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IP Transit in Dallas: Why the City Matters for Network Reach

IP Transit in Dallas: Why the City Matters for Network Reach

Dallas is one of the most important connectivity markets in the central United States. Its position between major markets across the South, Midwest, West Coast, and East Coast makes it useful for networks that need strong regional reach without placing all infrastructure in coastal metros. For hosting providers, SaaS companies, enterprises, ISPs, cloud platforms, content networks, and infrastructure operators, Dallas can serve as a practical location for network expansion, redundancy, and cust

18/07/2026

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6 min read

IP Transit
NewsLetter
IP Transit in Atlanta: Why the City Matters for Network Reach

IP Transit in Atlanta: Why the City Matters for Network Reach

Atlanta has become an important connectivity market for networks operating across the southeastern United States. Its geographic position, concentration of data centers, carrier presence, cloud connectivity, and access to regional fiber routes make the city relevant for hosting providers, SaaS platforms, enterprises, ISPs, content networks, and infrastructure operators. For organizations evaluating infrastructure in the region, choosing a data center is only part of the decision. The quality

13/07/2026

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6 min read

IP Transit
SHIFT Hosting Announces Phased Acquisition of Nelexa Networks and Lagless

SHIFT Hosting Announces Phased Acquisition of Nelexa Networks and Lagless

SHIFT Hosting is expanding its carrier, infrastructure, and technology services platform through a phased acquisition of the Nelexa Networks and Lagless brands from Elcro Digital Services, LLC. The acquisition brings together complementary network resources, infrastructure capabilities, technical expertise, customer relationships, and hosting services under the broader SHIFT platform. The transaction will take place in two stages, allowing the companies to integrate carefully while maintaining

10/07/2026

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4 min read

NewsLetter
What Hosting Providers Should Ask Their IP Transit Provider

What Hosting Providers Should Ask Their IP Transit Provider

Hosting providers usually sell compute, storage, bandwidth, and uptime. Customers see server specs, port speeds, locations, control panels, and pricing. But behind all of that, one part of the service quietly shapes the customer experience every day: IP Transit. A hosting platform can have strong hardware and still feel unreliable if the network path is weak. Customers may complain about slow websites, unstable game servers, delayed APIs, poor remote access, or bad performance to specific regi

08/07/2026

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7 min read

IP Transit
Why Cloud Regions Don’t Guarantee Good Network Reach

Why Cloud Regions Don’t Guarantee Good Network Reach

For many SaaS teams, infrastructure planning starts with a cloud region. Pick us-east, eu-west, or another region close to the target users, deploy the application, add monitoring, and assume the network side is mostly handled. That works early. But as a SaaS product grows, the limitations become more visible. Users in the same country may see different performance. Enterprise customers may complain even though the cloud dashboard is green. API latency may spike for certain networks while ser

06/07/2026

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6 min read

IP Transit
How IP Transit Affects API Reliability for Developer Tools

How IP Transit Affects API Reliability for Developer Tools

Developer tools live and die by reliability. If an API is slow, inconsistent, or randomly timing out, developers notice immediately. They may not know whether the issue is caused by code, database load, cloud infrastructure, routing, or IP Transit, but they feel it in the workflow. A dashboard that loads slowly is annoying. An API that times out during a build, deployment, integration, or production workflow becomes a trust problem. For developer tools, reliability is not only about server u

30/06/2026

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6 min read

IP Transit
Why Looking Glass Tools Matter When Buying IP Transit

Why Looking Glass Tools Matter When Buying IP Transit

Buying IP Transit should not be based only on price per Mbps, port speed, or a provider’s network map. Those things matter, but they do not show you how traffic actually moves through the provider’s network. A looking glass tool helps close that gap. A network looking glass is a public or customer-facing tool that lets you inspect parts of a provider’s routing view. Depending on the provider, it may allow you to run traceroutes, pings, BGP route lookups, AS path checks, and prefix queries fro

29/06/2026

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6 min read

IP Transit
BGP Peering
What Happens During an IP Transit Maintenance Window

What Happens During an IP Transit Maintenance Window

Most customers only think about network maintenance when something breaks. But for IP Transit providers, maintenance windows are part of keeping the network healthy. Routers need software upgrades. Line cards need replacement. Optical paths need work. Upstreams need planned changes. Facilities need power or fiber maintenance. Backbone capacity needs to be adjusted as traffic grows. A maintenance window is the scheduled period where this work happens. For customers buying IP Transit, the impor

28/06/2026

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6 min read

IP Transit
How to Read a Traceroute When Evaluating IP Transit

How to Read a Traceroute When Evaluating IP Transit

Traceroute is one of the simplest tools for checking how traffic moves across the Internet. It is also one of the most misunderstood. When evaluating IP Transit, many buyers run a traceroute, see a few high numbers, and immediately assume the provider is bad. Others ignore traceroute completely and only look at bandwidth commits, port speed, and price per Mbps. Both approaches miss the point. Traceroute does not tell you everything about IP Transit quality, but it can reveal useful signals a

23/06/2026

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7 min read

IP Transit
IP Transit Discipline for Small FISPs

IP Transit Discipline for Small FISPs

Small FISPs feel every bad network decision faster than larger providers. A large ISP can usually absorb mistakes across more upstreams, more POPs, more backbone capacity, and more routing options. A small fiber ISP does not always have that luxury. One weak upstream, one underplanned commit, one poor facility choice, or one congested path can quickly turn into slow speeds, high latency, support tickets, and frustrated subscribers. For a small FISP, IP Transit is not just a bandwidth line item

22/06/2026

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5 min read

IP Transit
How Your Startup’s IP Transit Plan Should Match Customer Acquisition

How Your Startup’s IP Transit Plan Should Match Customer Acquisition

Startups often treat growth and infrastructure as two separate tracks. The growth team decides which markets to enter, which channels to invest in, and who the ideal customer is. The engineering team decides where to host the product, which cloud region to use, which data center to choose, or which provider handles connectivity. For simple software products, that separation can work for a while. But for infrastructure-heavy startups, SaaS platforms, API companies, gaming backends, data produc

19/06/2026

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7 min read

Why SaaS Latency Gets Worse After Product-Market Fit

Why SaaS Latency Gets Worse After Product-Market Fit

Product-market fit changes the shape of a SaaS company. Before product-market fit, latency problems are usually small, scattered, and easy to ignore. The product has fewer users, traffic is more predictable, and most performance work happens inside the application. Teams optimize database queries, reduce frontend bundle size, improve caching, and tune cloud instances. After product-market fit, the same product starts behaving differently. More users arrive from more regions. API traffic becom

18/06/2026

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8 min read

IP Transit
Blackhole Communities and DDoS Response in IP Transit

Blackhole Communities and DDoS Response in IP Transit

DDoS response is not only a firewall problem. For networks that depend on IP Transit, the most important question during a large attack is often where the unwanted traffic gets dropped. If the attack traffic is discarded only after it has already crossed your transit port, your router, your cross-connect, or your downstream links, the damage may already be done. That is why blackhole communities matter. A BGP blackhole community gives a customer a way to signal to an upstream provider that tr

17/06/2026

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8 min read

IP Transit
Cross-Connects and IP Transit: Why the Physical Handoff Matters

Cross-Connects and IP Transit: Why the Physical Handoff Matters

When people compare IP Transit providers, they usually focus on routing, bandwidth commits, port speed, upstream diversity, BGP support, and price per Mbps. Those things matter. But before any BGP session comes up, before traffic starts flowing, and before a network can use the transit service, there is a physical layer that has to work properly. That physical layer is the cross-connect. A cross-connect is the physical handoff between your equipment and your IP Transit provider inside a data

16/06/2026

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7 min read

IP Transit
Full Routes vs Default Route: What IP Transit Customers Actually Need

Full Routes vs Default Route: What IP Transit Customers Actually Need

When you buy IP Transit, one of the first technical decisions is not only how much bandwidth you need. It is what kind of routes you should receive from your upstream provider. Some customers only need a default route. Others need full routes. Some networks are better served by a hybrid setup that includes both. The right choice depends on your network size, hardware, routing goals, number of upstreams, and how much control you actually need over traffic flow. This is where many buyers overco

15/06/2026

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7 min read

IP Transit
BGP Peering
Tailored IP Transit Access for Your Facility

Tailored IP Transit Access for Your Facility

Reliable connectivity is no longer optional. For data centers, ISPs, WISPs, hosting providers, enterprises, and infrastructure operators, upstream diversity can directly affect performance, resiliency, routing control, and customer experience. But not every facility has the carrier choice its tenants or network operators need. In many buildings, customers are limited to the providers already available on-net. When the right IP Transit option is not present inside the facility, operators may h

11/06/2026

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4 min read

NewsLetter
IP Transit
BGP Peering
How to Choose IP Transit for a Startup Expanding to a New Region

How to Choose IP Transit for a Startup Expanding to a New Region

Expanding into a new region is often when a startup discovers that “just picking a DC or cloud region” is not enough. The choice of IP transit in that region decides whether users see a fast, consistent product or a slightly sluggish one that feels worse than local competitors. A good decision keeps latency low to your target markets and reduces surprises at peak time; a bad one bakes network problems into your expansion from day one. The key is to work backwards from where your users are and h

04/06/2026

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3 min read

IP Transit
When to Stop Relying on Your Hosting Provider’s “Included Bandwidth”

When to Stop Relying on Your Hosting Provider’s “Included Bandwidth”

“Included bandwidth” is convenient when a startup or small provider is just getting going. It hides the details of IP transit, commits, and peering behind a simple monthly price. At some point, though, that convenience turns into a limitation. If you care about latency, route quality, and predictable behaviour, there comes a time when you should stop treating bundled bandwidth as “good enough” and start thinking about direct IP transit as part of your design. Below are the practical signs that

03/06/2026

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4 min read

IP Transit
What a “Good Enough” Network Looks Like for a Seed‑Stage Startup

What a “Good Enough” Network Looks Like for a Seed‑Stage Startup

A seed‑stage startup does not need a perfect network, but it does need one that does not quietly ruin latency, reliability, and user trust. “Good enough” means simple, understandable, and stable. The aim is to avoid obvious traps, bad IP transit, random latency spikes, and fragile single points of failure—without spending like a large enterprise. For most early teams, good enough networking comes down to a few sane decisions about where you run, how you reach the Internet, and how you watch basi

29/05/2026

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3 min read

IP Transit
The Latency Impact of Moving IP Transit from One DC to Another in the Same City

The Latency Impact of Moving IP Transit from One DC to Another in the Same City

Moving from one data center to another in the same city feels like a small change. The IP transit order is similar, the commit is similar, the geography is the same. Yet the move can easily change latency by several milliseconds, break “good” routes, and create new evening congestion patterns. The reason is simple: what matters is not just the city, but where you sit in the local ecosystem of IP transit, peers, and metro fiber. A data center move inside one metro can quietly change your physica

28/05/2026

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4 min read

IP Transit
Why Small Networks Need Better Transit Discipline Than Big Ones

Why Small Networks Need Better Transit Discipline Than Big Ones

Small networks feel every bad transit decision much more directly than large ones. A big backbone can route around poor paths, spread traffic across many POPs, and absorb local congestion. A small ISP, regional host, or SaaS shop with one or two uplinks usually cannot. One sloppy choice in upstream, routing, or capacity shows up immediately in latency, jitter, and support tickets for a large share of users. This is why small networks actually need stricter IP transit discipline than big ones, n

26/05/2026

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4 min read

IP Transit
Why Latency Differs Between Mobile and Fixed ISPs

Why Latency Differs Between Mobile and Fixed ISPs

Latency often feels very different on mobile data compared to a home or office broadband line, even when speed tests show similar download numbers. The reason is that the two types of networks are built in very different ways, and those design choices show up directly in round‑trip time, jitter, and stability. How the paths are different A fixed ISP (fiber, cable, DSL) usually has a relatively simple wired path from your router to its core network. Mobile networks add several extra steps befo

15/05/2026

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3 min read

IP Transit
How to Spot a Bad Transit Provider Before You Sign

How to Spot a Bad Transit Provider Before You Sign

A bad transit provider often shows its problems in latency before anything else. If you ask the right questions early, you can usually spot weak routing, congestion, and poor path diversity before the contract is signed. The goal is not just to buy Internet access, but to buy stable paths to the networks your traffic actually needs to reach. That means looking past headline bandwidth and checking how the provider performs to the places that matter most. What to check first Latency should be

14/05/2026

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3 min read

IP Transit
Why IP Transit Quality Decides Gaming Latency

Why IP Transit Quality Decides Gaming Latency

IP transit quality is one of the main invisible factors that decides how responsive an online game feels. It controls the paths packets take between game servers and players’ ISPs and directly shapes latency, jitter, and packet loss. When IP transit is chosen mainly on price, routes are often longer, more congested at peak times, and inconsistent across different ISPs and regions. When it is selected and monitored with gaming in mind, the same servers and game code can feel dramatically smoother

07/05/2026

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3 min read

IP Transit
Cheap IP Transit vs Happy Users: Finding the Real Tradeoff

Cheap IP Transit vs Happy Users: Finding the Real Tradeoff

Why the Cheapest IP Transit Is Not Always the Best Deal Buying IP transit can feel like shopping for electricity: same commodity, just pick the lowest price per Mbps and move on. In reality, two “1 Gbit, same price” offers can behave completely differently for your users. Cheap, heavily contended IP transit often looks good on an invoice but shows up as evening buffering, game lag, and “it feels slow” tickets. Slightly more expensive, well peered IP transit can quietly save money by reducing su

06/05/2026

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3 min read

IP Transit
FISP Peering 101: When Local IXPs and Direct Interconnects Start Making Sense

FISP Peering 101: When Local IXPs and Direct Interconnects Start Making Sense

Why FISPs Outgrow “Just IP Transit” A growing FISP typically starts with one or two decent IP transit providers and focuses on building fiber, lighting customers, and keeping the NOC quiet. That is the right first step: without solid IP transit, nothing else matters. Over time, though, the traffic mix changes. A few big destinations dominate: streaming platforms, gaming networks, major clouds, and popular regional services. Evening peaks are all about those flows, and complaints often say “Netf

02/05/2026

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5 min read

IP Transit
Launch Day Without Panic: Capacity and IP Transit Planning for Big Events

Launch Day Without Panic: Capacity and IP Transit Planning for Big Events

Why Big Launches Break Startups, Gaming Companies, WISPs and FISPs Launch days, big patches, new regions, or major marketing pushes all share one thing: traffic spikes that are very different from your normal pattern. For startups, gaming companies, WISPs and FISPs, that often means the first serious test of your capacity planning and IP transit choices. If it goes wrong, users see “it is slow” or “it will not connect,” and you see charts that all turned into flat lines at 100 percent. The goa

26/04/2026

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4 min read

IP Transit
BGP Peering
When a WISP Outgrows Cheap Bandwidth: Moving to Real IP Transit

When a WISP Outgrows Cheap Bandwidth: Moving to Real IP Transit

Why Cheap Bandwidth Eventually Hurts a WISP Most WISP networks start on whatever Internet connectivity is easiest and cheapest: a reseller link from another ISP, a “managed bandwidth” handoff with backhaul, or business broadband feeding the core router. That works when a WISP is small and subscribers are forgiving. As the WISP grows, the limits of that cheap bandwidth show up as evening slowdowns, streaming complaints, and support tickets that say “the Internet is bad” even when the RF side loo

25/04/2026

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4 min read

IP Transit
How Much IP Transit Does a Pre Series A Startup Really Need

How Much IP Transit Does a Pre Series A Startup Really Need

Why Pre Revenue Startups Overthink And Underthink IP Transit Pre revenue and pre Series A founders often swing between two extremes with IP transit. Either they ignore it completely and just tick “bandwidth” on the colocation form, or they overthink it and start daydreaming about multiple 10G ports, fancy peering, and global anycast. For an infra heavy startup, Internet connectivity really does matter, but you do not need “hyperscaler” IP transit on day one. A better way to think about it: you

18/04/2026

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6 min read

IP Transit
How IP Transit Choices Show Up In Your Startup’s Gross Margin

How IP Transit Choices Show Up In Your Startup’s Gross Margin

Why Internet Design Suddenly Becomes a Finance Problem For most early startups, “Internet” is just a line on the data center or cloud invoice. As you grow, that line starts to matter. Bandwidth, IP transit commits, and bad routing decisions quietly turn into real money, and that money flows straight into your gross margin. If you sell an infra heavy product such as storage, APIs, analytics, gaming, or real time anything, your choice of IP transit and how you move bytes is part of your unit econ

15/04/2026

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4 min read

IP Transit
Fixing SaaS Latency: IP Transit Tips for Global Expansion

Fixing SaaS Latency: IP Transit Tips for Global Expansion

Why global SaaS suddenly feels slow Many SaaS teams treat international expansion as a simple checklist: add an EU endpoint, translate the UI, maybe spin up a second region. Then support tickets start piling up: “It is slow in London,” “Sign in is laggy in Singapore,” “APIs are timing out from mobile.” The product did not change much, but user distance, IP transit paths, and cloud choices did. To fix global SaaS latency, you need to think less like “we added regions” and more like “we designed

14/04/2026

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6 min read

IP Transit
When to Bring in a Network Partner Instead of Rolling Your Own IP Transit

When to Bring in a Network Partner Instead of Rolling Your Own IP Transit

Founders Don’t Want to Be ISPs If you run an infra‑heavy SaaS, a data platform, or an API business, you probably didn’t sign up to become an ISP. Early on, “the Internet” is just whatever bandwidth your cloud or data center gives you. Over time, graphs, bills, and incidents start to pile up, and you realise you’re debating BGP, 95th percentile, and upstream providers in Slack. At that point, you’re not just a cloud tenant anymore; you’re operating a small network. The hard question is: when doe

07/04/2026

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5 min read

IP Transit
Peering for Startups: When You Should Care (and When You Really Shouldn’t)

Peering for Startups: When You Should Care (and When You Really Shouldn’t)

Why Peering Even Comes Up for Startups For a lot of founders, “peering” sounds like something only big CDNs and eyeball ISPs do. It lives in conference talks and packet-nerd threads, not in the day-to-day reality of running a SaaS or infra-heavy startup. But if your product is moving real traffic, peering eventually becomes one more lever you can pull for latency, reliability, and cost. The trick is knowing when it is actually leverage and when it is just a distraction from more basic network w

04/04/2026

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4 min read

BGP Peering
IP Transit
How Much Internet Does a Startup Really Need?

How Much Internet Does a Startup Really Need?

If you build infra-heavy software, a SaaS platform, game backend, API product, or data pipeline, “the Internet” eventually stops being an abstract cloud thing and turns into a line item and a design problem. Early on, you just take whatever bandwidth your data center or cloud provider gives you. At some point, a graph, a bill, or a support ticket makes you wonder: how much Internet do we actually need and are we buying it the right way? This is a founder-friendly guide to thinking about commits

01/04/2026

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6 min read

IP Transit
Carrier Hotel vs Edge DC: Where Should Your First Real PoP Live?

Carrier Hotel vs Edge DC: Where Should Your First Real PoP Live?

When a network is small, “data center” usually means “wherever had space and decent pricing when we signed the contract.” As you grow into a real ISP, WISP/FISP, or hosting provider, that choice stops being just about power and rent. It quietly decides which transit providers you can reach, which IXPs are within a cross‑connect, how clean your routes are and ultimately how your customers experience the Internet. The big strategic question for a first serious Point of Presence (PoP) is: do you a

28/03/2026

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5 min read

IP Transit
IP Transit Red Flags: How to Spot Trouble Before It Becomes Your Problem

IP Transit Red Flags: How to Spot Trouble Before It Becomes Your Problem

On paper, IP transit looks simple: you pay someone to carry your traffic to the rest of the Internet. In reality, the difference between a solid transit provider and a bad one is the difference between “it just works” and “we’re chasing ghosts at 2 a.m.” Price per Mbps only tells a tiny part of the story; the rest hides in routing behavior, capacity planning, and how seriously your provider treats the health of their network. This guide walks through the biggest IP transit red flags to watch fo

28/03/2026

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5 min read

IP Transit
IPv4 Is Exhausted. Here's What That Actually Means for Your Network.

IPv4 Is Exhausted. Here's What That Actually Means for Your Network.

The last large blocks of unallocated IPv4 addresses ran out at the regional registry level years ago. ARIN — the registry responsible for North America has been operating on a waiting list since 2015. If you're building or growing a network today and you need IP space, you can't just fill out a form and get a fresh /16 the way operators did in the early 2000s. The addresses are gone. That reality lands differently depending on where you are in your infrastructure journey. If you're a WISP that

27/03/2026

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4 min read

IP Transit
BGP Peering
How to Get Your Own ASN: From Hosting Customer to Network Owner

How to Get Your Own ASN: From Hosting Customer to Network Owner

For a while, it is perfectly fine to just be a customer of bigger networks. You rent servers, buy bandwidth from whichever provider your data center recommends, and let someone else’s ASN show up in every traceroute. But if you are a growing hosting provider, regional ISP, or infra‑heavy startup, there comes a point where that model starts to limit you. That is when the question “how do we get our own ASN?” stops being a nerdy side note and becomes a serious business topic. An Autonomous System

26/03/2026

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5 min read

IP Transit
BGP Peering
Your First 1U: When a Startup Should Buy Its Own Hardware

Your First 1U: When a Startup Should Buy Its Own Hardware

For a lot of startups, infrastructure strategy is simple: swipe a card, spin up cloud instances, ship product. That default is usually correct at the beginning. You do not want to be racking servers before you have customers. But if things go well, there is often a quiet moment, usually somewhere between “we have real customers” and “we just closed a Series A” where a graph or a bill makes you stop and stare. The cloud line item no longer looks cute. Certain workloads barely change in size month

20/03/2026

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6 min read

Colocation
IP Transit
What Is Latency, And What Does IP Transit Have To Do With It?

What Is Latency, And What Does IP Transit Have To Do With It?

Latency is the time it takes for data to travel from a user to your service and back. Users feel it as pages that hesitate before loading, game actions that register a beat late, or awkward gaps in voice calls. Bandwidth is how much you can push at once. Latency is how long a single request takes to complete. You can have plenty of bandwidth and still feel slow if latency is high. Where Latency Actually Comes From Every millisecond has a source: * Physical distance: light in fiber is fast,

13/03/2026

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2 min read

IP Transit
Shift at ISPAMERICA: How DE‑CIX Peering Helps ISPs Improve Latency

Shift at ISPAMERICA: How DE‑CIX Peering Helps ISPs Improve Latency

ShiftHosting is heading to ISPAMERICA, and this year there’s a bigger story than just “we’ll be at the booth, come say hi.” For regional ISPs and wireless providers, the real battle isn’t just signing up subscribers, it’s making every packet take the cleanest possible path. That’s where teaming up with an Internet exchange like DE‑CIX quietly changes the game. Why ISPAMERICA matters to us ISPAMERICA is where the access‑network world gets real. It’s the mix of: * Operators trying to squeeze

09/03/2026

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3 min read

NewsLetter
BGP Peering
The Invisible Internet Exchanges Under Your App

The Invisible Internet Exchanges Under Your App

The Internet your app runs on looks like one big cloud, but it is really a patchwork of thousands of independent networks stitching traffic together at shared meeting points you never see. Those meeting points are Internet exchanges. They sit inside data centers, away from the marketing pages and dashboards you usually look at, but they quietly decide how many detours your packets take, how quickly your users connect, and how much you ultimately pay to move bits across the world. This is a st

08/03/2026

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3 min read

BGP Peering
IP Transit
SHIFT Hosting at ISP America 2026: Building Better Networks with DE-CIX

SHIFT Hosting at ISP America 2026: Building Better Networks with DE-CIX

From March 3–5, 2026, the SHIFT Hosting team will be attending ISP America in Atlanta, one of the premier industry events for ISPs, network engineers, and telecom professionals. Our CEO, Aaron Rodriguez, will be representing SHIFT Hosting LLC at the DE-CIX Booth (#423), meeting operators, discussing real-world peering solutions, and sharing insights on how smarter connectivity drives better performance across networks. Why Peering Matters More Than Ever Today’s internet ecosystem relies heav

25/02/2026

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2 min read

NewsLetter
Why “Just Rent Dedicated Servers” Isn’t Enough: The Case for Bare Metal Colocation

Why “Just Rent Dedicated Servers” Isn’t Enough: The Case for Bare Metal Colocation

For many tech companies, the default advice is simple: just rent dedicated servers. It’s quick to deploy, predictable on a monthly invoice, and removes the operational burden of hardware ownership. But as traffic grows and infrastructure becomes central to your product experience, that simplicity starts to come at a cost. At a certain scale, the conversation shifts from convenience to control. That’s where bare metal colocation changes the equation, especially when deployed in a neutral data c

21/02/2026

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4 min read

Colocation
IP Transit
How Much Does IP Transit Cost? A Complete Guide to IP Transit Price and Billing Models

How Much Does IP Transit Cost? A Complete Guide to IP Transit Price and Billing Models

If you’re evaluating upstream connectivity, one question always comes first: How much does IP Transit cost? In 2026, IP Transit price typically ranges from $0.03 to $3.00 per Mbps, depending on your region, committed bandwidth, provider tier, and service guarantees. However, pricing is rarely just about “price per Mbps.” The billing model, traffic profile, geography, and contract structure can dramatically change your final monthly invoice. This guide explains how IP Transit pricing works,

17/02/2026

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4 min read

IP Transit
Inside an IP Transit Blend: Why Route Diversity Beats a Single “Tier-1”

Inside an IP Transit Blend: Why Route Diversity Beats a Single “Tier-1”

When businesses evaluate IP transit, one of the most common assumptions is that a single Tier-1 provider automatically guarantees the best performance. On paper, that logic sounds convincing. Tier-1 carriers operate massive global backbones, maintain settlement-free peering, and advertise full internet routing tables. But real-world networking is more nuanced than marketing labels. In practice, a carefully engineered IP transit blend combining multiple upstream providers almost always delivers

16/02/2026

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4 min read

IP Transit
Inside the NOC: How Networks Stay Up While You Sleep

Inside the NOC: How Networks Stay Up While You Sleep

Most people only think about networks when a page will not load or a service goes down. For the teams in a Network Operations Center (NOC), the whole goal is to make sure those moments almost never happen. While you sleep, watch streams, push code, or run your business, NOC engineers are quietly watching graphs, logs, and alerts, making sure backbones, IP transit, and data center links behave the way they should. Their success is measured in boredom: nothing catches fire, nothing surprises custo

10/02/2026

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4 min read

IP Transit
BGP Peering
Why Backbone Capacity Numbers Matter: 10G, 100G, 400G and Multi‑Tbit Claims

Why Backbone Capacity Numbers Matter: 10G, 100G, 400G and Multi‑Tbit Claims

Backbone capacity numbers like 10G, 100G, 400G and “multi‑terabit” are everywhere in network marketing, but they are often poorly explained. They sound powerful, yet it is not always clear what they mean in practice or whether they represent real, usable capacity across the network. Understanding these numbers and how they fit together helps you choose providers, compare offers, and see through vague “massive backbone” language. How 10G, 100G and 400G Build a Backbone Modern backbones are bui

05/02/2026

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4 min read

IP Transit

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