Table 17.
Computing efficiency Summary.
| Efficiency Element | Description |
|---|---|
| 1. Processing Time Analysis | The time taken to process 200 reports improved from 120 ms to 54 ms (Table 9; Fig. 5). |
| 2. Adaptive Learning Efficiency | The improvement in processing the reports was enabled by two factors: an optimized NLP-ML pipeline and the concept of incremental/Adaptive learning |
| 3. Blockchain Logging Overhead | Lightweight hash-chaining ensures tamper-proof logging of 20 blocks with low computational cost (Table 6). |
| 4. Model Optimization | Confidence-weighted ensemble balances BERT’s 95.7% F1-score with fast inference for high-throughput deployment. |
| 5. Scalability-by-Design | Modular architecture reduces latency (120 ms to 54 ms for 200 reports), ideal for SOC-scale operations (Table 9). |
| 6. System-Level Efficiency Metrics | Maintains 93% accuracy and low latency over 12 months, proving viability for large-scale cybersecurity (Table 9; Fig. 5). |