A transmit station transforming and securely transferring data sequenced from a genome and processed into a variant call file (VCF), wherein the variant call file comprises: (i) chromosome number data; (ii) position on the chromosome data, defining the location of a nucleotide variant in a genome; (iii) reference base; (iv) alternate base, defined as A, C, T, or G; (v) quality of variant call; and (vi) nature of variant call being homo- or heterozygous; characterized in that the transmit station comprises: a first processing module comprising a computer processor, wherein the first processing module is configured to: a) reduce the VCF into an annotated VCF that comprises primarily non-redundant variant data from the VCF by one or more of: i) comparing variants in the VCF to a database of known variants and if a variant in the VCF is known in the database of known variants reducing the VCF by not coding the known variant in the annotated VCF; and ii) checking the quality of a variant, and if the quality is below a predetermined threshold not coding the variant in the annotated VCF; b) cyclically encode the annotated VCF by: iii) translating a chromosome number and a chromosome position into a linear coordinate (a) obtained by concatenating all nucleotides of conventionally ordered chormosomes; and iv) translating the linear coordinate to a cyclic coordinate, which consists of a quotient (q) and a remainder (r), based on a division by a modulus (n) according to the equation a=n ∗ q+r; and c) encrypt at least the modulus value; and store or transfer the encoded annotated VCF and the modulus. (i) chromosome number data; (ii) position on the chromosome data, defining the location of a nucleotide variant in a genome; (iii) reference base; (iv) alternate base, defined as A, C, T, or G; (v) quality of variant call; and (vi) nature of variant call being homo- or heterozygous; a) reduce the VCF into an annotated VCF that comprises primarily non-redundant variant data from the VCF by one or more of: i) comparing variants in the VCF to a database of known variants and if a variant in the VCF is known in the database of known variants reducing the VCF by not coding the known variant in the annotated VCF; and ii) checking the quality of a variant, and if the quality is below a predetermined threshold not coding the variant in the annotated VCF; i) comparing variants in the VCF to a database of known variants and if a variant in the VCF is known in the database of known variants reducing the VCF by not coding the known variant in the annotated VCF; and ii) checking the quality of a variant, and if the quality is below a predetermined threshold not coding the variant in the annotated VCF; b) cyclically encode the annotated VCF by: iii) translating a chromosome number and a chromosome position into a linear coordinate (a) obtained by concatenating all nucleotides of conventionally ordered chormosomes; and iv) translating the linear coordinate to a cyclic coordinate, which consists of a quotient (q) and a remainder (r), based on a division by a modulus (n) according to the equation a=n ∗ q+r; and iii) translating a chromosome number and a chromosome position into a linear coordinate (a) obtained by concatenating all nucleotides of conventionally ordered chormosomes; and iv) translating the linear coordinate to a cyclic coordinate, which consists of a quotient (q) and a remainder (r), based on a division by a modulus (n) according to the equation a=n ∗ q+r; and c) encrypt at least the modulus value; and <EOS>