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BSI 22/30400660 DC 2022

BSI 22/30400660 DC 2022

$24.66

BS ISO/IEC 23837-2. Information technology security techniques. Security requirements, test and evaluation methods for quantum key distribution – Part 2. Evaluation and testing methods

Published By Publication Date Number of Pages
BSI 2022 110
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PDF Pages PDF Title
1 30400660-NC.pdf
3 ISO_IEC DIS 23837-2 ed.1 – id.77309 Enquiry PDF (en).pdf
8 Foreword
9 Introduction
11 1 Scope
2 Normative references
3 Terms and definitions
13 4 Abbreviated terms
14 5 Overview of the evaluation method for QKD modules
5.1 General
5.2 Scope of the evaluation method
15 5.3 Overview of evaluation activities for SFRs
5.3.1 General
16 5.3.2 Evaluation activities for SFRs FTP_QKD.1 and FTP_QKD.2
5.3.3 Evaluation activities for SFRs on quantum optical components and parameter adjustment procedure(s)
17 5.3.4 Evaluation activities for SFRs on conventional network components
5.3.5 Thresholds and input parameters related to the evaluation activities
5.4 Overview of evaluation activities for SARs
18 6 Supplementary activities for the evaluation of FTP_QKD
6.1 General
19 6.2 Evaluation activity to test quantum state transmission and sifting procedures
6.2.1 General aspects
21 6.2.2 Test procedure
23 6.2.3 Pass/fail criteria
24 6.3 Evaluation activity to test other post-processing procedures
6.3.1 General aspects
25 6.3.2 Test procedure
26 6.3.3 Pass/fail criteria
6.4 Evaluation activity to test parameter adjustment procedure(s)
6.4.1 General aspects
28 6.4.2 Test procedure
6.4.3 Pass/fail criteria
7 Supplementary activities for the evaluation of quantum optical components in the transmitter module
7.1 General
31 7.2 Evaluation activity to test the photon-number distribution of optical pulses
7.2.1 General aspects
33 7.2.2 Test procedure
7.2.3 Pass/fail criteria
34 7.3 Evaluation activity to test the mean photon number and stability of optical pulses
7.3.1 General aspects
35 7.3.2 Test procedure
36 7.3.3 Pass/fail criteria
7.4 Evaluation activity to test the independence of the intensities of optical pulses
7.4.1 General aspects
37 7.4.2 Test procedure
38 7.4.3 Pass/fail criteria
39 7.5 Evaluation activity to test the accuracy of state encoding
7.5.1 General aspects
7.5.2 Test procedure
40 7.5.3 Pass/fail criteria
7.6 Evaluation activity to test the indistinguishability of encoded states from the perspective of non-encoding degrees of freedom
7.6.1 General aspects
42 7.6.2 Test procedure
43 7.6.3 Pass/fail criteria
44 7.7 Evaluation activity to test the uniform distribution of the global phase of optical pulses
7.7.1 General aspects
45 7.7.2 Test procedure
46 7.7.3 Pass/fail criteria
7.8 Evaluation activity to test the degree of optical isolation of the TX module
7.8.1 General aspects
47 7.8.2 Test procedure
48 7.8.3 Pass/fail criteria
7.9 Evaluation activity to test the sensitivity of the injected light monitor in the TX module
7.9.1 General aspects
49 7.9.2 Test procedure
50 7.9.3 Pass/fail criteria
7.10 Evaluation activity to test the robustness of the TX module against laser injection
7.10.1 General aspects
52 7.10.2 Test procedure
54 7.10.3 Pass/fail criteria
8 Supplementary activities for the evaluation of quantum optical components in the receiver module
8.1 General
56 8.2 Evaluation activity to test the consistency of detection probability in the RX module
8.2.1 General aspects
58 8.2.2 Test procedure
8.2.3 Pass/fail criteria
8.3 Evaluation activity to test if back-flashes from the RX module can leak information
8.3.1 General aspects
60 8.3.2 Test procedure
8.3.3 Pass/fail criteria
8.4 Evaluation activity to test the degree of optical isolation of the RX module
8.4.1 General aspects
61 8.4.2 Test procedure
62 8.4.3 Pass/fail criteria
8.5 Evaluation activity to test the sensitivity of the injected light monitor in the RX module
8.5.1 General aspects
63 8.5.2 Test procedure
64 8.5.3 Pass/fail criteria
8.6 Evaluation activity to test the robustness of the RX module against bright light blinding
8.6.1 General aspects
65 8.6.2 Test procedure
66 8.6.3 Pass/fail criteria
8.7 Evaluation activity to test the appropriateness of dead time settings of single-photon detectors
8.7.1 General aspect
67 8.7.2 Test procedure
8.7.3 Pass/fail criteria
68 8.8 Evaluation activity to test the temporal profile of the detection efficiency for single-photon detectors
8.8.1 General aspects
8.8.2 Test procedure
69 8.8.3 Pass/fail criteria
8.9 Evaluation activity to test the robustness of the RX module against laser injection
8.9.1 General aspects
70 8.9.2 Test procedure
71 8.9.3 Pass/fail criteria
72 8.10 Evaluation activity to test the detection limits of homodyne detectors in the RX module
8.10.1 General aspects
73 8.10.2 Test procedure
8.10.3 Pass/fail criteria
8.11 Evaluation activity to test the appropriateness of double-click events handling
8.11.1 General aspects
74 8.11.2 Test procedure
8.11.3 Pass/fail criteria
9 Supplementary activities for the evaluation of parameter adjustment procedures
9.1 General
75 9.2 Evaluation activity to test if detection probability mismatch can be induced by tampering with the temporal alignment procedure(s)
9.2.1 General aspects
77 9.2.2 Test procedure
79 9.2.3 Pass/fail criteria
9.3 Evaluation activity to test if the shot noise is properly aligned
9.3.1 General aspects
80 9.3.2 Test procedure
81 9.3.3 pass/fail criteria
10 Supplementary activities for the evaluation of SFRs on conventional network components
10.1 General
82 10.2 Evaluation activities for FCS related SFRs overview
10.3 Evaluation activities for other SFRs overview
11 Supplementary activities for SARs
11.1 General
11.2 Supplementary activities for Class APE: Protection Profile evaluation
84 11.3 Supplementary activities for Class ASE: Security Target evaluation
11.4 Supplementary activities for Class ADV: Development
11.4.1 Supplementary activities for ADV_ARC
85 11.4.2 Supplementary activities for ADV_FSP
86 11.5 Supplementary activities for Class AGD: Guidance documents
11.5.1 Supplementary activities for AGD_OPE
87 11.5.2 Supplementary activities for AGD_PRE
11.6 Supplementary activities for Class ATE: Test
11.6.1 Supplementary activities for ATE_FUN
88 11.6.2 Supplementary activities for ATE_IND
89 11.7 Supplementary activities for Class AVA: Vulnerability assessment
92 12 Conformance statement
12.1 General
12.2 Conformance statement specific to evaluation activities for SFRs
12.3 Conformance statement specific to evaluation activities for SARs
94 Annex€A (informative) Calculation of attack potential for the evaluation of QKD modules
101 Annex€B (informative) Rating examples for AVA attack potential computation
104 Annex€C (informative) Thresholds collection
108 Annex€D (informative) Correspondence between EAs and known attacks to quantum optical components and parameter adjustment procedure(s) of QKD modules
110 Bibliography

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BSI 22/30400660 DC 2022
$24.66