Defining the new era of portable, secure software
Levyer is an application platform where security, portability, and compliance are built into the architecture — impossible to bypass, overlook, or lose.
See how it works
Learn how effortless you can create secure, portable, and compliant software.
Your code is a component
You write pure business logic. It's compiled to a WASM component — a sealed, portable unit with declarative requirements and no runtime dependencies.
export fn process_order(
order: Order
) -> Result;
// No proprietary SDK. No HTTP client.
// No auth. No TLS. Just logic.
Interfaces are the contract
You interact with standardized interfaces — the implementation
doesn't matter. Connect to a database? wasi:sql. Connect to another system? myorg:warehouse.
use wasi:sql/query;
use myorg:warehouse/stock;
// Standardized communication.
// No need for protocols or SDKs.
// No credentials.
Infrastructure is a declaration
You define what you need and how it connects. Need a database? Just declare it and it's ready to use.
- module: orders
use: database
use: warehouse
- resource: database
# Best practices, automatically.
Portable application artifact
Any infrastructure
Stop doing the same work,
over and over again
Costly, error-prone, and entirely avoidable.
scroll to see before
scroll to see with Levyer
Hidden costs compound Built once, used everywhere
Every team rebuilds auth, compliance, and observability from scratch. Patches applied one app at a time. The cost compounds silently. Security, compliance, and observability are handled by the platform. No reinvention. No compound costs.
Security is reactive Security by design
Always one step behind the last incident, audit, or regulation change. You never get ahead. You just catch up. Compliance and hardening are built into the architecture. You're always ahead, not catching up.
AI outpaces controls AI-safe by default
AI writes code faster than anyone can review for security gaps or compliance violations. Risk accumulates with every commit. The platform enforces security and compliance automatically. AI-generated code is safe by design.
Understanding fades Clear architecture
Documentation goes stale. Diagrams are forgotten. As you grow, nobody sees how systems connect — until something breaks. Declarative infrastructure makes connections visible. Anyone can understand the system at a glance.
Independent & secure by design
A combination that takes software to another level.
Go even further with a Workspace
Fully automated
Everything handled, nothing can be missed.
Auto-wired integrations
Connect applications seamlessly without manual overhead.
Environments as Target
You deploy to an environment and the infrastructure gets provisioned for you.
Observability built-in
Logs, metrics, and traces collected automatically across all applications.
Centrally managed
A single source of truth applied everywhere.
Security by default
Security is enforced on the platform level, everywhere without a bypass.
Compliance built-in
Standards and regulations defined once and enforced everywhere.
Patches & updates
Updates are applied across all applications. Patches and Post-Quantum are no longer an issue.
Complete visibility
Always know the state of your applications.
Shop · Audit
Shop · Costs
Orders · Audit
Orders · Costs
Warehouse · Audit
Warehouse · Costs
Payments · Audit
Payments · Costs
Live documentation
Documentation that never goes stale. Architecture, data flows, and processes ready to use.
Built-in audit trail
Every change, deployment, and access event logged automatically.
Cost visibility
Cost breakdown across your full estate, always up to date.
The future of app provisioning
One-click install what you need.
Docs & Wiki
Team Chat
Calendar
File Storage
Project Tracker
Forms & Surveys
Video Calls
Docs & Wiki
Shared knowledge base
Runs on your infrastructure
Follows your compliance & security
Portable by design
Integrates with your stack
Connects with other apps
Questions?
How does Levyer compare to Kubernetes?
Levyer sits a layer above Kubernetes. Kubernetes manages containers and workload scheduling — it is infrastructure. Levyer gives you a complete application layer: how software is structured, how it communicates, how it is secured, deployed, governed, and observed — all the way up to the business level. Kubernetes can be one of the deployment targets underneath Levyer, alongside bare servers, Docker hosts, or cloud-managed runtimes.
Can Levyer run on AWS, on-prem, and hybrid setups?
Yes. Levyer runs on any major cloud provider (AWS, Azure, GCP, and others), on-premise in private data centres, on single servers for small-scale deployments, and in hybrid configurations combining cloud and on-premise. Switching between deployment targets is a platform configuration change — no application code is ever affected.
Why does WebAssembly give Levyer properties other runtimes don't?
WebAssembly gives Levyer four properties no other runtime combines at once:
- Security by design. Every module runs in a strict sandbox with capability-based access control. Nothing is reachable unless explicitly granted — no network, no filesystem, no environment variable. This structural isolation keeps blast radius small by default.
- Language-agnostic. WebAssembly is a compilation target for most major languages — Rust, Go, TypeScript, Python, and more. Teams work in the language that suits them; the platform speaks one runtime.
- Interface-first contracts. Modules communicate through typed interface definitions (WASI/WIT), not bespoke protocols. This makes integrations explicit, versionable, and safe to evolve.
- Tiny and portable. Wasm modules are compact, start in milliseconds, and run identically across cloud, on-premise, edge, and local environments — with no runtime dependency or infrastructure assumption.
How does Levyer make AI development safer and more effcient?
Levyer makes AI development safer and more efficient by limiting AI to small, pure business-logic modules while the platform handles security, isolation, and compliance. That keeps changes simpler to reason about, reduces the blast radius of mistakes, and avoids infrastructure or regulatory problems being smuggled in through generated code.
How does Levyer make AI workloads safer and more efficent?
Levyer makes AI workloads safer and more efficient by connecting services through clear, simple interfaces instead of ad‑hoc integrations. Those same interfaces work extremely well for AI: it’s easy to plug new tools or models in, reuse existing services, and control who can access what, without rebuilding your systems each time.
What stage is Levyer at today?
Levyer is currently pre-launch and onboarding its first design partners. A working prototype demonstrates the core architecture, and we're building the full platform alongside early adopters. We're working closely with organisations to refine the platform based on real-world use cases before general availability.
Join the organisations
rewriting the rules.
We're onboarding our first design partners now.
Choose your path: dive into the technical details or discuss enterprise deployment with our team.
For Engineering Teams
Get technical access. Explore the codebase, review architecture, and see how Levyer works under the hood.
For Leadership & Procurement
Discuss enterprise deployment, compliance requirements, and how Levyer fits your organisation's strategy.
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