Memory Management and Resource Allocation for Zenon Unikernel
As an engineer, I want to design memory management and resource allocation for the Zenon Unikernel so that it can manage resources efficiently while supporting PoW/PoS consensus mechanisms and networking capabilities within a unikernel environment.
Acceptance Criteria
[ ] The system must allocate and deallocate memory efficiently for various processes.
[ ] The system must support memory isolation to prevent processes from interfering with each other.
[ ] The system must provide mechanisms for sharing memory between processes when necessary.
[ ] The system must optimally manage resources to support both PoW and PoS consensus mechanisms.
[ ] The system must have the capability to adjust resource allocation in response to workload changes.
[ ] The system networking stack must be optimized for low overhead communication.
[ ] Basic security measures must be implemented to protect against common security threats and vulnerabilities.
graph TD
A[Start] --> B[Memory Allocation]
B --> C{Resource Usage}
C -->|PoW| D[Proof of Work Handling]
C -->|PoS| E[Proof of Stake Handling]
B --> F[Memory Isolation]
F --> G[Process Interference Protection]
B --> H[Memory Sharing Mechanism]
H --> I[Inter-Process Communication]
C --> J[Dynamic Resource Adjustment]
G --> K[Security Measures]
K --> L{Vulnerability Check}
L -->|Detected| M[Threat Mitigation]
L -->|Not Detected| N[Continue Operation]
Memory Management and Resource Allocation for Zenon Unikernel
As an engineer, I want to design memory management and resource allocation for the Zenon Unikernel so that it can manage resources efficiently while supporting PoW/PoS consensus mechanisms and networking capabilities within a unikernel environment.
Acceptance Criteria