Quick verdict
Spinifex is an open-source AWS-compatible cloud from Mulga Digital Corporation that runs EC2, S3, EBS, VPC, IAM, EKS and RDS services on bare-metal, edge and on-premise servers you control. It ships as a single Go binary under AGPL-3.0, works with existing AWS CLI, SDK and Terraform workflows, and documents air-gapped operation with backup and recovery runbooks. At v0.9.0 it is pre-1.0 under active development, self-hosting is rated moderate difficulty, and a managed Spinifex Cloud option sits in private beta.[1][2][3]
Key features
AWS-compatible service surface: EC2, EBS, S3, VPC, IAM, EKS and RDS endpoints that accept existing AWS CLI, SDK and Terraform workflows.[1][2]
Bare-metal, edge and on-premise deployment: the cloud runs on servers you control, positioned for environments where public cloud is not an option.[1][2]
Single-binary Go distribution: one dependency-free binary with Linux x86_64 release assets, systemd integration and a documented install path, plus Docker as a deployment option.[1][2]
Virtual networking and load balancing: VPC networking with regional services and ELB coverage in the versioned docs.[1][2]
Self-hosted identity and access: IAM-style roles, policies and instance profiles documented for the self-hosted platform.[1][2]
Backup, restore and disaster recovery: WAL-G based backups with documented backup, restore and disaster-recovery runbooks.[1][2]
Air-gapped and disconnected operation: local image and binary caches with runbooks for disconnected and low-connectivity environments.[1][2]
Versioned service documentation: per-service EC2, EBS, S3, VPC, IAM, EKS, RDS, ELB and CLI references at v0.9.0 with past-version archives.[1][2]
Who will love it
Teams keeping AWS-shaped workloads on owned hardware: existing CLI, SDK and Terraform workflows target EC2, S3 and VPC services without a public-cloud account.[1][2]
Operators serving edge, private-datacenter and sovereign sites: bare-metal deployment with air-gapped and disconnected runbooks fits locations where connectivity is limited or contested.[1][2]
Builders standardizing on one binary per site: the single Go binary and Docker option suit repeatable rollouts across labs, homelabs and branch infrastructure.[1][2]
Who should avoid it
Teams expecting a finished 1.0 platform: v0.9.0 is pre-1.0 under active development, so adopters should budget for upgrade churn and verify each service surface before committing.[1]
Shops without infrastructure operators: running VMs, virtual networks and storage across physical servers is rated moderate difficulty, with no managed path beyond a private-beta cloud offering.[1][2]
Buyers needing documented SSO or enterprise support for the self-hosted software: SSO with MFA is documented only for the managed Spinifex Cloud beta, and no support plan or SLA appears on inspected sources.[1]
Alternatives and compatibility
Standard AWS-speaking tooling interoperates within the implemented surface: the AWS CLI, SDKs and Terraform providers target the endpoints directly, but pre-1.0 services should each be verified before migration.[1][2]
OpenStack is the catalogue's published self-hosted alternative: modular open-source cloud components for compute, storage and networking on premises and at the edge, versus Spinifex's AWS-API-compatible single-binary approach.[1][2]
No other canonical alternatives links are proposed in this revision; the managed Spinifex Cloud beta is a vendor hosting option in private beta, not a separate catalogue relationship.[1][2]
Questions worth asking
How much does Spinifex cost per month?
The software costs 0 dollars under AGPL-3.0 with no paid self-hosted edition documented. You supply the servers, power and bandwidth, so the monthly total is whatever your hardware and links cost. A managed Spinifex Cloud offering exists in private beta with no published pricing on inspected sources. Prices checked October 13, 2026.[1][2]
Can you self-host Spinifex?
Yes, self-hosting is the entire product: a single Go binary deployed on your own servers with a documented install path, Docker as an option, and Linux x86_64 release assets with systemd integration. The catalogue rates deployment moderate difficulty, since you operate VMs, virtual networking and storage yourself.[1][2]
Is Spinifex really no-code?
What is the best Spinifex alternative for non-technical users?
A managed cloud service is the safer pick when you want cloud resources without servers: every documented Spinifex path is self-hosted on hardware you operate. Among self-hosted platforms, the catalogue's published alternative is OpenStack, which suits teams comparing modular private-cloud components against Spinifex's AWS-API-compatible approach.[1][2]
Sources and editorial review
Source research. Reviewed on October 13, 2026. Written by Sanjib Sah. AI assisted; reviewed by a human editor.
We have not run or tested this product.
- mulgadc/spinifex README
official · Observed October 13, 2026
Canonical repository; AWS-compatible service list, Go single binary, AGPL-3.0 license, v0.9.0 release, air-gapped and disconnected operations
- Mulga Digital Corporation
official · Observed October 13, 2026
Vendor homepage; sovereign bare-metal positioning, audience coverage, repository and docs links
- Spinifex documentation
official · Observed October 13, 2026
Self-hosted docs; versioned service references, install, backup and recovery, air-gapped caches, Docker deployment; v0.9.0 current
- Self-hosted IAM: roles, policies, instance profiles
official · Observed October 13, 2026
Official IAM post; self-hosted roles and policies; managed Spinifex Cloud services in private beta with IAM, SSO and MFA
- Open Source Cloud Computing Infrastructure - OpenStack
official · Observed October 13, 2026
Third-party official site; open-source cloud components for compute, storage and networking with on-premises and edge models
Compared with these products
No explicit proprietary baseline is recorded.