Remote Server DDoS Protection: Built‑In 60Gbps Shield, No Migration Required

If you've ever watched a perfectly good server get knocked flat by a flood of garbage traffic at 3 a.m., you already know why people start Googling "remote server ddos protection." It's one of those topics that sounds like an enterprise luxury until the day it isn't — until a rival game community, a disgruntled ex‑customer, or just some bored botnet operator decides your IP is the target of the evening. Suddenly "remote" becomes the only word that matters, because the box getting attacked isn't even yours to relocate.

This piece is a casual walk through what remote DDoS protection actually is, why it exists as a separate category from the protection your hosting provider throws in for free, and how a long‑running outfit called Sharktech handles both sides of that equation. No drama, no doomscrolling — just the practical stuff you'd want a knowledgeable friend to tell you before you swiped a card.

Why "Remote" Even Became a Thing

Most people's first encounter with DDoS protection is the line item that comes bundled with their VPS or dedicated server. That's "hosted" protection: the mitigation gear sits inside the same network as your box, so attack traffic gets scrubbed before it ever reaches your port. It works well, it's usually free, and you don't have to think about it. The catch is that it only helps you if your server lives inside that protected network.

The problem is that a lot of infrastructure doesn't live in a nice tidy DDoS‑protected data center. Maybe you've got a colocation contract you can't break, a bare‑metal box in a budget facility, an on‑prem rack in a small ISP, or a stack of game servers sitting on a network that null‑routes anything louder than a sneeze. Migrating all of that just to get protection is painful, expensive, and sometimes contractually impossible. That's the gap remote DDoS protection fills: it lets you keep your server exactly where it is and still get the scrubbing benefit, by pulling your inbound traffic through somebody else's mitigation network first.

So when the search term is "remote server ddos protection," what's usually being asked is really two questions folded together: "How do I shield a box I can't move?" and "Is there a provider I can actually trust to do it?" Let's take those one at a time.

How the Remote Trick Actually Works

The mechanism is more boring than the marketing makes it sound, which is honestly a good thing. Sharktech's Remote Network DDoS Protection, for example, runs on a pair of well‑understood protocols — BGP and GRE — that have been carrying the internet's luggage for decades.

In plain terms: you establish a BGP session between your router (a software router is fine) and the protection provider's edge. You announce your IP prefix to them, minimum a /24, and they in turn announce it to the wider internet. Inbound traffic for your network now flows through their scrubbing infrastructure. A GRE tunnel carries the cleaned traffic back to you, and because only the ingress side is rerouted, the latency hit is roughly half of what you'd expect from a full round‑trip detour. When an attack is detected, the suspicious destination gets pushed through on‑site firewalls, the junk gets filtered, and the legitimate traffic keeps flowing through the tunnel as if nothing happened.

The practical upsides are the ones that matter: no new hardware to buy, no software agent to install on your boxes, no migration, and you can run the scrubbing either always‑on or only‑when‑under‑attack depending on how paranoid you are on a given Tuesday. Sharktech's FAQ on the topic is blunt about their capacity — each of their five data centers is connected with at least 1Tbps, and they report not yet having met an attack they couldn't mitigate, thanks to a layered approach that lets them shift traffic across facilities and upstream providers as needed.

For the curious or the budget‑conscious, you can look at the details and request a consultation through 👉 Sharktech's Remote Network DDoS Protection page.

The Other Half: Protection That Comes With the Box

Not everyone needs the remote route. If you're starting fresh or already flexible about where your servers live, the simpler play is to just host with a provider whose entire network is built around mitigation. That's the path Sharktech has been on since 2003 — they're not a hyperscaler and they're not trying to be one — and it's worth understanding what you actually get, because "DDoS protection included" means wildly different things at different companies.

In Sharktech's case, every hosted service ships with their proprietary mitigation baked in, at no add‑on fee, monitoring the network 24/7. The standard included capacity is 60Gbps of protection per IP. For context, the volumetric attacks that knock out typical budget providers tend to land in the 5–20Gbps range, which is why their longer‑tenured game‑hosting customers talk casually about eating 3–8Gbps hits without their servers hiccuping. The system is layered to recognize and filter the usual rogues' gallery — UDP floods, HTTP floods, TCP SYN floods, ICMP floods, Slowloris, NTP and DNS amplification, ACK floods, SSDP reflection, Memcached reflection, Smurf, Ping of Death, and a long list of similar nonsense — automatically, with the attack traffic routed to their firewalls and only clean traffic passed through.

If 60Gbps isn't enough for your threat model, they also offer a 100Gbps add‑on. After a round of router upgrades across all their facilities, they dropped that to a verified $39/month for a single IP, attachable to any dedicated or colocated server. That price point is real and currently published on their own site, which is rarer than it should be in this market.

Smart VPS: The Sensible Starting Point

For most people reading about remote server ddos protection, the realistic first stop isn't a 100Gbps enterprise add‑on — it's a small, DDoS‑protected virtual machine they can actually afford to leave running. Sharktech's Smart VPS line is built on Proxmox clusters with native NVMe storage and Xeon Gold CPUs, and it's the cheapest way to get the full 60Gbps protection included rather than tacked on.

The entry tier is what they call the Tiny plan. It runs $7.95/month on standard monthly billing, and if you commit to annual billing the rate drops to $3.98/month — a flat 50% off, applied automatically with no coupon juggling. The intermediate billing cycles sit in between: quarterly saves 25%, semi‑annual saves 35%, annual saves 50%. All plans in the Smart VPS family include the same 60Gbps DDoS protection, 10Gbps port speed, one IPv4 address, NVMe storage, and access to all five data center locations — Los Angeles, Las Vegas, Denver, Chicago, and Amsterdam — so you're not buying a "lesser" protection tier by picking the cheapest plan. You're just buying fewer CPU cores and less RAM.

To put the tiers in plain language rather than a grid:

• Tiny — $7.95/month, or $3.98/month on annual billing. 2 vCPU, 4GB DDR4, 40GB NVMe, 4TB transfer, 1Gbps uplink, 60Gbps DDoS. Best for personal projects, DNS, small static sites, test environments. 👉 Deploy a Tiny Smart VPS

• Small — roughly $15–20/month standard, with the same 50% annual discount applied automatically. 4 cores, 8GB DDR4, 80GB NVMe. Good fit for a small blog, a low‑traffic app, or a single game server that doesn't get hammered. 👉 Configure a Small Smart VPS

• Large — $99.95/month, or $49.95/month annual. 16 Xeon Gold cores, 32GB DDR4, 200GB NVMe, 10Gbps port. Aimed at high‑traffic sites, e‑commerce, and anyone who's been bitten by resource throttling on oversold providers. 👉 Spin up a Large Smart VPS

• Colossal — around $299.99/month, ~$149/month on annual. For teams running demanding workloads that need serious headroom without going all the way to dedicated hardware. 👉 Scale up to a Colossal Smart VPS

A couple of honest caveats from their own documentation: payments are non‑refundable, Windows licensing isn't included on VPS (you bring your own or buy it from them), and the service is unmanaged by default — they give you the infrastructure and a solid control panel, you bring the sysadmin chops. If that last part sounds intimidating, they also run a Cloud Applications Platform where setup and maintenance are handled for you.

Dedicated Servers: When You Want the Whole Box

If your workload has outgrown virtualization, or you just don't want to share, Sharktech's dedicated bare‑metal line is the next step up. Every dedicated server includes the same DDoS‑protected network, plus a 1Gbps to 40Gbps uplink, full hardware‑level access through their management panel, and the option to upgrade CPU, RAM, GPU, or disk at any time. Five data centers mean you can pick the one with the best latency for your users, with Amsterdam being the obvious choice if you're serving Europe.

Promotional pricing on dedicated hardware rotates, and the published promo codes tend to have expiration dates tied to inventory, so rather than paste a code that might already be stale, the safer move is to check what's currently live through 👉 Sharktech's dedicated server lineup. The general shape of their deals, when in stock, includes entry‑level E3‑1270v5 configurations around the $99/month mark with 16GB RAM and 30TB of transfer, scaling up through dual‑Xeon E5‑2670 boxes with 1Gbps unmetered ports in the $159–$189/month range, and 10Gbps unmetered variants starting around $269/month. All of those numbers come with the DDoS protection included — it's not a line item, it's part of the network.

What the People Who Pay Every Month Actually Say

Marketing copy is one thing; the people who've been cut a check for years are another. The reviews that come up most consistently about Sharktech — on LowEndTalk, WebHostingTalk, Trustpilot, and HostAdvice — cluster around a few themes. One, the DDoS protection actually works: multiple long‑term customers describe attacks in the single‑digit Gbps range being absorbed with no service disruption, and a one‑year review on LowEndTalk from a customer who stuck it out through repeated attacks concluded with a straightforward "I recommend Sharktech, especially if you need DDoS protection." Two, the support is staffed by humans who know what they're doing — an independent test of a generic SSH ticket got a technically correct response in around 12 minutes, which is not the usual hosting‑support experience. Three, the pricing is flat and predictable: no overage surprises, no bandwidth tier gymnastics, no "your first month is cheap and then we triple it" nonsense.

The knocks, for fairness, are real too: their Trustpilot average sits around 3.5/5 across a modest number of reviews, the no‑refund policy is a genuine friction point if you like to trial‑and‑error your way through providers, and the support team assumes baseline technical literacy — they're not going to teach you Linux from scratch over a ticket.

Picking the Right Path for Your Situation

If you're trying to decide between the remote route and the hosted route, the honest heuristic is this: if your existing server is somewhere you can't or don't want to leave, and you just need it to stop falling over, remote DDoS protection is the answer — and 👉 Sharktech's Remote Network DDoS Protection is a sensible place to ask for a quote, since the BGP/GRE setup doesn't require new hardware and you can run it always‑on or on‑demand. If you're starting fresh, or you're already fed up enough to migrate, skip the remote layer entirely and just host on a network where mitigation is the default — a Smart VPS Tiny at $3.98/month annual is a low‑risk way to find out whether the protection lives up to the marketing, and you can scale up from there without re‑architecting anything.

Either way, the thing worth remembering is that "remote server ddos protection" isn't a single product. It's a choice between two different problems and two different solutions, and the right one depends entirely on whether you're defending a box you can move or a box you can't. Twenty‑plus years of doing this has given Sharktech the rare advantage of offering both doors, with verified pricing on the bits that matter and a network sized to back up the claims. The rest, as always, is up to your threat model and your budget.