Resilient edge connectivity
Deploy updates across remote gateways, shop floors, and field locations using asynchronous execution that works through low bandwidth and unstable links.
Lightweight agents for constrained hardware
Edge Agents run on industrial PCs, embedded devices, gateways, and controllers, with minimal footprint and performance overhead.
Air-gapped and offline-first deployments
Operate fully disconnected environments while retaining auditability, governance, and lifecycle control.
Secure by design
Centralized access control, policy enforcement, and role-based permissions ensure safe operations across distributed teams.
Reduce site visits, simplify deployments, strengthen security, and operate distributed edge environments with confidence — all from one centralized control plane.
All rights reserved - Reg. U.S. Pat. & TM Office
All rights reserved - Reg. U.S. Pat. & TM Office
Trusted by global leaders
Keep edge environments running, even offline
Async Edge Agents queue, retain, and execute deployments when connectivity drops, so updates don’t fail mid-rollout.
THE SOLUTION
Portainer gives industrial teams a resilient, self-hosted control layer, built for intermittent connectivity, strict security requirements, and real-world edge conditions.
Standardize operations across plants and sites
Deploy apps, enforce policies, and roll back changes consistently, reducing drift and tribal knowledge.
Stay fully in control of data and security
Run Portainer entirely within your infrastructure perimeter for regulated, air-gapped, or safety-critical environments.
Do we still need Kubernetes experts?
Portainer reduces the dependency significantly by giving teams a UI and pre-built workflows.
We already use Helm/Prometheus/etc. Why add Portainer?
Portainer complements your existing stack with governance, standardized workflows, and centralized control.
Can developers deploy safely?
Yes. Portainer provides templates, policies, and guardrails that prevent misconfigurations.
Will Portainer work with our mixed environments?
Yes. VMs, bare metal, cloud, edge, air-gapped, on-prem. All supported.
What about security?
Portainer includes enterprise-grade RBAC, OAuth, audit logs, secrets, and hardened agents.
Deployments queue and resume automatically using async execution, reducing failure risk.
Edge Agents run with a minimal footprint, suitable for gateways, embedded devices, and IPCs.
Fleet orchestration and GitOps pipelines ensure repeatability, version control, and rollback safety.
Yes, it centralizes management across heterogeneous container stacks.
Most teams start with a pilot and scale to fleet deployment within weeks.
Deploy, update, monitor, and secure containerized applications across
factories, plants, depots, vehicles, and remote industrial sites,
even when connectivity is unreliable or completely offline.
THE PROBLEM
Edge infrastructure wasn’t built for perfect networks, but most tools still assume them.
Remote sites struggle with latency, dropouts, and downtime risk.
Software changes often mean site visits or risky workarounds.
Fragmented systems delay troubleshooting and recovery.
Cloud-dependent updates create security risk.
Martin Brown,
Software Architect | Cummins
Martin Brown,
Software Architect | Cummins
Purpose-built for industrial-scale edge management.
CASE STUDY
About Procter & Gamble
Procter & Gamble (P&G) is the world’s largest consumer goods company, operating more than 130 manufacturing plants and serving billions of consumers across 70+ countries.
The Portainer Impact
Operational efficiency gains
$4.3M
The Portainer Impact
Engineering efficiency
$1.7M
The Portainer Impact
Increase in productivity
40%
Remote gateway & edge node management
Deploy updates without rolling trucks or dispatching engineers.
01
Factory floor & plant applications
Standardize workloads across production lines, machines, and sites.
02
Air-gapped or regulated environments
Operate in defense, energy, manufacturing, or critical infrastructure without cloud dependency.
03
Distributed industrial operations
Run a single control plane across plants, depots, warehouses, or field locations.
04
Embedded and resource-constrained systems
Manage containers on low-power industrial hardware without performance tradeoffs.
05
Industry partnerships driving adoption











































