Editing Microkernel/Requirements (section)

===== FR-005: Module Communication and Interaction =====
* The system MUST support fundamental communication:
** Basic IPC mechanisms:
*** Shared memory regions for data transfer
*** Message passing primitives
*** Lock-free queues for control messages
*** Memory protection between modules
** Core interaction patterns:
*** Direct communication channels
*** Event notification system
*** Publish/subscribe mechanisms
*** Request/response patterns
** Essential security:
*** Module authentication
*** Access control enforcement
*** Resource isolation
*** Message integrity verification

* The system MUST provide service management:
** Service discovery:
*** Module capability advertisement
*** Service endpoint discovery
*** Dynamic service binding
*** Version negotiation
** Capability management:
*** Resource access capabilities
*** Communication permissions
*** Service usage rights
*** Access tracking
* The system SHOULD implement performance features:
** Advanced IPC:
*** Zero-copy message passing
*** Direct memory access for trusted modules
*** NUMA-aware memory allocation
*** Memory mapped channels
** Performance optimizations:
*** Batching for small messages
*** Pipeline parallelism
*** Memory pre-allocation
*** Cache-line alignment
*** Thread affinity control
*** Dynamic buffer sizing
** Communication enhancements:
*** Fast-path for trusted modules
*** Asynchronous messaging with backpressure
*** Priority-based routing
*** Stream processing pipelines
* The system SHOULD support advanced security:
** Enhanced authentication:
*** Cryptographic identity verification
*** Trust level validation
*** Runtime integrity monitoring
** Advanced isolation:
*** Capability delegation controls
*** Fine-grained access control
*** Secure channel establishment
*** Optional encryption for sensitive data
* The system SHOULD implement network module privileges:
** Raw socket access capabilities
** Direct hardware interface access
** Priority scheduling options
** Enhanced resource quotas
* The system SHOULD provide performance guarantees:
** Quality of Service enforcement:
*** Bandwidth guarantees
*** Latency requirements
*** Priority levels
*** Resource reservations
** Resource allocation:
*** Dynamic thread pool management
*** Memory pre-allocation strategies
*** I/O scheduling priorities
*** CPU affinity control