Our Product
Drop your
application
into the
eCora
platform
and
benefit
from
hardware
bound
security
controls
Foundational
Deeply
embedded
security
controls
cannot be
bypassed
We've taken the usual security and assurance controls that are normally coded within an application and moved them deep into the operating system.
Our controls are created early as part of a measured and verified boot which then manages the execution of an application, the data it accesses and any network connections that happen.
We've taken the usual security and assurance controls that are normally coded within an application and moved them deep into the operating system.
Our controls are created early as part of a measured and verified boot which then manages the execution of an application, the data it accesses and any network connections that happen.
Hardware bound identities are safely hidden in a device's security chip and cannot be extracted, simulated or stolen which means that today, they are the best way to manage credentials.
We use hardware identities for users, devices and workloads. They are used to provide provenance for groups, departments, organisations, server clusters, data sources, databases, services, network connections and endpoints. We apply hardware backed zero trust to everything in an IT environment.
Hardware bound identities are safely hidden in a device's security chip and cannot be extracted, simulated or stolen which means that today, they are the best way to manage credentials.
We use hardware identities for users, devices and workloads. They are used to provide provenance for groups, departments, organisations, server clusters, data sources, databases, services, network connections and endpoints. We apply hardware backed zero trust to everything in an IT environment.
Hardware Bound
Hardware
identity
provides
unforgeable
provenance
Deployment
Deploy
anywhere.
Cloud,
edge,
on
prem
or
offline
The platform has been engineered to be decentralised, autonomous, post-quantum, lightweight and portable to cope with any device from small IoT to large servers.
On each type of hardware environment, we make use of the available security hardware such as TPMs, Secure Elements, TEEs, hardware memory encryption, or confidential computing (AMD SEV, Intel TDX).
The platform has been engineered to be decentralised, autonomous, post-quantum, lightweight and portable to cope with any device from small IoT to large servers.
On each type of hardware environment, we make use of the available security hardware such as TPMs, Secure Elements, TEEs, hardware memory encryption, or confidential computing (AMD SEV, Intel TDX).
We use a plugin architecture for all the controls which means we can easily add new ones like new encryption or privacy algorithms, AI based loss prevention or authentication protocols.
As new protection capabilities or threats emerge, we can easily develop new controls thereby future proofing our platform.
We use a plugin architecture for all the controls which means we can easily add new ones like new encryption or privacy algorithms, AI based loss prevention or authentication protocols.
As new protection capabilities or threats emerge, we can easily develop new controls thereby future proofing our platform.
Future Proof
Future Proof
Plugin
architecture
means
that new
capabilities
can
easily
be
added
Paradigm Shift
Secure By Default
Secure
By
Default
is the
successor
paradigm
to
Secure
By
Design
Secure By Default is a new approach to security and means that all controls are hardware bound, built-in to the OS, immutable, automatically applied and cannot be bypassed.
Add hardware bound security and assurance controls to your new or legacy applications
Secure By Default is a new approach to security and means that all controls are hardware bound, built-in to the OS, immutable, automatically applied and cannot be bypassed.
Add hardware bound security and assurance controls to your new or legacy applications
Applications do not need to be modified and run in a tightly controlled container and are not aware they are running on our platform.
Everything applications do is automatically controlled by our built-in security and assurance controls. We check the code hasn't been tampered, authenticate network requests using hardware keys, proxy all network connections and upgrade them with post quantum encryption.
All activities are monitored and remediation workflows are used to achieve high resilience.
Applications do not need to be modified and run in a tightly controlled container and are not aware they are running on our platform.
Everything applications do is automatically controlled by our built-in security and assurance controls. We check the code hasn't been tampered, authenticate network requests using hardware keys, proxy all network connections and upgrade them with post quantum encryption.
All activities are monitored and remediation workflows are used to achieve high resilience.
Application Enclave
Application Enclave
Run
your
applications
without
any
coding
changes
© eCora 2025. All rights reserved.
eCora is the trading name of eCoraDLT Limited and is registered in England & Wales 13062404 at LCB Depot, Rutland St, Leicester LE1 1RE
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