See how MaxStack builds dedicated MAS environments.
MaxStack combines automated provisioning, dedicated infrastructure, private cloud architecture, OpenShift, database resources, and MAS applications into a faster, more flexible way to run Maximo.
MaxStack turns MAS infrastructure into a repeatable deployment model.
MAS can be complex to deploy and operate. Teams need infrastructure, OpenShift, database resources, networking, storage, security, application configuration, monitoring, and support alignment.
MaxStack’s technology stack is designed to simplify that path by using repeatable provisioning, dedicated architecture, and a hosting model built around real Maximo requirements.
The stack includes:
- Dedicated MAS hosting environments
- Private cloud / VPC architecture
- OpenShift deployment layer
- Database resources and access options
- Networking and connectivity support
- Support for upgrades, integrations, and operations
The layers behind a dedicated MAS environment.
Private Cloud Infrastructure
Dedicated cloud resources designed for isolation, performance, private connectivity, and operational control.
OpenShift Platform
The container platform layer required for MAS, deployed in a way that supports the right hosting plan.
Database Layer
Database resources and access options for support, reporting, integrations, migrations, and administration.
MAS Applications
Maximo Application Suite applications deployed into the environment based on your usage and roadmap.
Connectivity
Options for allowlisting, VPN, private networking, integrations, and internal system connectivity.
Support Layer
Operational support across hosting, access, integrations, upgrades, consultants, and application needs.
Dedicated architecture is the difference.
Shared hosting can simplify standard deployments, but it often limits access, integrations, troubleshooting, and flexibility. MaxStack is designed for teams that need more control without owning every layer internally.
Dedicated hosting helps with:
- Cleaner environment isolation
- More flexible connectivity
- Better troubleshooting visibility
- Database access when needed
- Support for real integrations and add-ons
- More practical upgrade and validation workflows
From requirements to working MAS environment.
Assess
Review your current Maximo environment, modules, users, integrations, data, and support requirements.
Design
Select the right MAS hosting path, environment structure, database approach, and connectivity model.
Provision
Create the infrastructure, OpenShift layer, database resources, and MAS application environment.
Connect
Set up access, networking, integrations, consultant access, and operational support paths.
Validate
Test functionality, integrations, user access, performance, and readiness before moving forward.
Different MAS environments need different architecture.
MAS Single
A cost-effective Single Node OpenShift path for smaller teams, pilots, trials, and lighter production use cases.
- Lower complexity starting point
- Good fit for smaller MAS teams
- Useful for fast adoption and testing
MAS Cluster
A dedicated cluster approach for production teams that need more scale, module flexibility, and reliability.
- Dedicated production architecture
- Better fit for broader MAS usage
- Stronger long-term scalability
MAS HCP Cluster
An enterprise-oriented hosted-control-plane path for larger, more complex, or governance-heavy MAS environments.
- Enterprise architecture expectations
- Higher reliability needs
- More formal operational model
Which architecture concern matters most?
The technology stack supports the full MaxStack ecosystem.
The architecture behind MaxStack is not only about hosting. It supports upgrades, integrations, MaxProcure workflows, AI for Maximo, consulting, support, and long-term MAS operations.
Technology Stack FAQ
See how your MAS environment could be built.
Talk through the right MAS architecture, hosting path, upgrade plan, integrations, support model, and long-term Maximo roadmap.