# Node Hardware Recommendations
The hardware configurations listed on this page are recommended minimum configurations. It might be possible to configure a system with less resources, but you run the risk of being underprovisioned and thereby prone to loss of stake.
# Suggested Minimum Configurations
As noted in the Architectural Overview, the Oasis Network is composed of multiple classes of Nodes that participate in different committees. The majority of committees have common system configurations for the participant Nodes. We suggest the following minimum recommendations:
- 2.0 GHz x86-64
- Must have AES-NI support
- 2 GB ECC RAM
- 500GB High Speed Storage
# Additional Attributes By Committee
Beyond the common system configurations, the following section details additional requirements or recommendations for operating Nodes to participate in different committees.
# Confidential Compute Committee Nodes
As part of supporting confidential smart contracts in the future, the Oasis Network will utilize SGX in order to ensure privacy preserving computation. At this time, supporting SGX hardware is optional for Node Operators. However, for Node Operators who want to be to prepared for the eventual release of the confidential runtime, the network will require at least the following hardware:
- CPU supports SGXv1 Support
- BIOS supports enabling SGX
- EPC limits should be set to the maximum 128MB
- Setting this value to the maximum is recommended but is not required.
# Storage Committee Nodes
At this time, the growth rate of state stored on storage nodes is unknown. We suggest that Node Operators configure their systems with the following hardware in order to handle storage growth over time:
- 2TB High Speed Storage
# Key Manager Committee Nodes
At this time, Key Management Nodes will only be operated by Oasis. However system requirements for the Key Manager nodes are currently identical to the Confidential Compute Committee nodes.
It is critical that the Node Keys used to sign actions taken by Nodes are protected from loss. The economic model has yet to be completed, but it is expected that slashing from double signing will incur a heavy penalty. The HSM needs to support the Ed25519 signing scheme.