Biomedical Defense Principles to Counter DNA Deep Hacking
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Biomedical Defense Principles to Counter DNA Deep Hacking
Termanini, Rocky
Elsevier Science & Technology
12/2022
382
Dura
Inglês
9780323999144
15 a 20 dias
Descrição não disponível.
1. Structure of DNA and the landscape of DNA Deep Hacking (DDH)
2. History of bio-hackers, psychological profiling and fingerprinting of the bio-hacker. The story the recent North Korean WannaCry ransomware attack
3. Code injection and the E. Coli story as the carrier of malware DNA code
4. CRISPR the magical knife. The anatomy and mechanics. The good, the bad and the ugly
5. The Genome vandalism. "When ISIS Meets CRISPR" the blueprint from Hell. Generating DNA sequence from payload binary code
6. Synthesis of DNA with encoded malicious code. The E. Coli Plasmids story
7. Third party role of the Dark Web and the Deep Web, The Onion Router (TOR)
8. How to select a target. Planning the bio-attack, damage, and vulnerability of the attack
9. The Drone technology, Transport strategy and risk evaluation
10. Drone delivery methods, how to communicate with the destination
11. The Bio-Stuxnet malicious DNA attack. Attack simulation and review results.
12. Translation and storage of the DNA contaminated code
13. Encryption technology and camouflaging contaminated DNA-code injection
14. Detection of surprise bio-attack, the bio-response, response of Government agencies. DNA bio-defense. Attack forecast and eradication, security measure to protect the DNA data files
15. Reverse Engineering technology
16. The controversy of CRISPR with religion and ethics advocates to control evolution and embryology enhancement, and elimination of genetically inherited diseases
Appendix
Epilogue
2. History of bio-hackers, psychological profiling and fingerprinting of the bio-hacker. The story the recent North Korean WannaCry ransomware attack
3. Code injection and the E. Coli story as the carrier of malware DNA code
4. CRISPR the magical knife. The anatomy and mechanics. The good, the bad and the ugly
5. The Genome vandalism. "When ISIS Meets CRISPR" the blueprint from Hell. Generating DNA sequence from payload binary code
6. Synthesis of DNA with encoded malicious code. The E. Coli Plasmids story
7. Third party role of the Dark Web and the Deep Web, The Onion Router (TOR)
8. How to select a target. Planning the bio-attack, damage, and vulnerability of the attack
9. The Drone technology, Transport strategy and risk evaluation
10. Drone delivery methods, how to communicate with the destination
11. The Bio-Stuxnet malicious DNA attack. Attack simulation and review results.
12. Translation and storage of the DNA contaminated code
13. Encryption technology and camouflaging contaminated DNA-code injection
14. Detection of surprise bio-attack, the bio-response, response of Government agencies. DNA bio-defense. Attack forecast and eradication, security measure to protect the DNA data files
15. Reverse Engineering technology
16. The controversy of CRISPR with religion and ethics advocates to control evolution and embryology enhancement, and elimination of genetically inherited diseases
Appendix
Epilogue
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
ACE2; Alan Turin; Autonomic payload; Bacteria; Base pairs; Binary code; Bio-hacking; Bio-hacking-as-a-Service (BhaaS); Bioethicist; Bioinformatics; Bioweaponry; Blast system; Buffer overflow; Caesar cipher; Cas9; Central dogma; Charpentier; CODIS; Cognitive performative; Cogno-brain; CORONA4; COVID-19; CPF1; CRISPR; CRISPR affinity; Cryonics; Cryptography; Dark Web; Dark web; DAT; Data stream; DIYbio; DNA contamination; DNA Databank of Japan; DNA Fingerprinting; DNA sequencing; DNA synthesis; DNAxnet; Double helix; Doudna; DPP4; Drones; DSD Unix; E. coli; E. Coli bacterium; Electro Magnetic Pulse (EMP); Enigma; Entrez; European nucleotide archive; FASTA; FASTQ; GenBank; Gene mutation; Genetics; Genome; Genome Atlas GenBank; Genome browser; Genome vandalism; God domain; Google Sycamore
1. Structure of DNA and the landscape of DNA Deep Hacking (DDH)
2. History of bio-hackers, psychological profiling and fingerprinting of the bio-hacker. The story the recent North Korean WannaCry ransomware attack
3. Code injection and the E. Coli story as the carrier of malware DNA code
4. CRISPR the magical knife. The anatomy and mechanics. The good, the bad and the ugly
5. The Genome vandalism. "When ISIS Meets CRISPR" the blueprint from Hell. Generating DNA sequence from payload binary code
6. Synthesis of DNA with encoded malicious code. The E. Coli Plasmids story
7. Third party role of the Dark Web and the Deep Web, The Onion Router (TOR)
8. How to select a target. Planning the bio-attack, damage, and vulnerability of the attack
9. The Drone technology, Transport strategy and risk evaluation
10. Drone delivery methods, how to communicate with the destination
11. The Bio-Stuxnet malicious DNA attack. Attack simulation and review results.
12. Translation and storage of the DNA contaminated code
13. Encryption technology and camouflaging contaminated DNA-code injection
14. Detection of surprise bio-attack, the bio-response, response of Government agencies. DNA bio-defense. Attack forecast and eradication, security measure to protect the DNA data files
15. Reverse Engineering technology
16. The controversy of CRISPR with religion and ethics advocates to control evolution and embryology enhancement, and elimination of genetically inherited diseases
Appendix
Epilogue
2. History of bio-hackers, psychological profiling and fingerprinting of the bio-hacker. The story the recent North Korean WannaCry ransomware attack
3. Code injection and the E. Coli story as the carrier of malware DNA code
4. CRISPR the magical knife. The anatomy and mechanics. The good, the bad and the ugly
5. The Genome vandalism. "When ISIS Meets CRISPR" the blueprint from Hell. Generating DNA sequence from payload binary code
6. Synthesis of DNA with encoded malicious code. The E. Coli Plasmids story
7. Third party role of the Dark Web and the Deep Web, The Onion Router (TOR)
8. How to select a target. Planning the bio-attack, damage, and vulnerability of the attack
9. The Drone technology, Transport strategy and risk evaluation
10. Drone delivery methods, how to communicate with the destination
11. The Bio-Stuxnet malicious DNA attack. Attack simulation and review results.
12. Translation and storage of the DNA contaminated code
13. Encryption technology and camouflaging contaminated DNA-code injection
14. Detection of surprise bio-attack, the bio-response, response of Government agencies. DNA bio-defense. Attack forecast and eradication, security measure to protect the DNA data files
15. Reverse Engineering technology
16. The controversy of CRISPR with religion and ethics advocates to control evolution and embryology enhancement, and elimination of genetically inherited diseases
Appendix
Epilogue
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
ACE2; Alan Turin; Autonomic payload; Bacteria; Base pairs; Binary code; Bio-hacking; Bio-hacking-as-a-Service (BhaaS); Bioethicist; Bioinformatics; Bioweaponry; Blast system; Buffer overflow; Caesar cipher; Cas9; Central dogma; Charpentier; CODIS; Cognitive performative; Cogno-brain; CORONA4; COVID-19; CPF1; CRISPR; CRISPR affinity; Cryonics; Cryptography; Dark Web; Dark web; DAT; Data stream; DIYbio; DNA contamination; DNA Databank of Japan; DNA Fingerprinting; DNA sequencing; DNA synthesis; DNAxnet; Double helix; Doudna; DPP4; Drones; DSD Unix; E. coli; E. Coli bacterium; Electro Magnetic Pulse (EMP); Enigma; Entrez; European nucleotide archive; FASTA; FASTQ; GenBank; Gene mutation; Genetics; Genome; Genome Atlas GenBank; Genome browser; Genome vandalism; God domain; Google Sycamore
