplugged. I need that kind of time, too. I toss my smartphone into a basket and walk on trails where Wi-Fi cannot reach.
Maintenance on my internal server only begins in that silence. Without incoming packets, fragmented disk pieces come together and the overheated CPU cools down. This complete logout provides the resilience to handle the traffic of the coming week.
Technology enabled us to be connected 24 hours a day, but it cannot take away our right to choose whether to connect. I decided not to cut the connection, but to manage its quality.
The switch is in my hand. Living at my own clock speed, rather than being dragged by the speed of others, is the security protocol of a rational optimist.
I am logging out for a moment today so that I may connect with you more deeply.