IP Transit with DDoS Protection: Built-In Mitigation, Tier-1 Backbone, 99.99% Uptime

You searched for "ip transit with DDoS protection" — and that phrase alone tells me a few things about you. You're not shopping for plain bandwidth. You've probably already been on the receiving end of a flood, or you're building something that you know will attract one. Maybe you run a hosting company, a gaming network, a financial API, or an ISP that's tired of explaining to customers why their service "went down for a few hours." Either way, you want your upstream to be the wall, not the window.

Let's talk about what that actually means in practice — and why a provider like Sharktech has spent the better part of two decades turning "ip transit with DDoS protection" from a marketing bullet point into something that actually holds up under a real attack.

Why "IP Transit with DDoS Protection" Is a Different Animal

Here's the dirty little secret of the transit world: most "DDoS-protected transit" is just transit with a scrubbing appliance bolted on the edge. When the attack is small and the appliance is awake, you're fine. When the attack is large, or volumetric, or uses a reflection vector the appliance hasn't seen before, the traffic gets null-routed — and congratulations, you've successfully "mitigated" the attack by taking yourself offline.

Real IP transit with DDoS protection means the protection is woven into the transit itself. The same backbone that carries your clean traffic is the backbone that absorbs, filters, and discards the dirty traffic. There's no handoff, no separate scrubbing bill, no "we'll redirect you during an attack" lag. The filtering happens in-line, on the same fault-tolerant network that delivers your 99.99% uptime.

That's the architecture Sharktech has been refining since 2003, and it's the reason the phrase "ip transit with DDoS protection" maps so cleanly to what they actually sell.

What Sharktech Brings to the Table

Let me walk you through the pieces, because the details matter when you're shopping for something you hope you'll never have to use.

Tier-1 blended transit, not a single upstream. Sharktech runs a multi-homed BGP network with wholesale agreements in place with Tier-1 carriers — Cogent, GTT, Telia, Comcast, TATA, and others. That matters for two reasons. First, you're not hostage to one carrier's peering disputes or capacity crunches. Second, when an attack comes in on one path, intelligent route monitoring can shift traffic across the blend, so the mitigation isn't just about filtering — it's about having somewhere else to send the bits.

Port flexibility from 10G to 100G. Whether you're a small hosting shop peaking at a couple hundred Mbps or a content network pushing tens of gigabits, the IP transit service offers 10G, 40G, and 100G port options. Fully redundant transit circuits are standard, not an upgrade line item.

DDoS protection included, not upsold. This is the part that makes "ip transit with DDoS protection" genuinely mean something here. Every IP transit deployment ships with included DDoS protection — you're not buying transit and then adding a scrubbing SKU on top. The protection covers the full taxonomy of attacks: UDP floods, SYN floods, HTTP floods, ICMP floods, Slowloris, NTP amplification, DNS amplification, SSDP reflection, Memcached reflection, SNMP reflection, Chargen reflection, ACK floods, HTTP POST floods, NXDomain, ping of death, smurf, and reflected ICMP/UDP. If you've read an attack taxonomy, that list should look familiar — it's basically the whole menu.

1.1 Tbps of global mitigation capacity. After router upgrades across all facilities (the Amsterdam upgrade was the final piece), Sharktech now has 1.1 Tbps of global connectivity through which DDoS attacks can be mitigated. Each data center is connected with at least 1 Tbps. That's not a typo — they're throwing a terabit-class backbone at the problem, with 100G uplinks and new routing equipment that can handle larger attacks and more simultaneous attacks at greater cost efficiency.

Five data centers, two continents. Los Angeles (near One Wilshire), Las Vegas, Denver, Chicago, and Amsterdam. That geographic spread isn't just for latency — it's for attack dispersion. The layered approach lets Sharktech shift and absorb across facilities and upstream providers, which is how they handle attacks that would saturate a single POP.

99.99% uptime SLA on the network. Not a marketing aspiration — a guarantee on the server or network. Combined with 24/7 on-site engineers and a support team that's actually in-house (not a ticket queue in another timezone), that's the kind of number you can put in your own customer-facing SLA without crossing your fingers.

The 95th Percentile Question (and Why It's Actually Good for You)

If you've never bought transit before, the billing model can feel weird. Sharktech uses 95th percentile billing — the industry standard for committed bandwidth. Here's the plain-English version.

Every 5 minutes, the system samples your throughput in bits per second. At the end of the month, it sorts all those samples and discards the top 5% — the spikes. You're billed on the highest remaining value. In a 30-day month, that's roughly 36 hours of "peak forgiveness." Burst all you want during an attack or a traffic spike; the top 5% vanishes from the bill.

The other lever is the commitment. Tell Sharktech how much bandwidth you realistically plan to use, and they'll price you at a lower per-Mbps rate in exchange for the commitment. Overages bill at your committed rate, not a punitive one. Commit to 5 Mbps, use 25 Mbps, and you pay for 25 Mbps at the 5 Mbps rate — not a penalty tier. The water-bill analogy Sharktech uses is actually a decent mental model: you pay for the throughput during contested times, not the total volume.

For a quick estimation, Sharktech notes that 1 Mbps is roughly equivalent to 324 GB of data transfer per month — useful if you're translating between transit thinking and metered-traffic thinking.

The Two Ways You Can Buy DDoS Protection from Sharktech

This is where the conversation about "ip transit with DDoS protection" splits into two real-world paths, depending on where your infrastructure actually lives.

Path 1: Hosted IP Transit with Included Protection

If your servers, your colo, or your cloud are sitting in a Sharktech facility (or you're willing to move them there), the DDoS protection is included with the transit. No extra hardware, no extra software, no separate contract. The protection is always on, monitors the network continuously, and automatically filters common attacks the moment they're detected. You can also upgrade protection in industry-leading 100Gbps increments if your threat profile demands more headroom.

This is the cleanest version of "ip transit with DDoS protection" — one provider, one network, one throat to choke, one bill.

👉 Get IP Transit with built-in DDoS protection from Sharktech

Path 2: Remote Network DDoS Protection (When You Can't Move)

A lot of people reading this can't pick up and move their network. You've got years of investment in a colo, a contract with a regional ISP, or regulatory reasons to stay where you are. That's where Sharktech's Remote Network DDoS Protection comes in — and it's the option that turns "ip transit with DDoS protection" into something you can bolt onto an existing setup.

The mechanics are clean. Sharktech establishes an external BGP session with your network. You announce your prefixes to their routers; they announce them to the internet. Ingress traffic routes through Sharktech's scrubbing centers via a GRE tunnel, gets filtered in real time, and the clean traffic comes back to you. The traffic is asymmetric — only ingress goes through them — which cuts the latency impact in half compared to a symmetric redirect.

Requirements are reasonable: a /24 or larger IP block assigned to your company, and a system that can run BGP and a GRE tunnel (a soft router is fine). An MTU of at least 1550 with your upstream is recommended to account for GRE overhead, but it's not strictly required.

The big win is operational simplicity. No hardware to buy, no software to license, no migration to plan. You add a layer of protection without touching your infrastructure. The protection can run always-on or only-on-demand, and Sharktech's 24/7 team monitors the network and is on-call when an attack lands.

👉 Protect your existing network with Sharktech Remote DDoS Protection

What 100Gbps of Protection Actually Costs

Here's a number you can verify on Sharktech's own pages: 100Gbps of DDoS protection for a single IP is $39/month, and it can be added to any dedicated server or colocated server. That's the price point Sharktech explicitly called out when they rolled out their improved pricing after the router upgrades — they wanted the 100Gbps product to be accessible to more clients, not just enterprises with five-figure security budgets.

For context on why that matters: building your own DDoS mitigation in-house runs into hundreds of thousands of dollars in hardware and potentially millions in network upgrades, plus you need a specialized network administrator with DDoS experience on staff. The "self-implemented" path is the one most teams underestimate — both in capex and in the ongoing operational tax of keeping signatures and behavior models current.

So $39/month for 100Gbps of protection on a single IP isn't a rounding-error decision. It's the difference between "we have DDoS protection" as a line item and "we have DDoS protection" as a real defense.

👉 Add 100Gbps DDoS protection to your server for $39/month

Who This Is Actually For

Let me be honest about the fit, because "ip transit with DDoS protection" gets searched by a lot of different people for a lot of different reasons.

Hosting providers and ISPs. If you're reselling or providing connectivity to downstream customers, an attack on one of them is an attack on your reputation. Sharktech's remote protection (GRE/BGP/Anycast) lets you offer protected transit without forcing your customers to migrate, and the included protection on hosted transit means your own infrastructure is covered by default.

Gaming networks. Gaming is one of the most DDoS-targeted industries on the planet — a single salty player with a booter subscription can take a server offline for hours. The 60Gbps-per-IP standard protection on Sharktech's VPS and dedicated lines, with the option to scale to 100Gbps, is built for exactly this threat model.

Enterprises with public-facing APIs and services. If you're running a financial API, a SaaS control plane, or anything where "the service is down" translates directly to revenue loss and brand damage, the 99.99% uptime SLA and the 1.1 Tbps of mitigation capacity are the numbers that should be in your procurement doc.

Anyone who's been knocked offline and doesn't want to explain it again. This is the largest group. If you've ever had to write a post-incident report that included the phrase "null-routed for approximately four hours," you already know why you're here.

A Note on Pricing Transparency

Sharktech's transit pricing is progressive — the larger your commitment, the deeper the per-Mbps discount. They don't publish a flat per-Mbps rate on the marketing page because the rate is negotiated against your commitment and your port size, which is standard for the transit industry. If you've seen "$0.03 to $3.00 per Mbps" floating around the internet as a market range, that's the ballpark, and Sharktech's wholesale Tier-1 agreements put them at the competitive end of that range.

For the DDoS protection side, the pricing is more legible: included with hosted transit, $39/month for 100Gbps on a single IP, and custom-quoted for remote protection based on your prefix and traffic profile. The honest move is to get a free consultation with their sales team, tell them your bandwidth commitment and your threat model, and get a real number — which is also the only way to confirm current promotions and availability, since inventory and promo timing shift.

👉 Get a free consultation on IP transit and DDoS protection pricing

The Bottom Line on IP Transit with DDoS Protection

The phrase "ip transit with DDoS protection" is, at its core, a request for the network to be the security control — not a separate appliance, not a redirect to a scrubbing cloud, not a "best effort" line in a contract. You want the same backbone that delivers your traffic to be the backbone that eats the attack.

Sharktech has been building exactly that since 2003. The 1.1 Tbps of global mitigation capacity, the Tier-1 blended transit, the included (not upsold) DDoS protection, the 99.99% uptime SLA, the five-data-center footprint, and the remote protection option for networks that can't move — those are the pieces that turn the search phrase into an actual architecture.

Whether you're buying transit for the first time or you're looking to replace a provider whose protection turned out to be thinner than the brochure suggested, the right next step is the same: talk to their team, give them your real numbers, and let them show you what 100Gbps of protection for $39/month actually looks like on your IP.

👉 Explore Sharktech IP Transit with DDoS protection