New York
- Useful Proximity
- The Northeast corridor and financial-sector systems near Manhattan
Regional Placement · Private Networking · Dedicated Resources
Low-Latency Hosting for Performance-Sensitive Applications
Place cloud, dedicated, bare metal, and colocation infrastructure closer to your users, data, partners, and systems to shorten round-trip time and keep performance predictable under load.
- 8 Regional Locations
- Cloud, Dedicated, Bare Metal & Colocation
- Private Networking & VPC
- 24/7/365 US-Based Support
Regional Locations
8
Uptime SLA
100%
In many applications, the slowest part is the distance the data travels. Every request that crosses the country and back adds milliseconds, and those milliseconds add up across a checkout, an API call chain, a trading decision, or a video stream. Past a certain point, a faster server does not help; the path itself has to be shorter.
Atlantic.Net helps you shorten that path. We host on cloud, dedicated, and bare metal infrastructure, and on colocation, across data center regions in North America, Europe, and Asia, so you can place workloads closer to the people and systems that depend on them. The right choice depends on where your users are, where your data must live, and how traffic flows, so we start with the workload and wrap the infrastructure around it.
What Is Low-Latency Hosting?
Low-latency hosting is infrastructure positioned and configured to reduce the round-trip time between an application and whoever, or whatever, talks to it: end users, partner systems, APIs, data sources, or other parts of the same platform. It combines two things: physical placement, putting the workload in a region close to its traffic, and a clean infrastructure design, dedicated resources, and private networking so performance stays predictable under load.
You choose a region near the traffic that matters most, so a single distant location does not serve everything. Atlantic.Net supports this across cloud servers, dedicated and bare-metal, and colocation, so you can fit the model to the workload.
Reduce Distance Between Applications, Users, and Data
Latency comes from several places, and good placement addresses the largest one: physical distance. When you host near the traffic that matters, the gains are structural, not incremental tweaks.
Closer to users
place the workload in the region where most of your users are, so requests travel a shorter distance.
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place the workload in the region where most of your users are, so requests travel a shorter distance.
Closer to data
keep compute resources near the data they process, which is especially important for noisy databases and analytics workloads.
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keep compute resources near the data they process, which is especially important for noisy databases and analytics workloads.
Closer to partners and systems
position near the exchanges, APIs, or partner systems your application talks to most.
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position near the exchanges, APIs, or partner systems your application talks to most.
Cleaner internal paths
connect your own tiers via private networking so traffic between them does not detour through the public internet.
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connect your own tiers via private networking so traffic between them does not detour through the public internet.
The result is infrastructure designed to reduce latency for your specific traffic pattern. The exact numbers depend on your users, your routes, and your application, which is what an assessment works out.
What's Included
Regional Placement Strategy
Choose where each workload runs from data center regions across North America, Europe, and Asia. Placement is determined by workload, based on where your traffic concentrates and where your data must reside.
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Choose where each workload runs from data center regions across North America, Europe, and Asia. Placement is determined by workload, based on where your traffic concentrates and where your data must reside.
Cloud, Dedicated, Bare Metal, and Colocation
Match the infrastructure model to the performance need: cloud for flexibility; dedicated and bare-metal for isolated, predictable performance; and colocation when you want to place your own hardware in our facilities.
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Match the infrastructure model to the performance need: cloud for flexibility; dedicated and bare-metal for isolated, predictable performance; and colocation when you want to place your own hardware in our facilities.
Dedicated Resources for Predictable Performance
Single-tenant cloud hosts and bare metal remove contention for CPU, memory, and disk, so response times stay steady even when a shared neighbor's load would otherwise cause them to fluctuate.
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Single-tenant cloud hosts and bare metal remove contention for CPU, memory, and disk, so response times stay steady even when a shared neighbor's load would otherwise cause them to fluctuate.
Private Networking and VPC
Connect application, database, and cache tiers over private networking and VPC isolation, keeping internal traffic on a private path for both performance and security.
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Connect application, database, and cache tiers over private networking and VPC isolation, keeping internal traffic on a private path for both performance and security.
High-Throughput Networking
For workloads that move a lot of data fast, dedicated servers support 10Gbps SFP+ and 25Gbps SFP28 uplinks, the networking used for high-throughput AdTech, real-time bidding, and trading-adjacent infrastructure.
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For workloads that move a lot of data fast, dedicated servers support 10Gbps SFP+ and 25Gbps SFP28 uplinks, the networking used for high-throughput AdTech, real-time bidding, and trading-adjacent infrastructure.
Hybrid Designs
Combine cloud flexibility with dedicated performance: a latency-sensitive tier on bare metal, elastic capacity on cloud, connected over private networking.
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Combine cloud flexibility with dedicated performance: a latency-sensitive tier on bare metal, elastic capacity on cloud, connected over private networking.
Custom Architecture Planning
For multi-region or unusual topologies, the team helps plan placement, routing, redundancy, and data residency before anything is deployed.
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For multi-region or unusual topologies, the team helps plan placement, routing, redundancy, and data residency before anything is deployed.
Performance-Focused Deployment Review
Before go-live, Atlantic.Net engineers review the deployment against your performance goals and recommend adjustments to the region, model, and networking.
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Before go-live, Atlantic.Net engineers review the deployment against your performance goals and recommend adjustments to the region, model, and networking.
Choose the Right Hosting Region and Infrastructure Model
Two decisions shape the outcome: which region, and which infrastructure model. Region is about the distance to your traffic; model is about how predictable the performance needs to be.
| Region | Useful Proximity |
|---|---|
| New York | The Northeast corridor and financial-sector systems near Manhattan |
| Ashburn, VA | Northern Virginia's dense interconnection and East Coast routing |
| Dallas, TX | Central US, balancing coast-to-coast reach |
| Orlando, FL | The Southeast US |
| San Francisco, CA | The West Coast and Silicon Valley |
| Toronto | Canadian users and data-residency needs |
| London | The UK and Western Europe |
| Singapore | Southeast Asia and the wider APAC region |
Ashburn, VA
- Useful Proximity
- Northern Virginia's dense interconnection and East Coast routing
Dallas, TX
- Useful Proximity
- Central US, balancing coast-to-coast reach
Orlando, FL
- Useful Proximity
- The Southeast US
San Francisco, CA
- Useful Proximity
- The West Coast and Silicon Valley
Toronto
- Useful Proximity
- Canadian users and data-residency needs
London
- Useful Proximity
- The UK and Western Europe
Singapore
- Useful Proximity
- Southeast Asia and the wider APAC region
On the model: choose cloud for flexible, fast-scaling workloads; dedicated or bare metal when you need isolated, consistent performance; and colocation when you want to run your own hardware in a well-connected facility. Many performance-sensitive deployments combine a region close to users with dedicated resources to ensure predictability.
Business Outcomes
Responsiveness Where It Counts
Placing workloads near their traffic shortens the longest part of many requests. Applications feel faster to the users and systems that matter most.
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Placing workloads near their traffic shortens the longest part of many requests. Applications feel faster to the users and systems that matter most.
Placement Matched to Your Users and Data
Per-workload region selection lets you balance performance against data residency and routing requirements, so a single location no longer has to serve everything.
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Per-workload region selection lets you balance performance against data residency and routing requirements, so a single location no longer has to serve everything.
Predictable Performance Under Load
Dedicated resources and private networking keep response times steady as traffic climbs, so performance does not degrade at the exact moment it matters.
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Dedicated resources and private networking keep response times steady as traffic climbs, so performance does not degrade at the exact moment it matters.
A Path That Scales
Start in one region and expand to others, or shift from cloud to dedicated, as traffic grows. The architecture is planned so that growth does not mean a rebuild.
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Start in one region and expand to others, or shift from cloud to dedicated, as traffic grows. The architecture is planned so that growth does not mean a rebuild.
Who Needs Low-Latency Hosting
| Workload | Why Proximity Helps |
|---|---|
| SaaS platforms and APIs | Faster response for users and the systems calling your endpoints. |
| E-commerce stores | Quicker page loads and checkout for a concentrated user base. |
| Media and streaming | Lower start-up delay and steadier delivery for nearby viewers. |
| Gaming-adjacent services | Reduced round-trip times for matchmaking, state, and session services. |
| AdTech and real-time bidding | High-throughput networking near exchanges for faster bid cycles. |
| Analytics and data processing | Compute is placed near the data it reads, reducing transfer time. |
| Healthcare applications | Regional placement with data residency inside HIPAA-ready environments. |
SaaS platforms and APIs
- Why Proximity Helps
- Faster response for users and the systems calling your endpoints.
E-commerce stores
- Why Proximity Helps
- Quicker page loads and checkout for a concentrated user base.
Media and streaming
- Why Proximity Helps
- Lower start-up delay and steadier delivery for nearby viewers.
Gaming-adjacent services
- Why Proximity Helps
- Reduced round-trip times for matchmaking, state, and session services.
AdTech and real-time bidding
- Why Proximity Helps
- High-throughput networking near exchanges for faster bid cycles.
Analytics and data processing
- Why Proximity Helps
- Compute is placed near the data it reads, reducing transfer time.
Healthcare applications
- Why Proximity Helps
- Regional placement with data residency inside HIPAA-ready environments.
A Platform You Can Trust
Atlantic.Net has operated data center infrastructure since 1994 and runs performance-sensitive workloads, from high-traffic sites to trading-adjacent systems, on the same audited platform.
Cloud, dedicated, bare metal, and colocation
under one provider.
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under one provider.
100% Uptime SLA
hardware, and power.
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hardware, and power.
24/7/365 US-based support
by phone, email, and chat, never outsourced.
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by phone, email, and chat, never outsourced.
Data center regions across North America, Europe, and Asia
including New York, Ashburn, Dallas, Orlando, San Francisco, Toronto, London, and Singapore.
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including New York, Ashburn, Dallas, Orlando, San Francisco, Toronto, London, and Singapore.
SOC 2 Type II, SOC 3 Type II, HIPAA, HITECH, PCI DSS 4.0, and NIST 800-53
audited environments.
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audited environments.
Atlantic.Net since 1994
32 years operating network infrastructure.
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32 years operating network infrastructure.
Frequently Asked Questions
What is low-latency hosting?
Low-latency hosting is infrastructure positioned and configured to reduce the round-trip time between an application and the users, systems, or data it communicates with. It combines physical placement, hosting near the relevant traffic, with a clean design that uses dedicated resources and private networking to keep performance predictable. Atlantic.Net provides it across cloud, dedicated, bare-metal, and colocation options.
What is proximity hosting?
Proximity hosting is the placement side of low-latency hosting: choosing a data center region close to the users, partners, exchanges, or data sources that matter most, so one distant location does not serve everything. Shorter physical distance is usually the largest single factor in round-trip time, so placement is where the biggest gains tend to come from.
How do I choose the best hosting location?
Start with where your traffic concentrates, where your data is allowed to live, and which systems your application talks to most. Atlantic.Net offers regions across North America, Europe, and Asia, and a proximity assessment maps your traffic and requirements to the regions and infrastructure model that best fit.
Can Atlantic.Net guarantee a specific latency?
No, and any provider that promises an exact number for your traffic without measuring it should be treated with caution. Real-world latency depends on your users' locations, network routing, your application design, and the path between systems, much of which sits outside any single host's control. What Atlantic.Net does is design infrastructure to reduce latency by placing workloads close to their traffic, using dedicated resources and private networking, and validating it against your goals during the assessment.
Is dedicated hosting better for low-latency workloads?
It often is, because single-tenant dedicated and bare metal servers remove contention for CPU, memory, and disk, which keeps performance predictable under load. Cloud hosting can also work well, especially when flexibility matters, and many deployments use a hybrid: dedicated for the latency-sensitive tier, cloud for elastic capacity.
Can proximity hosting help SaaS or e-commerce applications?
Yes. Both benefit when the application sits close to its users: SaaS platforms see faster API and dashboard response, and e-commerce stores see quicker page loads and checkout. For a geographically concentrated audience, choosing the nearest region is one of the simplest performance improvements available.
Can Atlantic.Net support hybrid low-latency deployments?
Yes. You can combine a latency-sensitive tier on dedicated or bare metal with elastic cloud capacity, connected over private networking, and place components in different regions where it helps. The team plans the topology so that placement, routing, and redundancy fit the workload.
Cloud Availability in Multiple Global Regions
Deploy close to your users from eight international data centers worldwide, with new regions on the way.
Dedicated to Your Success
Jason Coleman
VP of Information Technology, Orlando Magic
"After evaluating a range of managed hosting options to support our data operations, we chose Atlantic.Net because of their superior infrastructure and extensive technical knowledge."
Joseph Nompleggi
VP of Product Development, Complete Healthcare Solutions
"As our reliable Healthcare IT compliance partner for the past ten years, Atlantic.Net continues to deliver advanced IT architectural design and security guidance and support to CHS. With their flexible, customized solutions and high touch approach, we look forward to continuing to grow and work with this distinguished team of professionals."
Gilad Shainer
Senior Vice President of Networking, NVIDIA
(Formerly Vice President of Market Development at Mellanox Technologies)
"Leveraging InfiniBand's performance, efficiency and scalability capabilities, Atlantic.Net is able to provide its customers with a high-performance, reliable and scalable on-demand public cloud hosting platform."
Erin Chapple
General Manager for Windows Server, Microsoft Corp.
"Atlantic.Net's support for Windows Server Containers in their cloud platform brings additional choice and options for our joint customers in search of flexible and innovative cloud services."
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