LAVARND.ORG: Keyword Density Checker

Total words: 3603 | 2-word phrases: 966 | 3-word phrases: 1067 | 4-word phrases: 1088

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Title	Try to keep the title under 60 characters (34 characters) LavaRnd - Cryptographically Secure
Description	Try to keep the meta description between 50 - 160 characters (115 characters) LavaRnd is cryptographically sound Random Number Generator. Cryptographically Secure Pseudo-Random Number Generator
Keywords	Meta keywords are not recommended anymore (0 characters)
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#	Keyword	Frequency	Density
1	random number generator	8	0.75%
2	a cryptographically secure	4	0.37%
3	pseudorandom number generator	3	0.28%
4	cryptographically secure random	2	0.19%
5	from a true	2	0.19%
6	a true random	2	0.19%
7	true random number	2	0.19%
8	deterministic randomness extraction	2	0.19%
9	nist sp 80090a	2	0.19%
10	as well as	2	0.19%
11	it is impossible	2	0.19%
12	how does a	2	0.19%
13	does a cryptographically	2	0.19%
14	when a player	2	0.19%
15	that it is	2	0.19%
16	number of bits	2	0.19%
17	random number generation	2	0.19%
18	bits output from	2	0.19%
19	of bits output	2	0.19%
20	cryptographically secure pseudorandom	2	0.19%
21	secure pseudorandom number	2	0.19%
22	maximum number of	2	0.19%
23	the same speed	1	0.09%
24	lavarnd radioactive decay	1	0.09%
25	same speed but	1	0.09%
26	speed but whose	1	0.09%
27	but whose rates	1	0.09%
28	whose rates are	1	0.09%
29	rates are slightly	1	0.09%
30	varied according to	1	0.09%

#	Keyword	Frequency	Density
1	number of bits output	2	0.18%
2	from a true random	2	0.18%
3	a cryptographically secure random	2	0.18%
4	of bits output from	2	0.18%
5	true random number generator	2	0.18%
6	that it is impossible	2	0.18%
7	how does a cryptographically	2	0.18%
8	a true random number	2	0.18%
9	secure pseudorandom number generator	2	0.18%
10	cryptographically secure pseudorandom number	2	0.18%
11	maximum number of bits	2	0.18%
12	does a cryptographically secure	2	0.18%
13	gathering schemes can also	1	0.09%
14	an nbit string entropy	1	0.09%
15	into an nbit string	1	0.09%
16	schemes can also be	1	0.09%
17	can also be obtained	1	0.09%
18	also be obtained from	1	0.09%
19	be obtained from hardware	1	0.09%
20	entropy into an nbit	1	0.09%
21	obtained from hardware rngs	1	0.09%
22	home lavarnd cryptography methods	1	0.09%
23	from hardware rngs examples	1	0.09%
24	include sampling from the	1	0.09%
25	sampling from the difference	1	0.09%
26	the difference between a	1	0.09%
27	difference between a pair	1	0.09%
28	between a pair of	1	0.09%
29	a pair of oscillators	1	0.09%
30	that are running at	1	0.09%
31	are running at almost	1	0.09%
32	running at almost the	1	0.09%
33	at almost the same	1	0.09%
34	almost the same speed	1	0.09%
35	from the difference between	1	0.09%
36	good job at concentrating	1	0.09%
37	that entropy into an	1	0.09%
38	least 2n combinations the	1	0.09%
39	to yield the n	1	0.09%
40	yield the n bits	1	0.09%