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"Computer incident response and forensics team management provides security professionals with a complete handbook of computer incident response from the perspective of forensics team management. This unique approach teaches readers the concepts and principles they need to conduct a successful incident response investigation, ensuring that proven policies and procedures are established and followed by all team members.Leighton R. Johnson III describes the processes within an incident response event and shows the crucial importance of skillful forensics team management, including when and where the transition to forensics investigation should occur during an incident response event. The book also provides discussions of key incident response components."

"The establishment of the “Indonesia Security Incident Response Team on Internet Infrastructure (ID-SIRTII)” is a tactical step by the Indonesian Ministry of Information and Communication to ensure the stability of national information regarding cyber protection and all forms of threats. This study explores the urgency of ID-SIRTII to prevent global cyber threats. The study found that cyber threats in Indonesia are very complex, seeing the variations of actors, motives, and targets (civil or military purpose). This complexity can be explained through the following four aspects, namely : (1) by understanding of Geometripolitic studies in cyber, there are at least two domains that can be reached, namely “the using of cyber for high-politics purposes (military)”by formulating and activating of Cyberpower to face the Global Cyber War(PSG), Wold Geometri War (PGA), and the forming of “Siber State or Siber Government”; and “the use of cyber for low-politics purposes (civil)”by the protection of civil activities in cyberspace; (2) in order to prevent the spread of national cyber crime, the implementation of the ID-SIRTII policy is integrated with the national cyber institutions; (3) in order to prevent the Global Cyber Threat, the implementation of ID-SIRTII policies needs to be strengthened and well-integrated with the regional and global cyber institutions; and (4) considering of the two “functionalism of cyber” also to form a structuralism of Indonesian National Defense and Security system in the cyber sector, nowdays Indonesia needs to build a CyberForce as a complement to the Army, Navy, and Air Force."

"ABSTRACTTerbentuknya Indonesia Security Incident Response Team on Internet Infrastructure (ID-SIRTII) merupakan langkah taktis dari Kementerian Komunikasi dan Informatika Republik Indonesia guna mewujudkan stabilitas informasi, perlindungan siber, dan segala bentuk ancamannya. Studi ini mendalami pentingnya ID-SIRTII dalam mencegah ancaman siber global. Hasil studi menemukan bahwa ancaman siber di Indonesia sangat kompleks, melihat variasi dari aktor, motif, dan targetnya. Kompleksitas ini dapat dijelaskan melalui empat aspek berikut, yaitu: (1) berangkat dari studi Geometripolitika, fungsionalisme siber berada dalam dua domain, yaitu fungsionalisme siber untuk tujuan politik tingkat tinggi (geometrik militer) berupa formulasi dan aktivasi kekuasaan Siber guna menghadapi Perang Siber Global (PSG), Perang Geometri Antarbangsa (PGA), dan kompleksitas terbentuknya Negara Maya atau Pemerintahan Siber; dan fungsionalisme siber untuk tujuan politik tingkat normal (geometrik sipil) berupa perlindungan aktivitas sipil di dunia maya; (2) guna mencegah kejahatan siber, implementasi kebijakan ID-SIRTII terintegrasi dengan peran strategis institusi siber nasional; (3) guna menghadapi Ancaman Siber Global, implementasi kebijakan ID-SIRTII perlu terintegrasi dengan institusi siber regional dan global; dan (4) berangkat dari fungsionalisme siber dan untuk menciptakan suatu strukturalisme Pertahanan dan Keamanan Siber Nasional Indonesia, sudah saatnya Indonesia membentuk Angkatan Siber sebagai pelengkap dari Angkatan Darat, Agkatan Laut, dan Angkatan Udara."

"Meningkatnya serangan siber terhadap teknologi operasional (OT) pada infrastruktur kritis mengharuskan setiap pemilik aset atau infrastruktur menyiapkan metode yang sesuai untuk merespons dan menangani insiden keamanan siber. Untuk menghindari risiko dalam pengelolaan insiden keamanan siber di lingkungan OT, diperlukan kerangka kerja yang dapat membantu pemilik infrastruktur menyelesaikan insiden. Penelitian ini berfokus pada pengembangan kerangka respons insiden keamanan siber OT berdasarkan berbagai standar dan praktik terbaik untuk mengelola insiden keamanan siber di sektor OT. Beberapa standar tersebut dipetakan sehingga menghasilkan sejumlah fase utama yang di dalamnya terdapat aktivitas kerangka kerja dan poin-poin rekomendasi implementasi. Hasil penelitian ini berupa kerangka kerja yang terdiri dari 4 fase utama, 12 kegiatan, dan 38 rekomendasi implementasi. Untuk memvalidasi kerangka kerja yang diusulkan, dilakukan metode kuantitatif berdasarkan penilaian ahli (expert) untuk mengukur kepercayaan antar para ahli mengenai rekomendasi implementasi kerangka kerja menggunakan statistik Fleiss Kappa. Pengukuran tersebut menghasilkan nilai kappa sebesar 0,7597 dan dikategorikan kesepakatan substansial yang menunjukkan bahwa beberapa ahli telah menyepakati rekomendasi kerangka kerja.

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The increase in cyberattacks against operational technology (OT) in critical infrastructure requires every asset or infrastructure owner to prepare suitable methods for responding to and handling cybersecurity incidents. To avoid risks in managing cybersecurity incidents in OT environments, a framework is needed that can help infrastructure owners resolve incidents. This research focuses on developing an OT cybersecurity incident response framework based on various standards and best practices for managing cybersecurity incidents in the OT sector. Some of these standards were mapped to produce a number of key phases in which the framework activities and points of implementation recommendations were included. The result of this research is a framework consisting of 4 main phases, 12 activities and 38 implementation recommendations. To validate the proposed framework, a quantitative method based on expert judgment was conducted to measure the trust between experts regarding the framework implementation recommendations using Fleiss Kappa statistics. The measurement resulted in a kappa value of 0.7597 and was categorized as substantial agreement, indicating that several experts had agreed on the framework recommendations."

"Latar Belakang : Infeksi sering didapatkan pada pasien kenker nasofaring yang menjalani kemoterapi. Infeksi disebabkan oleh rusaknya barier fisik karena efek kemoterapi atau efek kemoterapi yang akan menurunkan imunitas tubuh,Infeksi pasca kemoterapi akan menunda kemoterapi berikutnya, akibatnya respon kemoterapi menjadi tidak optimal. Tujuan : Mendapatkan data status imunitas selular primer dan sekunder, pasca kemoterapi neoajuvan 3 siklus, data kekerapan infeksi dan perbandingan kekerapan infeksi pada pasien KNF stadium lanjut yang mendapatkan kemoterapi neoadjuvan 3 siklus pada pasien kanker nasofaring stadium lanjut, antara yang imunitas selular menurun dan yang tidak menurun. Metode : Penelitian one group before and after observasional, 1 kelompok tanpa kontrol selama 3 bulan di gedung A lantai 8 RSCM, juli ndash; september 2015.Penurunan rerata jumlah lekosit, netrofil, CD4 , CD8, kejadian infeksi dianalisis bivariat dengan uji T berpasangan atau uji Mann Whitney.Penelitian ini juga melihat kekerapan kejadian infejsi post kemoterapi neoadjuvan.Penelitian ini menggunakan tingkat kemaknaan 0,005, interval kepercayaan 95. Hasil : Tidak ada penurunan status imunitas selular primer, lekosit p=0,356 dan netrofil p=0,289.Terdapat penurunan status imunitas selular sekunder, CD 4 P=0,002, CD 8 P=0,001, dengan ratio CD 4 /CD 8 tidak berubah rerata CD 4 sudah rendah sejak sebelum kemoterapi.Mukositis oral dan pneumonia merupakan infeksi yang kerap didapatkan. CD4 yang rendah pada kelompok sebelum kemoterapi meningkatkan potensi infeksi selama dan sesudah kemoterapi neoadjuvan.Penurunan imunitas seluler sekunder nilai rerata jumlah CD4 berhubungan dengan peningkatan kejadian infeksi pasca siklus ke 2 p=0,016. Kesimpulan : Tidak terdapat penurunan imunitas selular primer dan didapatkan penurunan imunitas selular sekunder pada pasien karsinoma nasofaring stadium lanjut yang menjalani kemoterapi neoadjuvan 3 siklus.Pada pasien dengan penurunan imunitas selular sekunder terdapat peningkatan kejadian infeksi mukositis oral dan pneumonia CD 4 yang rendah merupakan prediktor kejadian infeksi. Penurunan imunitas selular sekunder hanya akan meningkatkan kejadian infeksi pasca siklus ke 2 kemoterapi neoadjuvan.

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Background: The infections especially in a the oropharynx often get on cancer patients nasopharyngeal .One of the causes of infection include breakdowns physical mucous barier because the tumor growth or because the effects of chemotherapy and radiation .Chemotherapy and radiation will result in side effects namely the inflammation and ulceration mouth and the oropharynx mucous called mukositis oral.selama endure chemotherapy, besides mukositis oral, infections of the also often found .Chemotherapy resulted in an emphasis on cell production immune response that result in the lekopenia with rob possibilities infection become larger.

The purpose: To asess of immunity cellular status on advanced stage nasaofaringeal patient to get 3 cycle neoadjuvan chemotherapy and assess the incident lung infection and tumor area after undergoing 3 cycle neoadjuvan chemotherapy.

The methode: Research one group before and after observational use 1 group without control. The research was done during the three months in the building a floor 8 Ciptomangunkusumo Hospital juli september 2015. The Data on the background respondents will be analyzed by a sort of descriptive set by using analysis univariat.hubungan between chemotherapy neoadjuvan and an immune response cellular will be analyzed bivariat by test wilcoxon sign rank test. In this research also be seen the proportion of the infection before pre and post chemotherapy neoadjuvan .This research using level evidence 0.05 to the interval trust 95.

Results: From 17 subject of research , 12 subjects 70,6 is laki laki , women made up subjects 29,4 .Median age patient is 46,7 , 10 patients 58,8 less than median age , 7 patients 42,2 more of age median.stadium 4a obtained on 4 patients 23,5 patients , while stadium 4 b obtained on 13 patients 76,5 .Seen from the infection after chemotherapy neoadjuvan 9 subjects 52,8 never would have experienced infection , 8 subjects 47,2 experienced infection. Looks the relationship between chemotherapy neoadjuvan 3 cycle in immunity cellular p 0,007 on cds 4 and p 0,005 on cds 8 , the immunity cellular decline in the infection look after chemotherapy neoadjuvan cycle to 2 p 0,016 on cds 4 while after cycle to 3 not seen the relationship between chemotherapy neoadjuvan 3 cycle in the infection .Count of leukosit and lymphocytes cannot be used to predict a decrease in an immune response cellular after undergoing 3 cycle neoadjuvan chemotherapy.

Conclusions: Immune response decreased on advanced stage nasopharynx carcinoma patient are undergoing 3 cycle neoadjuvan chemotherapy neoadjuvan 3 . The Decreased of cellular immune response has played of increased infection in the lung and tumor area post 2 cycle neoadjuvan chemotherapy. "

"ABSTRAKSistem deteksi intrusi merupakan sistem peringatan ketika ada percobaan serangan pada jaringan komputer, dengan memberikan informasi log aktivitas mencurigakan yang dapat dianalisis dan ditindaklanjuti dalam bentuk respon untuk melindungi sistem dari ancaman sebelum menyebabkan dampak lebih besar. Secara teknis, penentuan prioritas penanganan intrusi berdasarkan pada severity yang ditentukan oleh sistem atau denganskor kerentanan. Namun ada hal lain yang menjadi isu, yaitu urgensi dari sektor strategis sebagai pertahanan nasional dalam pengamanan fasilitas, jaringan, aset berbasis informasi dan fisik yang diatur oleh suatu negara dengan menetapkan sektor strategis sebagai sektor prioritas yang wajib dilindungi saat terjadi insiden sebelum berdampak lebih besar.Pada penelitian ini, kami melakukan evaluasi beberapa metode penentuan prioritas yang diimplementasikan pada model respon yang digunakan, yaitu berdasarkan konsep manajemen waktu 4 kuadran yang telah digunakan oleh peneliti sebelumnya dengan data pengujian berupa data intrusi berbasis snort. Metode penentuan respon yang dievaluasi antara lain metode severity berdasarkan sistem deteksi intrusi berbasis snort yang disebut snort priority, rating threshold yaitu skor kerentanan, dan metode perhitungan indikator & kriteria (critical & urgent). Seiring dengan urgensi dari sektor strategis, maka pada pengujiannya metode indikator & kriteria dititik beratkan pada target yang terdaftar sebagai sektor strategis.Penelitian ini menyimpulkan bahwa metode indikator dan kriteria sebagai faktor penentu prioritas lebih detil sehingga cukup efektif untuk diterapkan dengan model respon pada data pengujian. Selain itu, dengan metode snort priority dan rating threshold penentuan prioritas tidak memperhatikan apakah target intrusi merupakan sektor strategis atau bukan karena prioritas berdasarkan pada dampak yang telah didefinisikan oleh sistem. Namun dengan metode perhitungan indikator dan kriteria, faktor penting yang melibatkan target sektor strategis dapat didefinisikan sebagai salah satu indikator prioritas untuk menentukan kriteria critical sehingga penanganan intrusi dapat diprioritaskan lebih tinggi.

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ABSTRACTThe intrusion detection system is a warning system when there is an attempted attack on a computer network. It provides suspicious activity log information that can be analyzed and acted on in the form of a response to protect the system from threats before causing a more significant impact. Technically, determining the priority of intrusion handling is based on severity determined by the system or vulnerability scoring. However, some issues become internal issues. A country regulates the urgency of the critical sector as a national defense in securing information-based and physical facilities, networks, and assets by establishing the critical sector as a priority sector that must be protected when an incident occurs before it has a more significant impact.In this study, we evaluated some priority determination methods implemented in the response model used, based on the 4-quadrant time management concept used by previous researchers with test data in the form of snort-based intrusion data. The response determination methods evaluated include severity based on a snort-based intrusion detection system called snort priority, rating threshold, i.e., vulnerability score, and the purpose of calculating indicators & criteria (critical & urgent). Along with the urgency of the critical sector, the testing of indicator methods and criteria has emphasized on the targets listed as critical sectors.This study concludes that indicator methods and criteria as determinants of priorities are more detailed so that they are effective enough to apply with response models in test data. Besides, the snort priority method and the threshold rating determination of priorities do not pay attention to whether the intrusion target is a critical sector or not because of the priority based on the impact that has been defined by the system. But with the method of calculating indicators and criteria, important factors involving critical sector targets can be identified as one of the priority indicators to determine critical criteria so that intrusion will be handling prioritized."

"ABSTRAKKesiapsiagaan Emergency Response Team Kota CilegonTerhadap : Bencana Industri Di Kawasan Industri Zona I;Pembimbing : Prof. Dra.Fatma Lestari, M.Si, PhD.Perkembangan Industri Kota Cilegon memberikan dampak kerawanan bencanateknologi yang tinggi, kerawanan tersebut terlihat dari banyaknya jumlah industridengan pengelolaan bahan kimia sebagai bahan dasarnya, Luas Kota Cilegon 17.550Ha, dengan letak geografis pada posisi 5 52 rsquo;24 rdquo; - 6 04 rsquo;07 rdquo; Lintang Selatan dan105 54 rsquo;05 rdquo; - 106 05 rsquo;11 rdquo; Bujur Timur, jumlah usaha / perusahaan yang ada di KotaCilegon sebanyak 43.900 perusahaan Badan Pusat Statistik Provinsi Banten, 2016 ,dari sejumlah usaha /perusahaan tersebut Kota Cilegon membagi menjadi tiga KawasanIndustri, yaitu:a. Zona Satu berada di Kecamatan Citangkil, Ciwandan, Cilegon, Grogol;b. Zona Dua berada di Kecamatan Citangkil, Ciwandan, Grogol;c. Zona Tiga berada di Kecamatan Grogol dan Pulomerak.Sebagai salahsatu bentuk kesiapsiagaan bencana industri di Kota Cilegon makadibentuklah Emergency Response Team dari lintas sektoral baik dari unsur TNI-Polri,Lembaga atau Non Lembaga Kementrian, OPD Pemerintah Kota Cilegon di bidangBencana, Pihak Swasta terutama di tiga kawasan industri yang dikenal dengan ZonaAMC Anyer, Merak, Ciwandan , kawasan dengan Risiko bencana industri terbesaradalah Zona I Kawasan Industri Kota Cilegon, sehingga Zona I membentuk CiwandanEmergency Response Team sebagai upaya kesiapsiagaan terhadap bencana industri, danperlu program , sarana prasarana, jalur komando dalam membangun kesiapsiagaan yangtangguh sebagai kesiapsiagaan terhadap bencana industri..Kata kunci:Bencana Industri, Kesiapsiagaan , Emergency Response Team Kota Cilegon

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Abstract Industrial Development of Cilegon City gives high impact of technological disaster, the vulnerability is seen from the number of industries with chemical management as its basic material, Cilegon City Area 17,550 Ha, with geographical position at 5 52 39 24 6 04 39 07 South Latitude and 105 54 39 05 106 05 39 11 East longitude, the number of businesses companies in the City of Cilegon as many as 43,900 companies Central Bureau of Statistics of Banten Province, 2016 , from a number of businesses companies Kota Cilegon divided into three Industrial Zones, namely a. Zone One is located in Citangkil Sub district, Ciwandan, Cilegon, Grogol b. Zone Two is located in Citangkil Sub district, Ciwandan, Grogol c. Zone Three is located in District Grogol and Pulomerak.As one of the forms of industrial bancana preparedness in Cilegon City, Emergency Response Team was formed from cross sectoral from elements of TNI Polri, Institution or Non Ministry Institution, OPD Cilegon Government in Disaster, Private Party especially in three industrial area known as Zone AMC Anyer, Merak, Ciwandan , the largest industrial disaster area is Zone I of Cilegon Industrial Zone, so Zone I establishes the Ciwandan Emergency Response Team as an effort to prepare for industrial disaster, and needs program, infrastructure, command line in building preparedness tough as disaster preparedness for industry. Keywords Industrial Disaster, Preparedness, Emergency Response Team Kota Cilegon "