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cloud-native security

Build fast. Ship encrypted.
Security built in, not bolted on.

Cloud-native architectures move quickly — and create attack surface at every service boundary. eCora gives each microservice hardware-encrypted isolation without slowing your team down.

start sealing how it works
eCora — microservices
0
SDK or sidecar required
1
CLI command added to CI
∞
services isolatable
Each service gets its own hardware enclave
Secrets injected encrypted, decrypted only inside
Per-service attestation across the entire mesh
Compromised neighbor can't read your memory
the challenge

Microservice sprawl creates attack surface at every boundary.

As architectures grow, so does the blast radius of a breach. Services share hosts, secrets leak through environment variables, and a compromised tenant can read the memory of co-located workloads — without any indicator of compromise.

Shared host access means one breach reaches all services
Secrets in env vars readable by any process with host access
No way to prove service integrity across the mesh
with eCora

Each service is an island. Isolated by hardware, proven by attestation.

Every microservice sealed with eCora runs in its own CPU-verified enclave. Services can't read each other's memory. Secrets are injected encrypted and only decrypted inside the enclave. Each instance carries hardware-signed proof of its integrity.

Hardware isolation between every service — no shared memory
Secrets encrypted in transit, decrypted only inside the enclave
Per-service attestation verifiable by your security team
the process

One command in CI. Hardware isolation in production.

01
containerize
Package each service as a standard container
No SDK, no agent, no sidecar. If your service runs in a Docker container today, it's ready to seal. Your existing Dockerfiles and build pipelines stay unchanged.
02
seal
Add one step to your CI pipeline
Run ecora seal after your Docker build. The CLI encrypts every image layer locally with hardware-bound keys. The sealed image is pushed to your registry just like any other artifact.
03
ship
Deploy to any cloud, isolated by hardware
Each service starts in its own CPU-verified enclave. The mesh stays fast. Inter-service traffic is unaffected. But now each service boundary is enforced by hardware, not policy.
capabilities

Zero-trust enforced by the CPU, not the config.

No SDK required
Seal any container. Your service code is unchanged — eCora works at the image layer, not the application layer.
Service isolation
Each microservice gets its own hardware enclave. A compromised service cannot read a neighbor's memory or secrets, even on the same host.
Fast developer loop
The seal step takes seconds. CI/CD pipelines add one command. Build times don't change. Developer velocity is unaffected.
Per-service attestation
Every service instance publishes a hardware-signed integrity certificate. Your security team can verify the entire mesh, service by service.