Managed ChirpStack hosting for teams that need production-grade LoRaWAN® infrastructure, fast support, and a reliable network server without carrying the operational burden in-house.
Say goodbye to the complexities of server management. Our 24/7 fully managed support ensures you can concentrate on maximizing the utility of your IoT network while we take care of the underlying infrastructure, upgrades, monitoring, failover planning, and the day-to-day reliability work that usually slows internal teams down.
Never worry about downtime. Our infrastructure is designed for high availability, so your ChirpStack network will always be online when you need it the most. Our failover systems and data backups provide an additional layer of reliability.
Our dedicated support team is available around the clock to assist you with any issues or queries. Day or night, we are here to ensure that your ChirpStack network runs smoothly.
Experience the latest features and security updates with our hosting service built on ChirpStack Version 4. We continually update to provide you with the best that ChirpStack has to offer.
Our team consists of industry veterans with years of experience in LoRaWAN® and IoT technologies. Your network is managed by experts who understand the intricacies of ChirpStack and the broader IoT ecosystem.
Expand your IoT network's reach with our custom roaming options. Whether you are looking to scale locally or globally, we offer the flexibility you need to grow.
Integrate effortlessly with a wide range of data output and event-driven options. From MQTT and HTTP Push to IFTTT and InfluxDB, we provide the versatility you require for your specific use-case.
Read the latest guidance from the ChirpCloud team on uptime, scaling, and the operational decisions that shape resilient LoRaWAN deployments.
Reliability
Learn the practical architecture and operations patterns that keep managed ChirpStack hosting stable at scale, including failover, backup strategy, and incident response.
Scaling
A field-tested scaling approach for LoRaWAN projects: capacity planning, tenant segmentation, and integration throughput tuning in ChirpStack environments.
Strategy
Should your team self-host ChirpStack or use a managed platform? Compare hidden operational costs, reliability risks, and long-term delivery speed.
Running ChirpStack in production is not just about spinning up a server. It means planning for uptime, backups, upgrades, integration throughput, alerting, and the operational handoff between your IoT platform and the teams who rely on it every day.
A production ChirpStack environment only feels simple when monitoring, backup posture, upgrade discipline, and incident ownership have already been solved. That operational layer is what separates a test deployment from a dependable service.
24/7
Support coverage
V4
Current ChirpStack
MQTT+
Integration outputs
Designed around recovery, failover readiness, and stable operations.
Operational coverage for teams that cannot afford radio silence during incidents.
MQTT, HTTP Push, InfluxDB, roaming, and downstream delivery patterns covered.
Backup cadence, restore testing, and failure-domain awareness before incidents occur.
A clear support path when gateways disconnect, integrations lag, or traffic bursts unexpectedly.
Stable downstream delivery for MQTT, HTTP Push, and analytics pipelines as your footprint grows.
Managed service
The goal is not just to host ChirpStack. The goal is to make the whole operating model more dependable.
Many teams start with a self-hosted ChirpStack setup because it gets a pilot live quickly. The challenge appears later, when gateways, devices, and integrations all become dependent on a single runtime that must stay healthy during firmware rollouts, traffic spikes, and vendor-side outages. Production ChirpStack hosting has to be designed around failure domains, not just normal operation.
ChirpCloud is structured around high availability, monitoring, and recovery planning so your LoRaWAN network server is supported like a critical production platform. That means thinking about backup posture, failover readiness, patch windows, and clear incident ownership before a problem becomes customer visible.
ChirpStack is powerful, but operating it well over time takes real discipline. Updates need testing, alerts need to be meaningful, queues need to be monitored, and integrations need to keep pace with downstream systems. If your engineering team is meant to ship product, every hour spent on reactive platform work is an hour not spent on device workflows, analytics, customer delivery, or new services.
With managed ChirpStack hosting, you get a team that already lives in that operating model. Instead of staffing your own 24/7 on-call process for a network server, you can rely on ChirpCloud to keep the platform stable while your team stays focused on business logic, field operations, and deployment growth.
LoRaWAN projects rarely stop at packet delivery. They usually feed dashboards, analytics stacks, operational alerts, business systems, and external automation. As your deployment grows, the reliability of ChirpStack hosting becomes tied to how those integrations behave under burst traffic, retries, and configuration change.
ChirpCloud supports common output patterns such as MQTT, HTTP Push, IFTTT, InfluxDB, and custom roaming so your hosted environment can fit into the rest of your platform. If you want to see the operational detail behind this, explore our managed ChirpStack hosting features and recent scaling guidance.
If you are evaluating managed ChirpStack hosting, the real question is not whether a vendor can deploy the stack. Most can. The important question is how the service is operated once your environment is carrying production traffic. Good providers have a clear view of recovery procedures, observability, support ownership, and upgrade risk. They can tell you how backups are handled, what monitoring signals matter most, and how they think about planned versus unplanned change.
That matters because the hidden cost of self-managed infrastructure is rarely the VM bill. It is the time spent debugging incidents, testing changes, documenting runbooks, coordinating after-hours response, and rebuilding confidence after preventable issues. A good managed ChirpStack service removes that drag and gives your team a clearer path to predictable delivery.
Use the pages below if you are comparing options, validating cost, or preparing a LoRaWAN rollout that needs a production-ready ChirpStack network server.
Frequently asked questions about managed ChirpStack hosting, support ownership, deployment fit, and how ChirpCloud helps LoRaWAN teams stay operational.
ChirpStack is an open-source LoRaWAN® Network Server designed to enable low-power, long-range IoT devices to communicate with a network of gateways. Our ChirpCloud service provides high availability hosting for your ChirpStack LoRaWAN® Network Server.
High Availability refers to a system designed to be operational and accessible 99.9% of the time. Our infrastructure has multiple redundancies in place to minimize any downtime.
We offer 24/7 fully managed support. Our team of experts is on standby to provide immediate assistance for any issues you may encounter.
Getting started is simple. Reach out through our contact page and one of our team members will guide you through architecture fit, migration questions, integrations, and the setup process.
Yes, our ChirpCloud service is designed to scale with your operations, whether you are starting with a focused deployment or expanding into a broader production environment.
We are currently offering hosting for ChirpStack Version 4, which includes the latest features and security updates.
Our team of experienced professionals will manage your ChirpStack server, ensuring it is always up to date, secure, and supported with a clear operational process.
We support a variety of data output and event-driven options such as MQTT, HTTP Push, IFTTT, and InfluxDB among others.
Custom roaming allows your LoRaWAN® devices to connect to multiple networks, providing greater coverage. This feature is customizable based on your specific requirements.
Absolutely. We follow industry-standard encryption and security protocols to ensure that your data is stored and transmitted securely.
Self-hosted ChirpStack can be the right starting point for technically strong teams, especially during pilots or internal proof-of-concept work. Over time, though, the operating model gets heavier. Production deployments create more gateways to monitor, more integrations to maintain, more change windows to coordinate, and more customer expectations around uptime. What looked like a lightweight deployment becomes an always-on service that needs the same care as any other revenue-supporting platform.
This is usually the moment teams reassess whether they want to own the full stack. The issue is not that ChirpStack is difficult software. The issue is that operating a LoRaWAN network server well requires repeatable procedures, experienced support, and enough bandwidth to handle failures without disrupting roadmap work. That is why many teams move to a managed model once their network becomes central to customer delivery.
Moving to managed ChirpStack hosting is also about reducing decision fatigue. Instead of repeatedly deciding how to handle monitoring thresholds, upgrade windows, restore testing, and integration troubleshooting, you move those concerns into a supported operating model with a team that has already solved the common failure patterns.
If you are at that point, start with the trade-off that matters most: do you want your engineers solving platform reliability problems every week, or do you want them building product and field outcomes on top of a stable hosted service? Our managed versus self-hosted comparison breaks that decision down in practical terms.
If your team is consistently balancing uptime incidents against roadmap deadlines, managed ChirpStack hosting can reduce operational drag and improve release confidence.
Planned change windows, tested rollouts, and less platform maintenance overhead.
A clear escalation path when uptime, devices, and integrations are business-critical.
A better match for teams that want predictable delivery instead of ad hoc ops work.
Before choosing a hosting partner, ask how incidents are handled, what observability is in place, how upgrades are staged, and who owns communication when something goes wrong. A mature provider should be able to answer those questions clearly.
You should also understand how your integrations will be supported, how backup and restore procedures are verified, and how the service scales when your LoRaWAN traffic changes quickly.
Those answers tell you more about future reliability than a generic promise ever will, because they show whether the provider has a repeatable operational system.
ChirpCloud is a strong fit for teams that want managed ChirpStack hosting with real operational depth: high availability, 24/7 support, experienced LoRaWAN operators, and a service model built around predictable delivery rather than basic infrastructure rental.
We work best with buyers who value stable operations, practical support, and a clear escalation path when uptime matters. That often includes integrators, product teams, and service providers that need their LoRaWAN network server to be dependable from day one.
If your priority is reducing operational risk, shortening time to stable production, and keeping internal engineering focused on customer value, the next step is usually to review our pricing and then talk to us about your current deployment, traffic profile, and support expectations.