Project Technical Lead:
Attributes | Description |
Type | New |
Industry Sector | IoT and Infrastructure Smart Edge |
Business driver | Surveillance camera for consumers, commercial and industrial segments |
Business use cases | Expedite the growth of cameras with more machine learning capabilities to make more decisions at the edge. Use cloud services for making cameras more future proof |
Business Cost - Initial Build Cost Target Objective | Cost of a proof of concept on existing Commercial Off the Shelf hardware (Reference designs) |
Business Cost – Target Operational Objective | Varies widely depending on use-cases and the associated accompanying elements. |
Security need | Security mechanisms need to be implemented at each layer of abstraction. PSA and PARSEC both provide a security framework. |
Regulations | Varies depending on local regulations, GDPR etc. |
Other restrictions | N/A |
Additional details | Project Cassini is the baseline for this initiative and is a open, collaborative, standards-based initiative to deliver a cloud-native software experience across a secure Arm edge ecosystem. Whether exploring the impacts of urbanization and climate change with software-defined sensor networks, pinpointing origins of power outages in smart grids with data provenance, or enhancing public safety initiatives through data streaming, Project Cassini leverages the power of diverse Arm-based platforms to create a secure foundation for edge applications. |
Family - Project Cassini - IoT and Infrastructure Edge
Use Case Attributes | Description | Informational |
Type | New | |
Blueprint Family - Proposed Name | Project Cassini - IoT and Infrastructure Edge | There are many possible UCs that would be covered under Project Cassini |
Use Case | All of the use cases under Project Cassini | See below |
Blueprint proposedSmart | CitiesSoftware Defined Camera | |
Initial POD Cost (capex) | Varies widely depending on the Blueprint | |
Scale of Servers | Varies widely depending on the Blueprint | |
Applications | Multiple workloads on devices and gateways, | |
Power Restrictions | None/Varies | |
Preferred Infrastructure orchestration | Docker/K8 - Container Orchestration OS - Linux | |
Additional Details |
BluePrint (Species) -
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Software Defined Camera
Case Attributes | Description | Informational | |
Type | New | ||
Blueprint Family - Proposed Name | Project Cassini - IoT and Infrastructure Edge Blueprint Family | SC - Smart Camera or other abbreviations | |
Use Case | Traffic management to reduce congestion, monitor vehicle violations | With a few modifications, it is possible to change this blueprint to meet many similar Use Cases | |
Blueprint proposed Name | Software Defined Camera (SDC) | ||
Initial POD Cost (capex) | Under $300 IoT Gateway- Nexcom SMARTER StackExisting reference platforms from different ODM's | ||
Scale & Type of Server | 1 IoT Gateway, a A server on the edge is not needed | This is on the customer edge, thus there is no server. The IoT Gateway will handle the connection to the internet. | |
Applications | Applications that can be managed remotely using cloud native practices | ||
Power Restrictions | NA | None of the devices require power that is outside of a normal wall socket | |
Infrastructure orchestration | VM - Linux | ||
SDN (Software Defined Networking) | None | ||
Workload Type |
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Additional Details |
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Self Nomination starts on 11 Feb 28 July and will go for one week, ending on 18 Feb 4 Aug 2021.
Committer | Committer Company | Committer Contact Info | Time Zone | Committer Bio | Committer Picture | Self Nominate for PTL (Y/N) |
| Arm | parag.beeraka@arm.com | GMT-8 | Parag Beeraka is the Director of Segment Marketing for IoT Smart Camera business at Arm | Y | ||
| ThunderSoft | GMT+8 | |||||
| xiaojing xu | ThunderSoft | GMT+8 | ||||
| Yan Zhang | China Unicom | GMT+8 | ||||
| Mingxuan Li | China Unicom | GMT+8 | ||||
| Arm | GMT+8 |
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