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ABSTRACT

Access to the Internet, as well as Information and Communication Technology (ICT) in general, is nowincreasingly needed by the wider community, including by the pesantren community. The community of pesantren needInternet media to expand access to sources of knowledge, publish the activities of pesantren, as well as a medium ofpesantren da’wah in cyberspace. Due to the lack of use of ICT in pesantren, then not all ICT components can be utilized.This community service partner is Pesantren Yasin Kudus, who wants to apply ICT to support learning for students(called santri), by providing smooth and healthy Internet access at affordable cost. The problem faced is Internet accessthat only depends on one Internet Service Provider (ISP), so if the connection on the ISP is failed then Internet accessbecomes disturbed. The solution offered is the use of two ISP connections as an Internet access network, by applying loadbalancing technology using Per Connection Classifier (PCC) method so that loading of traffic on both ISPs can bebalanced. With this program, partners can utilize Internet access from both ISPs optimally

Focusing on the most active volcano Merapi, the role of ICT is crucial for improving the security and safety of the surrounding population. Wireless Sensor Network (WSN) which has the capability of monitoring remote and rural areas could be a solution to the early detection of local volcanic activity. Focusing on the most active volcano Merapi, the role of ICT is crucial for improving the security and safety of the surrounding population. Wireless Sensor Network (WSN) which has the capability of monitoring remote and rural areas could be a solution to the early detection of local volcanic activity. In this study, the raised topic is how to make the appropriate prototype WSN technology, sensors and integration models. The proposed system is expected to provide early detection of volcanology development solutions for the security and safety of people around Mount Merapi. In the early stages of research, the design is focused on the temperature and gas monitoring. The system is designed to address the challenges related to the location of the sensor where there is no electricity. In addition, to be more accurate, the sensing should be done at some point sources of gas blowouts.