Scramjet Cloud Platform
Grants
The first serverless computing platform lowering the cloud usage costs by allowing execution of general-purpose applications in a hybrid local-edge-cloud environment.
Co-financed by
project
Scramjet Virtual Data Mesh
Total budget
8 949 477.3 PLN
NCBiR grant
5 448 024.91 PLN
Operational programme
Intelligent development 2014-2020
Priority axis
R&D operations support for companies
Operation
Company R&D projects
Sub-operation
Industrial research and development work done by companies
Competition
1/1.1.1/2022
Fast Track
Digital Innovations
Objective
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.
Our aim
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.
Our target
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.
project
Scramjet Cloud Platform
Total budget
3 494 824.71 PLN
NCBiR grant
2 306 468.14 PLN
Operational programme
Intelligent development 2014-2020
Priority axis
R&D operations support for companies
Operation
Company R&D projects
Sub-operation
Industrial research and development work done by companies
Competition
1/1.1.1/2020 Fast Track 1_2020
Area
Projects from less developed geographies
Objective
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.
Why Scramjet?
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.
Deliverables
To achieve the set objectives the applicant will deliver:
a server resource sharing system based on an existing prototype
an implementation of a cluster management system
the mechanisms enabling discovery and networking between clusters
project
Scramjet Framework SIGMA
Total budget
1 000 000 PLN
NCBiR grant
800 000 PLN
SpeedUP
200 000 PLN
Operational programme
Intelligent development 2014-2020
Measure 1.3
R&D projects financed with capital funds
Operation
Company R&D projects
Sub-measure 1.3.1
Support for R&D projects in the pre-seed phase by proof of concept funds - BridgeAlfa
Objective
The Scramjet company is the owner of the Scramjet streaming framework, which is rapidly gaining popularity.
Scramjet Sigma will introduce to the market a consistent data processing mechanics along with a unique proprietary algorithm for assembling functions in Javascript, Python, C ++ programming languages, and ultimately also other programming languages such as Go, Rust, Java, C#. The result of the project will be a framework for a wide range of applications, allowing for radical optimization of cloud systems in terms of cost, energy and functionality.
Scramjet Framework
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.
Our goal
The technology for optimizing the processes of monitoring, controlling and analyzing data from distributed IoT devices, named Scramjet Virtual Data Mesh (SVDM) is designed to enable users to create distributed data processing systems spanning end systems (IoT devices, microcomputers, microcontrollers), last-mile edge systems and the public cloud within the Data Mesh fabric.