Choose Infrastructure-primitives app platforms
Choose the primitives layer for direct machine API access, infrastructure-level placement control, local-volume architectures, and teams prepared to own more of the operational assembly.
Korve vs Infrastructure-primitives app platforms
Application control plane or infrastructure primitives.
A machine-oriented app platform is the stronger fit when you want direct control over microVMs, placement, local volumes, private networking, and low-level infrastructure APIs. Korve is the stronger fit when the desired unit is a full application with managed data and operations, and an agent should act through a stable product contract instead of assembling infrastructure primitives.
Primary-source review completed July 23, 2026 · Page updated July 29, 2026.
Choose Korve
Choose Korve for repository-to-URL deploys plus managed databases, storage, queues, cron jobs, recovery, alerts, and safe operator actions under one project abstraction.
Product boundary
Compare responsibility, not checkbox count.
A similar label can hide a different lifecycle, isolation boundary, recovery contract, or operator burden. Each row names the public product model rather than implying performance equivalence.
| Dimension | Korve | Infrastructure-primitives app platforms |
|---|---|---|
| Primary unit | An application and its declared managed resources, policies, environments, and operations. | Machines, applications, volumes, networks, addresses, and other lower-level infrastructure primitives. |
| Deployment workflow | Connect or initialize a repository, review configuration, deploy, then operate the release through project-level APIs. | Build and launch an image, configure the application, and manipulate machines directly through CLI and API workflows. |
| Stateful data | Managed database and object resources with product-level credentials, recovery, insights, and policy. | Local persistent volumes plus separate database offerings or self-operated database architectures. |
| Queues and cron | First-class queue and cron resources with delivery/run semantics, histories, alerts, and shared API coverage. | Infrastructure primitives from which teams assemble queue workers and scheduled execution patterns. |
| Observability | Project vocabulary for runtime, database, queue, cron, backup, deploy, log, metric, alert, and cost signals. | Infrastructure metrics and logs designed around applications, machines, hosts, volumes, and network behavior. |
| Agent safety | Project-scoped grants, RBAC ceilings, spec risk metadata, approvals, and audit evidence. | Powerful infrastructure APIs and CLI credentials whose safe delegation model is designed by the platform team using them. |
| Abstraction tradeoff | Less substrate control in exchange for one supported application and managed-resource contract. | More infrastructure control in exchange for more topology, reliability, and lifecycle decisions. |
Decision guide
What changes after the first deploy
The durable difference is the work your team still owns once an application is serving.
01
Where the primitives layer is ahead
A machine-oriented platform exposes a legible infrastructure model: microVMs, a machines API, global networking, and local persistent volumes. A platform team can build specialized placement, state, and networking systems directly on those primitives rather than asking a higher-level product for an escape hatch.
That makes the primitives layer a better substrate choice when infrastructure behavior is itself part of the product. Korve intentionally does not expose its capacity layer as the customer contract.
02
What Korve adds above the primitive layer
Korve owns the application-level workflow: source connection, build, release, stable URL, environment configuration, managed resources, preview lifecycle, logs, metrics, budgets, alerts, recovery, and operator actions. Each is addressed in the same project vocabulary.
An agent does not need to translate a product request into machine creation, volume attachment, private-network routing, health-check rollout, and database topology. It invokes a bounded operation and receives a product-level result.
03
Do not compare raw machine labels
A matching CPU or memory label does not prove equivalent performance, isolation, disk behavior, network placement, support, or operational scope. Neither page should turn public list prices into a performance-normalized claim without an independent workload benchmark.
Choose by responsibility first. If the team wants to build a platform, infrastructure primitives may be the right layer. If the team wants an agent to ship and operate applications, Korve's narrower abstraction removes work on purpose.
Verify before buying.
Vendor products and terms change. These sources support the reviewed product boundaries; confirm current pricing, limits, regions, and support terms for your workload.