hardware-verified workload security
Customers run your software
but can't look inside.
Deploy your software and AI models into customer environments.
They stay encrypted and run only in verified hardware, and you decide who can run them.
the problem
Customers won't put their data on your servers.
The customers you most want to win keep sensitive data inside
their own environment. They won't send it to a vendor's servers, so a hosted
service is a non-starter. The only way in is to run your software where their
data already lives.
Their data can't leave their environment
A hosted service fails the security review
Running your software on-site means exposing it
with eCora
Now you can sell to the customers you couldn't reach.
eCora scans and seals your workload on our servers.
It is delivered encrypted and opens only inside a verified encrypted enclave in the customer's environment,
so their data stays with them and the host can't see inside your software.
Hardware attestation lets both sides check what is running.
Delivered encrypted to the customer and opened only inside a verified encrypted enclave
Memory encrypted by the CPU at runtime, shielding it from the host
Hardware attestation lets customers verify what is running
the workflow
Two perspectives. One sealed container.
publisher
01
configure
Set up your customers and limits
02
publish & list
Publish and deliver to customers
03
manage
Control access with grants
subscriber
01
subscribe
Pull the sealed image to your registry
02
deploy
Launch in your cloud environment
03
verify
Verify what is running
use cases
One Platform. Four Use Cases.
why eCora
What makes eCora different.
Hardware-Backed Security
Security enforced by TEE hardware, not software promises. The host can't read workload memory, even with root access.
technical details
AMD SEV-SNP for encrypted execution · Attestation gates key release
True Encryption In Use
Data and models stay encrypted in memory during active processing — closing the final security gap competitors miss.
technical details
Confidential computing with memory encryption and CPU-level isolation
Zero Code Changes
Publish applications as-is. No SDKs, no rewrites, no integration work.
technical details
Image-level encryption; your application is unchanged
Universal Workload Support
One platform wraps legacy monoliths, modern microservices, AI models, and batch jobs — no frankenstack required.
technical details
Language-agnostic, framework-agnostic protection layer
Audit Evidence
Hardware-signed attestation and append-only audit records give your auditors evidence to review.
technical details
Append-only audit records · Hardware attestation evidence
Deploy Into Customer Environments
Runs on AWS today, on AMD SEV-SNP hardware, with more environments to come.
technical details
AMD SEV-SNP · AWS NitroTPM attestation
the difference
eCora vs Traditional Security
Traditional Security
eCora
Encryption in Use
Data exposed during processing
Hardware-enforced memory encryption
Code Changes Required
Extensive SDK integration
None — publish existing images as-is
Hardware Root of Trust
Software-only attestation
TEE hardware attestation
Compliance Automation
Manual audits and reports
Hardware-signed attestation evidence
Workload Coverage
Limited to specific frameworks
Any language, any framework
Multi-Cloud Support
Limited to one cloud
Same approach across supported environments
Ready to ship without exposure?
Deploy into customer environments. Your software stays encrypted in the customer's environment and opens only inside a verified encrypted enclave.