SLIDE 16: PERFORMANCE METRICS & BENCHMARK RESULTS Presenter: Rida - 40 seconds Graph 1: Cryptographic Operation Latency - Bar chart: Encryption vs Decryption vs Sign vs Verify - All operations: less than 2ms on Pi 5 - Y-axis: milliseconds (0-2.5) Graph 2: Key Deletion Latency - Line graph: Time vs Number of keys (1, 5, 10, 50 keys) - All deletions: less than 100ms - Demonstrates O(n) linear scaling Graph 3: Tamper Detection End-to-End Latency - Wire break → ESP32 detects → UART message → Pi receives → HSM locked - Total latency: less than 200ms - Breakdown: Detection (10 microseconds) + UART (50ms) + Processing (100ms) + API response (40ms) Graph 4: System Resource Usage During Operations - CPU usage: less than 5% idle, less than 20% during crypto - Memory: ~150MB baseline, +50MB during operation - Network: less than 1 Mbps on direct ethernet Graphics: Professional charts with labels and legends
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper.
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper. it should be clear and the colour scheme should be brownish and green with no shadows only 2d
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SLIDE 16: PERFORMANCE METRICS & BENCHMARK RESULTS Presenter: Rida - 40 seconds Graph 1: Cryptographic Operation Latency - Bar chart: Encryption vs Decryption vs Sign vs Verify - All operations: less than 2ms on Pi 5 - Y-axis: milliseconds (0-2.5) Graph 2: Key Deletion Latency - Line graph: Time vs Number of keys (1, 5, 10, 50 keys) - All deletions: less than 100ms - Demonstrates O(n) linear scaling Graph 3: Tamper Detection End-to-End Latency - Wire break → ESP32 detects → UART message → Pi receives → HSM locked - Total latency: less than 200ms - Breakdown: Detection (10 microseconds) + UART (50ms) + Processing (100ms) + API response (40ms) Graph 4: System Resource Usage During Operations - CPU usage: less than 5% idle, less than 20% during crypto - Memory: ~150MB baseline, +50MB during operation - Network: less than 1 Mbps on direct ethernet Graphics: Professional charts with labels and legends
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper.
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper. it should be clear and the colour scheme should be brownish and green with no shadows only 2d
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SLIDE 16: PERFORMANCE METRICS & BENCHMARK RESULTS Presenter: Rida - 40 seconds Graph 1: Cryptographic Operation Latency - Bar chart: Encryption vs Decryption vs Sign vs Verify - All operations: less than 2ms on Pi 5 - Y-axis: milliseconds (0-2.5) Graph 2: Key Deletion Latency - Line graph: Time vs Number of keys (1, 5, 10, 50 keys) - All deletions: less than 100ms - Demonstrates O(n) linear scaling Graph 3: Tamper Detection End-to-End Latency - Wire break → ESP32 detects → UART message → Pi receives → HSM locked - Total latency: less than 200ms - Breakdown: Detection (10 microseconds) + UART (50ms) + Processing (100ms) + API response (40ms) Graph 4: System Resource Usage During Operations - CPU usage: less than 5% idle, less than 20% during crypto - Memory: ~150MB baseline, +50MB during operation - Network: less than 1 Mbps on direct ethernet Graphics: Professional charts with labels and legends
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper. it should be clear and the colour scheme should be brownish and green with no shadows only 2d
05
Hero
Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper.
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SLIDE 16: PERFORMANCE METRICS & BENCHMARK RESULTS Presenter: Rida - 40 seconds Graph 1: Cryptographic Operation Latency - Bar chart: Encryption vs Decryption vs Sign vs Verify - All operations: less than 2ms on Pi 5 - Y-axis: milliseconds (0-2.5) Graph 2: Key Deletion Latency - Line graph: Time vs Number of keys (1, 5, 10, 50 keys) - All deletions: less than 100ms - Demonstrates O(n) linear scaling Graph 3: Tamper Detection End-to-End Latency - Wire break → ESP32 detects → UART message → Pi receives → HSM locked - Total latency: less than 200ms - Breakdown: Detection (10 microseconds) + UART (50ms) + Processing (100ms) + API response (40ms) Graph 4: System Resource Usage During Operations - CPU usage: less than 5% idle, less than 20% during crypto - Memory: ~150MB baseline, +50MB during operation - Network: less than 1 Mbps on direct ethernet Graphics: Professional charts with labels and legends
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper.
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper. it should be clear and the colour scheme should be brownish and green with no shadows only 2d
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SLIDE 16: PERFORMANCE METRICS & BENCHMARK RESULTS Presenter: Rida - 40 seconds Graph 1: Cryptographic Operation Latency - Bar chart: Encryption vs Decryption vs Sign vs Verify - All operations: less than 2ms on Pi 5 - Y-axis: milliseconds (0-2.5) Graph 2: Key Deletion Latency - Line graph: Time vs Number of keys (1, 5, 10, 50 keys) - All deletions: less than 100ms - Demonstrates O(n) linear scaling Graph 3: Tamper Detection End-to-End Latency - Wire break → ESP32 detects → UART message → Pi receives → HSM locked - Total latency: less than 200ms - Breakdown: Detection (10 microseconds) + UART (50ms) + Processing (100ms) + API response (40ms) Graph 4: System Resource Usage During Operations - CPU usage: less than 5% idle, less than 20% during crypto - Memory: ~150MB baseline, +50MB during operation - Network: less than 1 Mbps on direct ethernet Graphics: Professional charts with labels and legends
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper.
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Hero
Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper. it should be clear and the colour scheme should be brownish and green with no shadows only 2d
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SLIDE 16: PERFORMANCE METRICS & BENCHMARK RESULTS Presenter: Rida - 40 seconds Graph 1: Cryptographic Operation Latency - Bar chart: Encryption vs Decryption vs Sign vs Verify - All operations: less than 2ms on Pi 5 - Y-axis: milliseconds (0-2.5) Graph 2: Key Deletion Latency - Line graph: Time vs Number of keys (1, 5, 10, 50 keys) - All deletions: less than 100ms - Demonstrates O(n) linear scaling Graph 3: Tamper Detection End-to-End Latency - Wire break → ESP32 detects → UART message → Pi receives → HSM locked - Total latency: less than 200ms - Breakdown: Detection (10 microseconds) + UART (50ms) + Processing (100ms) + API response (40ms) Graph 4: System Resource Usage During Operations - CPU usage: less than 5% idle, less than 20% during crypto - Memory: ~150MB baseline, +50MB during operation - Network: less than 1 Mbps on direct ethernet Graphics: Professional charts with labels and legends
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Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper. it should be clear and the colour scheme should be brownish and green with no shadows only 2d
05
Hero
Professional bar chart titled "Cryptographic Operation Latency". Y-axis "milliseconds (ms)" from 0 to 2.5. Four bars: Encryption (1.2ms), Decryption (1.3ms), Sign (1.8ms), Verify (1.5ms). Clean white background, subtle grid, dark blue bars, x-axis labels horizontal. Suitable for a research paper.
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