Losant was built for the cloud. Youmoni was built for the edge — from the ground up, with open standards, Kubernetes-native architecture, and real-time intelligence where it belongs: at the source.
See the differenceLosant is a capable cloud IoT platform — but its edge story is a retrofit, not a foundation.
Losant's core processing model depends on cloud connectivity. Edge Agents reduce bandwidth but still require constant cloud synchronisation for logic updates, rule changes, and observability. Offline autonomy is shallow.
Losant's workflow engine, data tables, and device modelling are all Losant-proprietary. Migrating out means re-engineering every integration. There is no CNCF alignment, no OCI-compatible artefact pipeline.
Losant Edge Agent runs containerised, yes — but it's a single-container agent that bridges protocols. It does not provide a full edge runtime for multi-tenant, multi-app deployments. No Kubernetes operator. No Helm chart ecosystem.
Losant's SaaS model charges per device, per data point, per workflow execution. At industrial scale — thousands of sensors, high-frequency telemetry — costs become unpredictable. On-premises deployment is enterprise-tier only.
Losant has no meaningful open-source offering. For a team that values the Linux Foundation, CNCF, and the open-source edge ecosystem (think Rancher, K3s, NeuVector), Losant is a philosophical mismatch.
Losant cannot deploy or lifecycle-manage edge workloads as Kubernetes resources. There is no integration with Fleet, no GitOps edge pipeline, no CRD model. It sits beside your Kubernetes story, not inside it.
Youmoni is a purpose-built edge IoT platform from Sweden, designed around the principle that the edge must be autonomous, observable, and interoperable — even when the WAN link is down, the cloud is unreachable, or the data never leaves the facility.
It speaks the language of modern platform engineering: open APIs, container-native agents, real-time stream processing at the edge, and a modular architecture that fits inside a Rancher-managed K3s cluster without asking you to rethink your stack.
Evaluated on the criteria that determine production success in real edge environments.
| Capability | Youmoni | Losant |
|---|---|---|
| Edge autonomy (offline operation) | ✔ Full — logic, storage, alerting, actuation all run locally | ~ Partial — Edge Agent can buffer data but most rule logic is cloud-dependent |
| Kubernetes-native deployment | ✔ Helm charts, operators, K3s/RKE2 validated | ✗ No Kubernetes operator; single Docker container agent only |
| GitOps / Fleet compatible | ✔ Declarative config, compatible with Rancher Fleet & Argo CD | ✗ No GitOps model; configuration via SaaS UI or REST API only |
| Open standards (OPC-UA, MQTT 5, AMQP) | ✔ Native OPC-UA client/server, MQTT 5, REST, Modbus, BACnet | ~ MQTT and HTTP only; OPC-UA requires custom broker bridges |
| Real-time edge stream processing | ✔ CEP engine runs at edge — sub-second complex event detection | ~ Workflow engine is cloud-hosted; edge triggers limited to simple conditions |
| Multi-tenant edge management | ✔ Full multi-tenancy with RBAC; isolate customers on shared infrastructure | ~ Organisations feature but limited edge-level tenant isolation |
| On-premises / air-gapped deployment | ✔ Fully self-hosted; air-gapped registry support built in | ✗ Enterprise tier required; significant professional services engagement |
| Open-source components | ✔ Core adapters and SDKs open-sourced; vendor-transparent | ✗ Closed-source SaaS; no community edition |
| Digital twin & asset modelling | ✔ Edge-resident digital twin with time-series context | ~ Device model in cloud only; no edge-local twin state |
| OT/IT convergence protocols | ✔ Built for industrial OT — OPC-UA, Modbus, CAN, BACnet natively | ~ IT-centric; OT requires third-party gateways and translators |
| Predictable pricing at scale | ✔ Capacity-based licensing; no per-message or per-device metering | ✗ Per-device + per-workflow execution pricing explodes at IoT scale |
| CNCF / Linux Foundation alignment | ✔ Kubernetes-native; integrates with CNCF observability stack (Prometheus, Grafana) | ✗ Proprietary observability; no CNCF project integration |
Youmoni doesn't just run on Kubernetes — it's designed to operate as a first-class citizen inside the Rancher ecosystem that SUSE customers already run.
Deploy and lifecycle-manage Youmoni edge nodes as Helm releases via Rancher Fleet. GitOps-driven rollouts across thousands of edge sites — exactly how SUSE customers expect infrastructure to work.
Youmoni's edge runtime is validated on K3s. Runs comfortably on ARM64 and x86 constrained hardware. No bloated dependencies — the same lean philosophy that makes K3s the edge Kubernetes of choice.
Youmoni workloads are standard container workloads. NeuVector secures them just like any other microservice — zero-trust network policies, runtime vulnerability scanning, full visibility.
Youmoni agents run on SLE Micro's immutable OS footprint. Transactional updates, read-only root filesystem, minimal attack surface — the right OS for the right edge runtime.
Youmoni exposes telemetry via standard Prometheus endpoints. Pipe IoT metrics directly into your existing Grafana dashboards — no proprietary observability silos.
Edge application deployments via Epinio bring the same developer-friendly experience to edge workloads. Youmoni fits naturally into this workflow as an edge infrastructure layer below your apps.
Youmoni inverts the IoT pyramid — intelligence lives at the edge, the cloud is a peer, not a parent.
OPC-UA native integration with PLCs and SCADA systems. Real-time predictive maintenance at the machine, not the cloud. Works in fully air-gapped factory floors.
Sub-second grid event detection and automated load balancing at the substation. No round-trip to the cloud for decisions that need to happen in milliseconds.
BACnet and Modbus natively. HVAC, lighting, and access control optimisation running at the building edge, federated to a city-wide Rancher cluster.
Intermittent connectivity is the norm, not the exception. Youmoni stores, processes, and acts locally — syncing when connected, continuing when not.
Data sovereignty requires that patient-adjacent telemetry never leaves the building. Youmoni enforces this architecturally, not via policy configuration.
No reliable WAN? No problem. Youmoni edge nodes operate fully autonomously for days, syncing historical data in compressed bursts when connectivity returns.
"The edge is not a smaller cloud. It is a different computing environment that requires different architectural assumptions." — The implicit contract behind K3s, SLE Micro, and every edge product SUSE ships
Losant was designed in an era when "edge" meant "a gateway that talks to AWS." Youmoni was designed knowing that the edge must be a first-class computing environment — autonomous, observable, manageable at scale, and aligned with the open-source ecosystem that SUSE has built its identity around.
When Keith and the SUSE edge team evaluate IoT platforms, the questions are predictable: Does it run on K3s? Does it integrate with Fleet? Can I manage it with the same GitOps tooling I use for everything else? Does it respect data sovereignty? Is there a path out if I need one?
Youmoni answers yes to every question. Losant answers "it depends on your enterprise contract."
Let's put Youmoni on a K3s node in your lab. One day of hands-on time and you'll see the difference that edge-first architecture makes.
This page was prepared specifically for Keith Basil and the SUSE edge engineering team.