Consolidate network connections for reliability
Consolidate network connections for reliability
In short, there’s no new hardware since payment issues exist. No commercial software due to similar payment challenges. Current understanding of networking tethering via USB and 4G (dual-band) is limited. One standard ISP connection offers full uptime with zero package loss. If this aligns with your view, I agree with the sentiment—this isn’t feasible unless you secure a patent. The real hurdle is meeting strict uptime and reliability standards. Sometimes unexpected events cause data drops; complete elimination isn’t possible. Could you clarify what kind of tasks you handle? Are they time-sensitive? Do you require dependable transport? Do you play online games, use web forms for purchases, or manage global operations? If you’re open to aiming for around 99.99999% reliability (something AWS or Azure might provide), specialized hardware might be worth considering. But if you prefer not to invest in custom solutions, you’d have to dive deep—learning the necessary skills yourself. This approach demands effort and patience; it’s like building something from scratch. If you’re ready to tackle that, I’d suggest following similar paths others have taken. TL;DR: significant investment or effort is needed, as perfect solutions aren’t free. Good luck!
I appreciate this response greatly. What you describe is quite common. When my connection fails, I often need to begin fresh, which feels a bit like playing a game of chance. It reminds me of online games where losing internet causes you to re-enter your login details or restart the session entirely. Imagine uploading a file to a server and suddenly the link drops—you’d have to start from the beginning, even if it’s just at the start. If I’m on a video call and there’s packet loss, the video can freeze, requiring me to repeat myself or ask the other person to clarify. My main issue is packet loss and sudden disconnections (the ADSL light turning off and back on).
I usually rely on 4G for less data-heavy tasks, even though it resets its IP address every 15–20 minutes. I suspect this is due to dynamic IP settings, which I confirm by running the ping command on Windows. My connection drops briefly for just a few packets before everything works again, matching what my apps report.
For heavier data work—uploading or downloading files, remote patching—I still prefer my modem connection. I’m lucky it doesn’t drop during long sessions. It’s like rolling the dice sometimes. Would it help if the endpoint was another device in my home? I have two basic TP Link routers set up with DDWRT, one as a primary and another as a backup. That gives me an extra machine and router option for serving or testing.
The other endpoint needs to be located outside your local network. For example, a friend's house in the city might offer a more stable fiber connection. Alternatively, any internet server with a reliable connection can work. For simplicity, we'll refer to it as "Server." In this setup, you'd create a tunnel from your home to the Server and treat it like a VPN to route traffic from the other side. This allows the game, website, or service to know exactly where to send data for you. Your role here is managing this tunnel.
If you want to dive deeper, explore topics like link bonding, load balancing, NAT, GRE, or VPN tools such as OpenVPN, WireGuard, or OpenConnect. You might also find many tutorials helpful. Familiarizing yourself with the Linux command line is recommended, since most of this work is done on Unix/Linux systems—likely your router is based on that.
When uptime matters most, consider a business internet plan with an SLA. This ensures uptimes near 100% whenever possible.