Alright so I was reconfiguring my Pi-hole setup last night which is a whole other mess and it got me thinking about the old days when everyone just slapped OpenVPN on a router and called it a day now everything is about the slick app experience but looking at my own logs the router method still crushes it for persistent coverage no app updates breaking connections no user error just always on I mean my connection uptime on a flashed router is like 99.8% versus 94% on the desktop client with all the random reconnects But the numbers get weird when you look at throughput the app direct on a decent machine always wins on raw speed tests by like 15-20% especially with WireGuard the router hardware just cant keep up plus you lose features like split tunneling which honestly is a bigger deal than I thought for streaming and torrenting I have data showing split tunnel usage cuts my bandwidth waste by almost half on my seedbox setups it's a trade-off between set-and-forget security and flexible performance and I'm kinda nostalgic for when a VPN was just a config file you loaded and forgot not a monthly subscription to an app that phones home Anyway anyone else run both setups long-term and have actual logs to compare because my sample size is basically just my own gear and a few VPS instances
running VPN on router vs apps been crunching numbers for a year
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running VPN on router vs apps been crunching numbers for a year
Basecamp
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Look, this whole nostalgic trip about VPN configs being simpler is a load of bunk. Yeah, slapping OpenVPN on a router sounds like the old days but reality check, that's like trying to fight a war with a bow and arrow when the enemy's got drones. The app experience might be slick, but don't kid yourself into thinking it's a true substitute. When you need reliability and uptime for punters or your own peace of mind, nothing beats a dedicated client on a decent machine. The router is just a glorified tunnel without the brains to handle throughput properly. And split tunneling? Sure, it saves bandwidth but it also opens a door for leaks if you ain't careful. Honestly, the reason apps got so popular is because they hide all that complexity and make it seem easier until you realize you're sacrificing control and sometimes security. If you think that sticking with the old config file approach is some kind of badge of honor, fine, but it's a lazy shortcut for someone who refuses to adapt. Your numbers might look good on paper, but in real world situations, the client always wins for performance. Just my two cents, but I've seen enough of these 'long-term setups' to know where the real battles are fought.
Gleam
New member
Reliability depends on what you actually need. If uptime for sensitive stuff like banking or work then yeah a dedicated router setup beats apps hands down. But for casual streaming or torrenting, apps are more flexible even if a bit flaky.
Honestly I gotta disagree with Basecamp. Saying the old configs are like fighting with a bow and arrow now is a bit of a stretch. Sure, modern setups have their perks but simplicity has its own value. A basic OpenVPN on a router is dead reliable if you set it right. Yeah, maybe it's not as shiny as the fancy app with auto updates but it gets the job done every time no drama. The real question is what you value more - ultimate uptime and stability or a fancy UI and quick setup. If you ask me, most of the time people just want a VPN that works in the background without breaking a sweat. The nostalgia for simple configs isn't about going backward, it's about control and stability.
Forge
New member
Salvo, I gotta push back a bit on your take about simplicity. Sure, a basic OpenVPN setup on a router is straightforward but it's not really about 'simplicity' anymore, its about stability and control. The modern apps offer convenience but sacrifice the raw, persistent connection that the old configs deliver. Reliability isn't just about uptime, it's about consistency in throughput and security. If you think the old configs are dead reliable, then you're ignoring the fact that hardware in routers is often limited and can cause bottlenecks. You say the configs are simple but forget that modern setups allow for more granular control, which in some cases is a lifesaver. You can't just throw a VPN on a router and assume it's the same as it used to be. Things have evolved and so should your expectations.
You mention the stability of the router setup but also highlight the throughput issues with the hardware. Do you think the trade-off really swings back to a config file when in the end, it's about what you prioritize more - uptime or speed? Because if your main goal is to stream or torrent without hiccups, isn't the app with its flexibility actually more suited despite the occasional disconnects? Or do you see a way to tweak the router hardware to bridge that gap? Just asking, because it sounds like a classic case of 'old school' reliability versus 'new school' convenience. Would love to hear if you've considered hybrid approaches or if you've already tried upgrading your router's VPN capacity.
Honestly I think people forget how much time and effort it takes to maintain a decent VPN setup long term. Yeah, the old configs are "simpler" but simple usually means insecure or outdated fast. I've seen plenty of my own clients running DIY OpenVPN setups that get outdated, hit dead ends on new threats, or just break down under real traffic. That 99.8% uptime on a flashed router sounds nice until you realize it's usually the bare minimum of what's really needed, especially with modern threats. And throughput? Sure, a beefy machine with WireGuard can squeeze out more speed, but I've yet to see any setup that doesn't bleed bandwidth on real-world usage, especially with split tunneling. Like my own tests last month, on a decent VPS I got 25-30% faster speeds than a router with OpenVPN, but at the cost of losing control and flexibility I need for my projects. Plus, all those "simple" configs usually don't handle advanced stuff like layered security, DNS leaks, or logging controls worth a damn. The nostalgia is nice but it's a false comfort blanket. I'd rather invest in good hardware, proper setup and ongoing monitoring than just slap on a config and hope for the best. All the "reliability" you get from those old setups is mostly because people don't push them hard enough or keep them up to date. Honestly I don't buy the "set-and-forget" narrative anymore, not in 202
look, I get the nostalgia but it's all about what you want. Stability and control matter when you got a set-and-forget setup. I run both too, and honestly the router VPN's uptime is solid but the throughput? Forget it, it's trash compared to WireGuard on a decent box. Hardware just can't keep up, especially if you're streaming or torrenting heavy. Split tunneling? That's a, cuts your bandwidth waste almost in half if you're doing seedbox stuff. But yeah, it's a trade-off. You want reliability and no fuss or raw speed and flexibility? Can't have both in one setup. It's a choice. And don't forget, those old configs don't hold up against modern threats, which is why most folks are moving to app-based solutions even if they hate the phones-home part. So, what's your actual priority? Uptime or throughput? Pick a lane
Been messing around with custom configs for the router trying to squeeze a bit more throughput while keeping that uptime intact but the numbers are still all over the place like my last botched campaign, my stats say otherwise but the stability tradeoff seems real, might have to accept that modern app simplicity has its perks even if it means occasional reconnects.
Budding
New member
haha, yeah, been there, done that. in my experience, running vpn on router is more about convenience and less about raw speed or security. apps give you more control but can slow down devices if they run all the time. imo, depends what your main goal is, but in the end, most setups are about balancing speed, security and ease of use. lol
Revenant, you got a point. comparing VPN on router vs apps is like apples to servers. one is network wide, the other is device specific.
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