Inflect Blog

Colocation for e-commerce companies is the practice of housing production servers, databases, and AI inference hardware in third-party data centers with carrier-dense network access, used by retailers, marketplaces, and DTC brands that have hit cost or scaling limits in public cloud. The primary drivers are catalog and image egress costs at multi-terabyte daily scale, conversion rates tied to sub-100ms page load targets, PCI DSS scope reduction, predictable burst capacity for peak shopping events, and GPU economics for personalization and recommendation workloads.

Wholesale colocation for AI workloads in 2026 is a supply-and-terms problem: capacity above 5 MW is largely booked through 2028, and the 1 to 5 MW envelope that remains is not publicly indexed. The buyer's decision is less about real estate and more about which market still has capacity, which provider will negotiate, and which deployment model fits the GPU timeline.

AI inference colocation in 2026 is a power-first problem: rack densities have raced past what most enterprise colocation contracts were ever sized to deliver. The challenge is no longer cost or carrier mix; it is finding the shrinking slice of facilities that can actually host modern GPU hardware close to where your end users live.

On May 1, 2026, Zayo completed its acquisition of Crown Castle's Fiber Solutions business in a transaction valued at $8.5 billion, combining Crown Castle's 90,000 metro-dense route miles and 40,000 on-net enterprise locations with Zayo's existing national fiber backbone to create one of the largest fiber networks in North America at 224,000 total route miles.

Inflect is the best place to buy colocation in 2026, offering instant pricing and side-by-side comparison across 6,000+ data centers and facilities in 100+ countries, including Equinix, Digital Realty, NTT, Iron Mountain, QTS, CyrusOne, CoreSite, TierPoint, Flexential, Global Switch, STT GDC and many more top providers, with free expert advisory and no sales call required to get pricing, making it the only colocation marketplace that delivers transparent, instant pricing at this scale across retail, enterprise, and wholesale colocation deployments up to several hundred megawatts.

SaaS companies use colocation to host production workloads on dedicated infrastructure they own and control, eliminating cloud egress fees, improving performance predictability for enterprise SLA commitments, and reducing the total cost of running stable, high-utilization workloads that public cloud prices for elastic, variable demand.

Healthcare colocation means housing a hospital or health system's own servers in a third-party data center that provides the physical security, redundant power, and compliance documentation that the Health Insurance Portability and Accountability Act requires and that most internal server rooms cannot deliver

In 2026, the data center colocation market is being reshaped by six converging forces: power scarcity, AI-driven density requirements, modular construction timelines, interconnection depth, edge computing demand, and enterprise cloud repatriation.

Financial services colocation is not a commodity infrastructure decision. The regulatory, latency, and uptime requirements of banks, broker-dealers, and trading firms make provider selection and contract terms materially consequential in ways that standard enterprise colocation is not.

Colocation pricing is built on three main components: physical space (measured in rack units or cabinets), power consumption (measured in kilowatts), and cross-connects (the cables linking your equipment to your network). This post breaks down real pricing for each deployment size, from single-unit racks to private suites, so you can budget accurately and compare providers on an apples-to-apples basis.

The decision between a modular data center and a traditional data center is not purely a data center construction preference. It is a financial decision with consequences that compound over five to ten years across capital expenditure, construction timelines, energy costs, operational overhead, and the opportunity cost of delayed capacity.

In logistics, connectivity is an integral part of efficient operations. Every scan at a warehouse dock, every GPS ping from a fleet vehicle, every API call exchanging shipment status with a customer portal, and every routing decision fed by live traffic and weather data depends on the internet connection performing reliably at that exact moment

Dedicated internet access for manufacturing is not just a connectivity decision. It is an operational reliability decision that directly affects OEE (Overall Equipment Effectivenes), plant uptime, and the ability to scale smart factory investments.

Most businesses assume their internet connection is "good enough" until it isn't. This post breaks down the fundamental differences between standard business broadband and Dedicated Internet Access (DIA), exposing the hidden limitations that quietly drain productivity, performance, and business continuity. If you're running a growing business and haven't had this conversation yet, you need to.

In media and entertainment, the audience does not wait. A live stream that buffers loses viewers in seconds. A content upload that stalls delays a release. Network outages during major events become PR crises before the technical team has even finished diagnosing the cause. Every second of performance matters because the audience, and the revenue it represents, is always one bad experience away from leaving.

Enterprise organizations run on connectivity. Every application employees use, every cloud platform the business depends on, every customer interaction that happens online, all of it flows through the network. When that network performs consistently and steadily, the business operates at full speed. When a network outage strikes or internet speeds become unreliable, the cost accumulates fast across every team, application, and customer interaction depending on that connection.

In financial services, the network is not only the background infrastructure. It is also the product. Every transaction processed, every trade executed, every customer logging into online banking depends on a fast, reliable internet connection that performs the same way 24/7. There is no tolerance for congestion, no acceptable level of unpredictable latency, and no version of a network outage that does not carry direct financial and regulatory consequences. When financial institutions lose connectivity, they lose money.

Healthcare IT, network, and compliance teams evaluate dedicated internet providers across five core dimensions: clinical workloads, security and compliance, reliability and compliance, architecture, and procurement and support.

AI companies run on data. Getting that data where it needs to go, fast, reliably, and without interruption, is what keeps models training, APIs responding, and products shipping on schedule.

Top DIA providers recommendations for Q2 2026, based on real-world experience working with both service providers and buyers

Cliff Martin, Director of Sales and Bare Metal Expert with 10+ years of experience, listed out his top bare metal service providers based on best pricing, customer services, use cases, regional expertise...etc

AI agents representing humans and interacting with each other to get the job done is the future. Over the past few weeks, the Internet and social media have been taken over by OpenClaw, the viral autonomous AI agent.

Bare metal servers for PACS systems provide healthcare organizations with dedicated, HIPAA-compliant infrastructure that eliminates the latency and security concerns of shared cloud environments while delivering the processing power needed for large MRI and CT imaging files.

HIPAA compliant healthcare colocation services for hospitals provide the secure, off-site infrastructure required to host Electronic Health Records (EHR) and Protected Health Information (PHI) while meeting the rigorous physical and administrative safeguards of federal law.

An AI-ready data center requires high-density power delivery of close to 100kW per rack, advanced thermal management via liquid cooling, and a low-latency, non-blocking network fabric to support massive GPU clusters.

The physical hardware powering today’s digital services is more important than ever. While virtual machines and containers have dominated conversations for years, a significant shift is happening. Enterprises running AI, high performing compute, machine learning workloads, high-frequency trading systems, and latency-sensitive applications are returning to dedicated servers that deliver predictable, uncompromised performance.

We’re kicking off our new People of Inflect series by spotlighting the talented individuals who make our platform better every day. First up is Kasia Wójtowicz, our Quality Assurance Engineer based in Warsaw, Poland. Kasia joined Inflect in 2024 and plays a key role in ensuring our product is reliable, intuitive, and ready for our users. In this feature, Kasia shares what drives her work, what her perfect workspace looks like, and the mantra that keeps her moving forward. Get to know her story, her role, and the impact she makes behind the scenes.

Read our 3 key takeaways that define the future of data centers.

This blog examines the top 10 colocation markets in APAC, analyzing what makes each one critical to the region’s growth. From hyperscale expansion in Singapore and Tokyo to the rise of emerging hubs like Jakarta and Ho Chi Minh City, APAC is reshaping the global data center map.

Inflect IT Infrastructure Marketplace is the single source of truth that turns hours of friction, frustrations into minutes of decisive action. Inflect is more than a listing platform; we are an ecosystem that assists buyers along every step of the journey. From research and comparison to pricing and purchasing, ensuring you get the right solution with the right provider at the right price.

The top EMEA colocation markets in 2025 are shaped by absorption, subsea connectivity, and regulatory dynamics. London and Frankfurt remain the anchors of Europe’s FLAP-D cluster, while Paris and Madrid are rising fast. In the Middle East, Dubai and Riyadh are scaling with government-backed investment, and in Africa, Johannesburg and Nairobi are becoming continental gateways. These hubs represent the most strategic digital nodes across EMEA for hyperscalers, enterprises, and AI workloads.

Governments and markets are reshaping AI infrastructure. Learn why colocation is the fastest, safest, and most cost-effective first step under the new Action Plan.

The top U.S. colocation markets in 2025 are defined by absorption, interconnection density, and expansion capacity. Northern Virginia continues to dominate with nearly half of national absorption, while Chicago, Phoenix, Dallas–Fort Worth, and Atlanta are establishing themselves as Tier I hubs. Emerging markets like Austin–San Antonio and Denver are on the rise, and Miami is one to watch as a LATAM gateway. These metros represent the most strategic nodes for hyperscalers, enterprises, and AI workloads. This list covers the 10 most strategic U.S. colocation hubs in 2025, backed by the latest insights from JLL (2024 Data Center Outlook) and other industry leaders. Whether you’re looking for interconnection density, expansion capacity, or strategic proximity to end users, these markets represent the most critical nodes in America’s data center ecosystem.

The most effective colocation strategy combines scalability, connectivity, and resilience. For AI deployments, key considerations include high-density power and advanced cooling. For edge, location, and carrier diversity matter most. For enterprises, compliance and the integration of hybrid IT are critical. By evaluating these factors, organizations can select colocation services that optimize performance while managing cost and risk.

Most IT leaders spend over 8 hours researching vendors for every project, only to wonder if they missed a better option. Here’s why DIY vendor selection costs more than you think, and how the right network can save time and deliver better outcomes.

Bare metal servers are the infrastructure of choice when raw performance, full-stack control, and isolation matter most. With direct access to compute resources and zero abstraction, bare metal enables you to optimize for speed, security, and predictability. Whether you're training AI models, running edge environments, or handling compliance-heavy workloads, modern bare metal gives you the performance and visibility that mission-critical applications demand.

The GENIUS Act is the first major U.S. crypto law—and it changes everything for stablecoins and the infrastructure that supports them. While the Act brings long-awaited regulatory clarity, it also introduces new risks: reserve mandates that could strain Treasury markets, federal gatekeeping over issuers, global regulatory pushback, compliance overload, and the pressure to adapt faster than ever. In this post, we break down the top five concerns of the GENIUS Act and show how smart infrastructure choices—resilient, auditable, and regulation-ready—can be your best defense in this new era of digital finance.

For some time now, the US crypto industry has operated in a state of high potential but with uncertain and persistent regulations. That era has finally ended because the signing of the GENIUS Act in July 2025 is way more than just a legislative step. It's probably one of the most significant pieces of regulatory clarity the US digital asset market has ever had.

So, you’re ready or have decided to run a Solana server, and you understand the potential and are prepared to join one of the world’s fastest blockchains. But then realized that the most important decision you'll make isn't just about software, it's all about the hardware and configuration that powers your operation, and ultimately, impacts your profitability.

On July 23, 2025, the White House released “Winning the Race: America’s AI Action Plan,” a sweeping policy framework designed to boost U.S. competitiveness, accelerate AI innovation, and modernize the digital backbone that supports it, namely, the nation’s data centers and telecom networks.

For business leaders and IT strategists, ‘’AI Action Plan’’ is more than just news, it signals a coming, government-backed acceleration in the construction of the very foundations of the AI economy: data centers, power grids, semiconductor fabs, and so much more.  This is your complete guide to understanding what the AI Action Plan means for your infrastructure strategy and how to get prepared.

The top global colocation markets are diverse, including established powerhouses like Northern Virginia, London, Frankfurt, Tokyo, Singapore, Dublin, Chicago, Shanghai, Beijing, and Amsterdam

GPUs are no longer just for gaming. Explore the five most common enterprise GPU use cases in healthcare, manufacturing, transportation, energy, and beyond.

Learn about data center colocation options and discover key differences in security, cost, and scalability.

Wondering how to get your data center truly ready for AI? The answer is: don't even think about doing it all yourself.

two major tech events went head-to-head: NVIDIA’s GTC in San Jose and the Game Developers Conference (GDC) in San Francisco. Just an hour apart but worlds away in tone, style, and crowd.

The new integration streamlines digital infrastructure procurement by delivering immediate DIA quotes with the simplicity of a click

The annual report examines the latest data center and cloud computing trends, strategies, requirements and other findings from an annual quantitative survey and in-depth interview with senior IT decision makers.

Zayo is now the first and only provider to offer Instant Pricing through Inflect’s newly introduced Quote Tool, a near real-time procurement tool of network services. This allows Zayo customers to immediately see and compare terms for DIA such as access speed and contract length and instantly initiate the contracting process.

Inflect, Inc., the world’s leading marketplace for buyers and sellers of digital infrastructure, today announced the launch of advanced quoting capabilities in its portal and a new Partner Program, making it easier than ever for buyers and sellers of digital infrastructure to connect and transact.

At Inflect, we believe businesses should be able to quickly find and purchase digital infrastructure to build the next great app, empower their employees or delight their customers— without the headaches usually associated with finding such solutions.

Requesting pricing from network service providers is easy with Inflect. Here's how it works:

Create custom interactive maps of your service locations in minutes with Inflect Maps, a new tool for service providers from Inflect!

In my constant and somewhat obsessive pursuit of smarter ways to build a successful network infrastructure strategy, a core set of guiding themes comes to mind