top of page
Kinnami_website_hero.jpg

Resilient Data Everywhere

Secure Resilient Data Mesh for the Digital Edge

​

Kinnami fills a gap in data management technology required to make the connected future possible and the autonomous future a reality. Our secure resilient data mesh ensures the irrefutable data integrity required in complex distributed-networks—from edge-device to cloud.

 

We do this by securely placing and storing edge data wherever it is needed, with uncompromisable security and the availability you need to meet your real-time requirements. 

Secure Resilient Data Mesh
for distributed, dynamic & diverse data

Kinnami provides organizations with a secure resilient data mesh simplifying data availability, protection, and security for complex distributed networks. 

​

We include enterprise-class features in an easy-to-manage system enabling a unified data environment for trust, transparency and newfound collaboration—from the digital edge to cloud. 

​

You achieve the irrefutable data integrity essential to distributed environments—even in unsecured or free-standing networks and in autonomous operations. 

Resilient Data Solutions

InternetOfThings.png
SoftwareDefinedNetwork.png
DigitalTechnology.png
Jets2.jpg

01  Real-time Digital Edge

Peer-to-peer

If you are operating in harsh, austere or complex edge environments—peer-to-peer, autonomous, or Smart City—networks can be unstable and Command and Control hierarchy simply does not work.

 

Kinnami supports secure, reliable and trustworthy data sharing while maintaining complete data sovereignty.    >> learn more

​

 

​

Harbor.jpg

02  Digital Transformation

Collaborate with Partners

With our deep domain expertise, Kinnami is developing solutions that solve our customers' toughest challenges.

 

Our secure resilient data mesh provides the protection, security and availability you need for the distributed nature of your operations, whether your data is on a device under your control or a partner's, your data is protected and secure.  >> learn more

​

City.jpg

03  Auditable Data Protection

Immutable Data Protection

Kinnami provides immutable data protection & security—in your distributed environments and in connected environments that you do not control.

​

Your customers are assured their data is safe, unchanged, and auditable—the resilience they expect with no added complexity.          >> learn more

RECOGNITION & AWARDS

rgb-for-digitalcool_vendor_2023_rgb.png

FEATURED IN

Gartner’s Cool Vendors in Edge Computing 2023

*Cool Vendors in Edge Computing. Published 24 August 2023 by Analysts: Thomas Bittman, Bob Gill, Brandon Medford.

2017_10_30_IH_new_shadow.png
Winner 
NATO Innovation Challenge

Smart Resilient Data Fabric for Real-Time Data Collection, Monitoring and Analysis of Critical Infrastructure

Space Innovation Challenge_Badge.png
Winner 
Defense TechConnect 

Secure Resilient Data Mesh for On-Orbit Data Management

America's_Datahub_Consortium.png
Winner 
America's Datahub Consortium Innovation Challenge

Tools for data integration and distribution solutions, data linking and data security, and privacy.

The GARTNER COOL VENDOR badge is a trademark and service mark of Gartner, Inc., and/or its affiliates, and is used herein with permission. All rights reserved. Gartner does not endorse any vendor, product or service depicted in its research publications, and does not advise technology users to select only those vendors with the highest ratings or other designation. Gartner research publications consist of the opinions of Gartner’s Research & Advisory organization and should not be construed as statements of fact. Gartner disclaims all warranties, expressed or implied, with respect to this research, including any warranties of merchantability or fitness for

a particular purpose.

CLIENTS & PARTNERS

AS.jpeg
AFG-151106-012.jpg
Constellation-Logo.png
ABMS Logo.png
DarkCity.jpg

Resilient Data Everywhere

Our secure resilient data mesh ensures the irrefutable data integrity required in complex distributed computing environments—your digital edge.

bottom of page