Marco Gianvecchio rtjk

## tls_3pk5sig.csv

          
            alg
            cat
            pk
            sig
            3pk5sig

            
              OV-V
              5
              2869440
              260
              8609620

            
              OV-III
              3
              1225440
              200
              3677320

            
              OV-V-pkc
              5
              446992
              260
              1342276

            
              OV-V-pkc-skc
              5
              446992
              260
              1342276

            
              OV-Is
              1
              412160
              96
              1236960

            
              OV-Ip
              1
              278432
              128
              835936

            
              OV-III-pkc
              3
              189232
              200
              568696

            
              OV-III-pkc-skc
              3
              189232
              200
              568696

            
              cross-rsdp-256-fast
              5
              153
              74590
              373409

## openssl_chain_size.sh
#!/bin/bash

# create a certificate chain with N intermediate CAs
# root -> int_1 -> ... -> int_N -> server
# inflate the size of certificates by adding the letter 'A' repeated many times
# use the chain to start a server and try to connect to it

N=1
A=100880

## openssl_vfy.sh
# create a long certificate chain (4 intermediate CAs)
# to test the openssl apps s_time, s_client, verify
# chain: root -> int_a -> int_b -> int_c -> int_d -> server
# depth: 5       4        3        2        1        0

echo "~ generating 6 certificates"

{

# root

## NIST_PQC_timeline.md

      
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                rtjk
                / NIST_PQC_timeline.md
            
            
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              September 24, 2025 09:22
            
              
                NIST Post-Quantum Cryptography Timeline
              
          
    Timeline of the NIST Post-Quantum Cryptography Standardization program


Year
Month
Event
URL


2016
December
Round 1 starts
☍


2017
November
Round 1 deadline


2017
December
Round 1 comments: 82 submission, 69 accepted
☍


2019
January
Round 1 results: 26 algorithms advance  Round 2 starts
alg	cat	pk	sig	3pk5sig
OV-V	5	2869440	260	8609620
OV-III	3	1225440	200	3677320
OV-V-pkc	5	446992	260	1342276
OV-V-pkc-skc	5	446992	260	1342276
OV-Is	1	412160	96	1236960
OV-Ip	1	278432	128	835936
OV-III-pkc	3	189232	200	568696
OV-III-pkc-skc	3	189232	200	568696
cross-rsdp-256-fast	5	153	74590	373409
	#!/bin/bash

	# create a certificate chain with N intermediate CAs
	# root -> int_1 -> ... -> int_N -> server
	# inflate the size of certificates by adding the letter 'A' repeated many times
	# use the chain to start a server and try to connect to it

	N=1
	A=100880
	# create a long certificate chain (4 intermediate CAs)
	# to test the openssl apps s_time, s_client, verify
	# chain: root -> int_a -> int_b -> int_c -> int_d -> server
	# depth: 5 4 3 2 1 0

	echo "~ generating 6 certificates"

	{

	# root
Year	Month	Event	URL
2016	December	Round 1 starts	☍
2017	November	Round 1 deadline
2017	December	Round 1 comments: 82 submission, 69 accepted	☍
2019	January	Round 1 results: 26 algorithms advance Round 2 starts