PHYSICS

Optimized Hybrid Space-Time Continuum in FaaS

Optimize running costs, automate distribution and management of components and application performance

Optimized Hybrid Space-Time Continuum in FaaS

Enable the easier adaptation of the complete application graph in the FaaS model
as well as the process from an offline sporadic one to a continuous monitoring and operation function

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Pilots

Smart Agriculture

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e-Health

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Smart Manufacturing

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PHYSICS Features

Global Deployment and Orchestration Optimization
Visual environments and Cloud design patterns
Function as a Service Frameworks as a whole
Semantic Descriptions
Scaling, Controlling and Performance Logic
Application adaptation to FaaS

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Partners

GFT

GFT Italia S.r.l. [GFT]

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Atos

Atos IT Solutions And Services Iberia

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Fujitsu

Fujitsu TDS GmbH. [FUJ]

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Hewlett Packard Italiana S.r.l. [HPE]

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Red Hat Israel Ltd

Chief Commercial Officer

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Ryax Technologies

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Innov-Acts Ltd [INNOV]

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InQBit

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Byte

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Innovation Sprint

Innovation Sprint [ISPRINT]

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CybeleTech

CybeleTech [CYBE]

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Universidad Politecnica de Madrid

Universidad Politecnica de Madrid [UPM]

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Harokopio University

Harokopio University [HUA]

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DFKI

German Research Center for Artificial Intelligence [DFKI]

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Optimized Hybrid Space-Time Continuum in FaaS

Optimized Hybrid Space-Time Continuum in FaaS

Pilots

Smart Agriculture

e-Health

Smart Manufacturing

PHYSICS Features

Recent News

Industrial FaaS use cases at HANNOVER MESSE 2023

PHYSICS Design Environment

DFKI participation in the event “Innovationstag 2022” of the “Technology Initiative SmartFactory-KL e.V”

Newsletter

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Partners

GFT

Atos

Fujitsu

Hewlett Packard Italiana S.r.l. [HPE]

Red Hat Israel Ltd

Ryax Technologies

Innov-Acts Ltd [INNOV]

InQBit

Byte

Innovation Sprint

CybeleTech

Universidad Politecnica de Madrid

Harokopio University

DFKI

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Optimized Hybrid Space-Time Continuum in FaaS

Optimized Hybrid Space-Time Continuum in FaaS

Pilots

PHYSICS Features

Recent News

Newsletter

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