Documentation Tools Research Articles

Implementing the Radiology Rotation-Model-22 in Clerkships: The RRM-Pocket Card for Medical Students – Part 2

Practical training for medical students in radiology clerkships takes place in busy clinical routine. We introduced the Radiology Rotation-Model-22 (RRM) as the department-related RRM-pocket card for student rotation (SR) settings in part one of this study. RRM was developed as a documentation tool and pocket card with department sections for radiology (10) and imaging specialties (1) for medical students in clerkships. With the RRM-tool, and while exploring departments for practical experience, students can log data details on rotations and tasks by the method of participant observation (PO). By PO, students can track SR and training progress. In part two, we present attempts on implementing the RRM-tool as a rotation concept for students to gain efficient training experience. The RRM-pocket card provides students, radiologists, and radiographers with an overview of SR and tasks. RRM can be implemented to optimise clerkships’ structure, and to generate self-action for students, while actively optimising SR.

Uplifting Community and Incorporating Reuse in Conservation Planning for the Noah Purifoy Outdoor Desert Art Museum of Assemblage Sculpture

ABSTRACT In 2023 the Noah Purifoy Foundation received a Mellon Foundation Grant to develop, with conservators, an innovative and thoughtful conservation plan for the over 100 sculptures at the Noah Purifoy Outdoor Desert Art Museum of Assemblage Sculpture. Located in the high desert of Joshua Tree, California, USA, it encompasses four hectares of rural art space where Purifoy lived and worked from 1989 until his death in 2004. Although Purifoy was a trained artist, his works also draw from his time as a US Navy Seabee and the tradition of Black self-taught artists from the American South. His artworks were never complete, but alive, and in an ongoing conversation among him, nature, and material. Amidst the physical challenges of addressing found material assemblage in a challenging landscape, the project also requires bringing stakeholders and knowledge bearers into conversation to determine an appropriate ‘patina’ of weathering for the works. To achieve this, the project involves identifying Purifoy's definition of community, reuse, and interaction with the natural landscape into the conservation plan. The project also included drone mapping as a documentation tool alongside condition surveys and photographic documentation. Being led by a group of racially diverse conservators who are centering community involvement in the work helps the team mimic Purifoy’s own commitment to community engagement. This project has the potential to act as a model for the development of conservation plans for other sites of contemporary sculpture, especially those in remote locations or those focused on African American artists.

Development and implementation of an evidence-based biofield therapy standardized documentation tool

IntroductionBiofield therapy (BT) is a complementary health practice involving the use of subtle energy to promote healing; however, monitoring the quality of care after implementing a BT program can be particularly challenging. The aim of this project was to strategically design, implement, and evaluate an evidence-based BT documentation tool to capture relevant data elements to display in a quality metric dashboard, while also being satisfactory to the practitioners who use it. MethodsUtilizing the Consolidated Framework for Implementation Research (CFIR) method, key stakeholders at a government healthcare facility were gathered to design and use a structured documentation tool. After the tool's deployment, the stakeholders were routinely assessed over a three-month period to evaluate its effectiveness and identify areas for improvement. At the end of the period a practitioner satisfaction questionnaire was deployed and a quality metric dashboard was launched. ResultsSeven of the eleven BT-trained practitioners (64 %) used the template during the evaluation period and 255 sessions were documented. Forty-five percent of the staff responded to the Likert scored satisfaction questionnaire with 100 % indicating the template improved documentation, fit into the workflow, and facilitated interdisciplinary communication. The dashboard presented nine data elements, such as session indication and patient symptom scores, which can be filtered by date and location. DiscussionThe satisfaction scores validated findings from the literature relative to structured documentation, quality review, and program evaluation. These outcomes support the expansion of BT into different clinical settings, foster future BT research endeavors, and allow for BT to be included in broader medical data analytic efforts. ConclusionA structured documentation tool designed with findings from the evidence and input from key stakeholders can be an effective and satisfactory means of capturing quality metrics for evaluating the implementation of BT.

Documenting and Exchanging Simulation Specifications: A Language-Agnostic Approach

Simulation experiments have increased their influence on social science, creating a need for documentation tools and practices that facilitate replicability. Two crucial components common to many simulation experiments require particularly detailed documentation: the baseline parameterization, and the experimental designs. This paper explores the adaptability to these needs of a recent but already popular file format. It demonstrates how to produce easily human-readable documentation of baseline parameterizations that also supports automated, programming-language agnostic information exchange. This format is additionally useful for documenting certain experimental designs.

CareNet Tyrol - Information System Success Assessment for Case & Care Management Service.

CareNet is the IT-based tool for Case and Care Management (CCM) in Tyrol, which facilitates standardised documentation of CCM activities. Analysing the pilot usage of CareNet Tyrol. Evaluation of the success and user experience of CareNet, expert interviews and a questionnaire-based assessment. Feedback from users in both phases indicated that the CareNet platform provides general benefits, but falls short of fully supporting the daily work of CCM experts and avoiding the need for parallel use of different documentation tools. This paper provides an insight into the ongoing transition to digital documentation for CCM at LIV Tyrol. While user feedback highlights areas for improvement, digital documentation is proved to be beneficial for the CCM team.

Software Maintenance as Materialization of Common Knowledge

While development of software always implicitly takes place in contexts of inherited entanglements and legacies, its maintenance deals explicitly with what is already present. Software maintenance locates itself in media res, in the middle of things. Maintaining software typically involves intervening in the material archive of source code, documentation, and software tools. Doing so successfully requires relevant situated knowledge of how the software at hand already hangs together, and how to effectively put this knowledge to use. This knowledge builds on first-hand experience, acquired in practice over shared lifetimes of people and code. For code to continue to endure over time, ongoing articulation of its entanglements is externalized and materialized across contributing programmers and software development tools, each themselves vulnerable and in need of maintenance. This paper analyzes how this process of externalizing and materializing knowledge is negotiated. We conclude that the common knowledge which suspends the string figure of software in time and in a broken world (Jackson 2014) is always a locally hybrid assemblage which carries this knowledge forward. Hence, to maintain software well is to add on to its legacy.

Unplanned returns to the operating room: a quality improvement methodology for the comparison of institutional outcomes to national benchmarks.

Unplanned returns to the operating room (RORs) constitute an important quality metric in surgical practice. In this study, the authors present a methodology to compare a department's unplanned ROR rates with national benchmarks in the context of large-scale quality of care surveillance. The authors identified unplanned RORs within 30 days from the initial surgery at their institution during the period 2014-2018 using an institutional documentation platform that facilitates the collection of reoperation information by providers in the clinical setting. They divided the procedures into 28 groups by Current Procedural Terminology and International Classification of Diseases, 9th and 10th Revision codes. They estimated national benchmarks of unplanned RORs for these procedure groups via querying the American College of Surgeons (ACS) National Surgical Quality Improvement Program (NSQIP) registry during the period 2014-2018. Finally, they numerically assessed the unplanned ROR rates at their institution compared with those calculated from the ACS NSQIP registry. Using the above methodology, the authors were able to classify 12,575 of the cases performed in their department during the period of interest, including 6037 (48%) cranial cases and 6538 (52%) spinal or peripheral nerve cases. Among those, 161 (1.3%) presented with complications that required an unplanned ROR within 30 days from the initial surgery. The respective cumulative unplanned ROR rate in the ACS NSQIP registry during the same timeframe was 3.6%. Among 15 categories of cranial procedures, the cumulative unplanned ROR rate was 1.3% in the authors' department and 5.6% in the ACS NSQIP registry. Among 13 categories of spinal and peripheral nerve procedures, the cumulative unplanned ROR rate was 1.3% in the authors' department and 2.8% in the ACS NSQIP registry. Unplanned ROR rates at the authors' institution were lower than the national average for each of the 28 procedure groups of interest. Yearly analysis of institutional ROR rates for the five most commonly performed procedures showed lower reoperation rates compared with the national benchmarks. Using an institutional documentation tool and a widely available national database, the authors developed a reproducible and standardized method of comparing their department's outcomes with national benchmarks per procedure subgroup. This methodology accommodates longitudinal quality surveillance across the different subspecialties in a neurosurgical department and may illuminate potential shortcomings of care delivery in the future.

Motives and fluent interaction in clinical documentation: An experience-based design for a documentation tool in anesthesiology

Documentation in anesthesiology is important but documentation quality is poor and frequently delayed. Using documentation in anesthesiology, we suggest an experience-based design approach that considers users’ motives and work practices in the design of technology to provide users with the experience of achieving valued motives (activity theory) and a fluent interaction with the environment (embodiment). We conducted an ethnographic study to identify documentation work practices, the anesthesiologists’ motives for documenting, and assess documentation quality. Based on the data and with the theoretical premises of activity theory and embodiment in mind, we designed the functions and interaction of a speech-based documentation tool. Using the Wizard of Oz method in a simulated induction of general anesthesia, we showed that the tool enabled fluent interaction, addressed a motive that anesthesiologists valued, and increased the documentation quality. We demonstrated that an experience-based design can enhance documentation quality and has the potential to contribute to safety and efficiency in safety-critical domains and provide grounds for future decision support systems.

Identifying metrics and designing measurable outcomes in the electronic health record to evaluate pharmacist intervention in an oral chemotherapy program.

Due to the increased utilization of oral anticancer agents, pharmacist-led oral anticancer programs have emerged to meet the needs of oral anticancer management. Currently, at Froedtert & MCW, there is a lack of established tools to collect metrics which demonstrate the value of a pharmacist-led oral anticancer program. The purpose of this project is to establish metrics that reflect the interventions pharmacists are performing, and second, to develop a documentation tool which can reliably extract discrete data on the identified metrics. Eight of the 10 desired metrics were included in the documentation tool. Two questionnaires were created to allow for easy data retrieval of the metrics. The "initial" questionnaire focuses on interventions made at the time of starting an oral anticancer agent, while the "follow-up" questionnaire focuses on interventions made during the subsequent monitoring. The introduction of the questionnaire tool was well received by end users and did not add to the pharmacist's overall workload. By establishing metrics that reflect pharmacist interventions in a pharmacist-led oral anticancer program and creating a documentation tool to collect discrete data related to those metrics from the electronic health record, we at Froedtert & MCW are better able describe the workload of the ambulatory oncology pharmacists with regard to their interventions and monitoring of oral anticancer agents. This data will be used to establish differences in pharmacist workload between clinics, justify pharmacist resources, and provide a snapshot of the patient population served as part of the oral anticancer program.

Nurse-Led Cardiac Rehabilitation Care Coordination Program: Improving Functional Outcomes for Patients Through Automatic Referral and Effective Care Coordination.

The aim of this investigation was to evaluate the impact of automated cardiac rehabilitation (CR) referral and nurse care coordination on patient and program outcomes. Specifically, the aim was to identify whether differences exist in physical and psychological function at CR Phase 2 enrollment and completion and CR Phase 2 participation and completion for hospitalized patients who receive in-person CR nurse visits versus phone consultation. Using a retrospective pre-/post-intervention descriptive design, a purposive sampling technique was used to select groups with matching clinical attributes. Dates were selected to mitigate the impact of COVID-19 on CR program enrollment and completion. Data were abstracted from the patient electronic medical record, telemetry documentation, and CR referral tracking tool. Patient descriptors included age, sex, cardiac diagnosis/procedure (post-coronary artery bypass graft surgery, myocardial infarction, percutaneous coronary intervention, heart failure, and aortic valve repair and replacement) and cardiac risk stratification category. Patient functional outcomes included the 6-min walk test and metabolic equivalents of task levels for functional capacity; psychological function was measured by the Patient Health Questionnaire assessment. Program outcomes included discharge to CR Phase 2 enrollment, CR sessions, and completion. Each group had 52 patients. Age was 64 ± 12yr, 68% were male. Perhaps indications for CR included coronary artery bypass graft surgery (44%), myocardial infarction (19%), percutaneous coronary intervention (20%), heart failure (10%), aortic valve repair and replacement (8%). Cardiac risk was low in 30%, intermediate in 65%, and high in 5%. The post-intervention group compared with the pre-intervention group had a shorter discharge to CR Phase 2 enrollment (35 ± 18 d vs 41 ± 28 d, P = .078) and significantly fewer sessions required for CR completion. Automated CR referral and nurse care coordination visits for hospitalized patients decreased the transition period between CR Phase 1 and 2. Patients were physically and psychologically prepared for earlier CR Phase 2 enrollment and successfully completed the program in fewer days than the pre-intervention group.

Examination of fire scene reconstructions using virtual reality to enhance forensic decision-making. A case study in Scotland.

When attending a crime scene, first responders are responsible for identifying areas of potential interest for subsequent forensic examination. This information is shared with the police, forensic practitioners, and legal authorities during an initial meeting of all interested parties, which in Scotland is known as a forensic strategy meeting. Swift documentation is fundamental to allow practitioners to learn about the scene(s) and to plan investigative strategies, traditionally relying on word-of-mouth briefings using digital photographs, videos, diagrams, and verbal reports. We suggest that these early and critical briefings can be augmented positively by implementing an end-to-end methodology for indoor 3D reconstruction and successive visualisation through immersive Virtual Reality (VR). The main objective of this paper is to provide an integrative documentation tool to enhance the decision-making processes in the early stages of the investigation. Taking a fire scene as an example, we illustrate a framework for rapid spatial data acquisition of the scene that leverages structure-from-motion photogrammetry. We developed a VR framework that enables the exploration of virtual environments on a standalone, low-cost immersive head-mounted display. The system was tested in a two-phased inter-agency fire investigation exercise, where practitioners were asked to produce hypotheses suitable for forensic strategy meetings by (1) examining traditional documentation and then (2) using a VR walkthrough of the same premises. The integration of VR increased the practitioners’ scene comprehension, improved hypotheses formulation with fewer caveats, and enabled participants to sketch the scene, in contrast to the orientation challenges encountered using conventional documentation.

World Endometriosis Research Foundation Endometriosis Phenome and Biobanking Harmonization Project: V. Physical examination standards in endometriosis research

The World Endometriosis Research Foundation established the Endometriosis Phenome and Biobanking Harmonisation Project (EPHect) to create standardized documentation tools (with common data elements) to facilitate the comparison and combination of data across different research sites and studies. In 2014, 4 data research standards were published: clinician-reported surgical data, patient-reported clinical data, and fluid and tissue biospecimen collection. Our current objective is to create an EPHect standard for the clinician-reported physical examination (EPHect-PE) for research studies. An international consortium involving 26 clinical and academic experts and patient partners from 11 countries representing 25 institutions and organizations. Two virtual workshops, followed by the development of the physical examination standards underwent multiple rounds of iterations and revisions. N/A MAIN OUTCOME MEASURE(S): N/A RESULT(S): The EPHect-PE tool provides standardized assessment of physical examination characteristics and pain phenotyping. Data elements involve examination of back and pelvic girdle; abdomen including allodynia and trigger points; vulva including provoked vestibulodynia; pelvic floor muscle tone and tenderness; tenderness on unidigital pelvic examination; presence of pelvic nodularity; uterine size and mobility; presence of adnexal masses; presence of incisional masses; speculum examination; tenderness and allodynia at an extra-pelvic site (e.g., forearm); and recording of anthropometrics. The EPHect-PE standards will facilitate the standardized documentation of the physical examination, including the assessment and documentation of examination phenotyping of endometriosis-associated pelvic pain.

Documenting Learning Moments, Journeys, and Expeditions as Teachers’ Reflection: A Book Review of the Writing Teacher’s Guide to Pedagogical Documentation

Education is a dynamic and collaborative process where students play a pivotal role in their own learning journey. They surpass their traditional role as mere recipients of knowledge and become active partners in the learning process, inspiring and enriching educators’ practices. However, despite the immense value that lies within the activities that unfold within classrooms, these experiences often go undocumented and unnoticed. The documentation of classroom activities yielded pedagogical evidence, which served as data informing teachers’ decision-making and instructional practices. Pedagogical documentation is a tool for formative assessment to identify the students’ learning needs (Buldu, 2010; Rintakorpi, 2016). These needs can be generated from capturing classroom learning activities as data or documents for learning analytics (Jones & McCoy, 2020). By emphasizing practical processes, protocols, and tools for effective documentation, Stockman equips educators with the essential framework to capture and analyze the full spectrum of learning experiences. It also provides teachers with the necessary guidance to enhance their documentation practices and promote authentic and evidence-based learning for their students. It goes beyond theory, offering real-world case studies and examples from experienced documentarians who have harnessed the power of documentation in their own teaching contexts. It offers an opportunity to reimagine teaching practices and create inclusive and vibrant learning environments. This book is organized in three parts: 1) a comprehensive description of documentation, 2) how to plan and organize a documentation project, and 3) what tools and resources to document the students’ learning.

Environmental DNA metabarcoding of freshwater fish in Malaysian tropical rivers using short-read nanopore sequencing as a potential biomonitoring tool.

The approach of combining cost-effective nanopore sequencing and emerging environmental DNA (eDNA) metabarcoding could prove to be a promising tool for biodiversity documentation, especially in Malaysia. Given the substantial funding constraints in recent years, especially in relation to the country's biodiversity, many researchers have been limited to conduct restricted research without extended monitoring periods, potentially hindering comprehensive surveys and could compromise the conservation efforts. Therefore, the present study aimed to evaluate the application of eDNA metabarcoding on freshwater fish using short reads generated through nanopore sequencing. This assessment focused on species detection in three selected rivers within the Endau Rompin Landscape in Malaysia. Additionally, the study compared levels of species detection between eDNA metabarcoding and conventional sampling methods, examined the effectiveness of primer choice, and applied both metabarcoding and shotgun sequencing to the eDNA approach. We successfully identified a total of 22 and 71 species with an identification threshold of >97% and >90%, respectively, through the MinION platform. The eDNA metabarcoding approach detected over 13% more freshwater fish species than when the conventional method was used. Notably, the distinction in freshwater fish detection between eDNA primers for 12S rRNA and cytochrome oxidase I was insignificant. The cost for eDNA metabarcoding proved to be more effective compared to conventional sampling with cost reduction at 33.4%. With favourable cost-effectiveness and increased species detection, eDNA metabarcoding could complement existing methods, enhance holistic diversity documentation for targeted habitats and facilitate effective conservation planning.

Exploring Listening Relationship Pattern of Information Approval Process in Science Learning: A Qualitative Investigation Using TBLA (Transcript Based Lesson Analysis)

<p dir="ltr"><span>This study reveals listening relationship patterns in the information approval process used to improve the quality of learning dialogue, especially in science learning. A qualitative method with a case study approach was used to analyze listening relationship patterns in science learning during one semester. A total of 3 science teachers, 31 students, and two academics involved in lesson study for learning communities were selected to capture a mutual listening relationship pattern in receiving information with a natural performance and not tense when observing. Observation, documentation, and clinical interviews were used as data collection techniques. Video and audio recorders were involved as documentation tools for this study. Transcript-based lesson analysis (TBLA) was included in conducting data analysis. The listening relationship patterns analysis results in classical discussion sessions in cycles 1–3, which tend to have semi-equal listening relationship patterns. Meanwhile, the listening relationship pattern in group discussion sessions in cycles 1 to 3 tends to be the isolated listening relationship group pattern. The shift in the pattern of listening relationships in group discussion sessions is caused by several factors, including student collaboration awareness, heterogeneous composition of students, tasks, and questions that challenge students, and appropriate interruptions of teacher direction. The research results provide a reference for reflection on developing teacher professionalism to improve more effective and meaningful learning.</span></p><div><span><br /></span></div>

Implementation of advance care planning in the routine care for acutely admitted patients in geriatric units: protocol for a cluster randomized controlled trial

BackgroundAcutely ill and frail older adults and their next of kin are often poorly involved in treatment and care decisions. This may lead to either over- or undertreatment and unnecessary burdens. The aim of this project is to improve user involvement and health services for frail older adults living at home, and their relatives, by implementing advance care planning (ACP) in selected hospital wards, and to evaluate the clinical and the implementation interventions.MethodsThis is a cluster randomized trial with 12 hospital units. The intervention arm receives implementation support for 18 months; control units receive the same support afterwards. The ACP intervention consists of 1. Clinical intervention: ACP; 2. Implementation interventions: Implementation team, ACP coordinator, network meetings, training and supervision for health care personnel, documentation tools and other resources, and fidelity measurements with tailored feedback; 3. Implementation strategies: leadership commitment, whole ward approach and responsive evaluation. Fidelity will be measured three times in the intervention arm and twice in the control arm. Here, the primary outcome is the difference in fidelity changes between the arms. We will also include 420 geriatric patients with one close relative and an attending clinician in a triadic sub-study. Here, the primary outcomes are quality of communication and decision-making when approaching the end of life as perceived by patients and next of kin, and congruence between the patient’s preferences for information and involvement and the clinician’s perceptions of the same. For patients we will also collect clinical data and health register data. Additionally, all clinical staff in both arms will be invited to answer a questionnaire before and during the implementation period. To explore barriers and facilitators and further explore the significance of ACP, qualitative interviews will be performed in the intervention units with patients, next of kin, health care personnel and implementation teams, and with other stakeholders up to national level. Lastly, we will evaluate resource utilization, costs and health outcomes in a cost-effectiveness analysis.DiscussionThe project may contribute to improved implementation of ACP as well as valuable knowledge and methodological developments in the scientific fields of ACP, health service research and implementation science.Trial registrationClinicalTrials.gov Identifier NCT05681585. Registered 03.01.23.

ARCHITECTURAL HERITAGE DIGITAL REPRESENTATIONS FOR CONSERVATION STRATEGIES

Abstract. Digital technologies enable a thorough analysis of Architectural Heritage, offering various representations that provide different levels of documentation and knowledge-based conservation tools. This paper presents a methodological approach that leverages three digital representations related to three levels of documentation: Virtual Tour Informational Modelling, Point Cloud Informational Modelling, and Historical Building Information Modelling. Their characteristics and potential are compared, focusing on the effectiveness in supporting the analysis process, and the management of future conservation works. Furthermore, the dichotomy between 2D and 3D representations of AH is tackled, emphasizing the need to align with the conservation strategies, timeline, and budget constraints. It also discusses the integration of heterogeneous data and various digital representations to address the challenges in AH preventive conservation and management, resulting in the proposal of a sustainable documentation workflow to support the conservation process.

The persistent attractions of low-tech: Challenging the efficiency paradigm of forensic technology

The promise of efficiency is a catalyst for technological development in forensic science and crime scene investigation practices. Crime scene investigators aim to locate and document every potential trace for evidence and investigate crime scenes as quickly, accurately and objectively as possible. This narrative suggests that performance leads the police to adopt new efficient technologies. But to what extent is this narrative reflective of actual practices? Through examining how crime scene investigators use existing technologies in practice, i.e. traditional or ‘low-tech’ methods and tools such as DNA detection dogs and manual documentation tools, this article shows that the use of low-tech persists even under the pressure to perform and achieve. The study finds that low-tech remains attractive as a less-restraining alternative to digital and high-tech solutions. It is also contrast to, integrated with or necessary in co-existence with high-tech for crime scene investigations practices to function. The study draws on fieldwork conducted at police stations in Norway, including interviews and participatory observation of investigations in practice, to discuss the persistent attractions of low-tech and what the implications are for research into policing and technology.

Comfort Terminal Care in the intensive care unit: recommendations for practice

The Working Group on Ethics in Anesthesia and Intensive Care Medicine of the Austrian Society for Anesthesiology Resuscitation and Intensive Care Medicine (ÖGARI) already developed documentation tools for the adaption of therapeutic goals 10years ago. Since then the practical implementation of Comfort Terminal Care in the daily routine in particular has raised numerous questions, which are discussed in this follow-up paper and answered in an evidence-based manner whenever possible. The practical implementation of pain therapy and reduction of anxiety, stress and respiratory distress that are indicated in the context of Comfort Terminal Care are described in more detail. The measures that are not (or no longer) indicated, such as oxygen administration and ventilation as well as the administration of fluids and nutrition, are also commented on. Furthermore, recommendations are given regarding monitoring, (laboratory) findings and drug treatment and the importance of nursing actions in the context of Comfort Terminal Care is mentioned. Finally, the support for the next of kin and the procedure in the time after death are presented. Achange in treatment goals with atimely switch to Comfort Terminal Care enables good and humane care for seriously ill patients and their relatives at the end of life and the appreciation of their previous life with the possibility of positive experiences until the end.

Parsing Data Log Hasil Pemblokiran Situs Negatif Di Satuan Kerja Perangkat Aceh

In today's digital age, internet access has become an integral part of everyday life, providing broad access to information and communication. However, these technological advances also bring negative impacts, including the potential for the spread of unwanted content or harm to society. The process of parsing negative site blocking datalog is a technique used to analyze and decipher log data resulting from site blocking activities. In this context, negative site blocking is not only focused on illegal content, but also involves efforts to mitigate cybersecurity threats, including phishing attacks, malware, and other malicious online activities. Use of Observation Methods (Observation), Interviews, Literature Studies where the author made direct observations at the Aceh Communication, Informatics and Coding Agency to find out about the negative site blocking datalog in the Aceh Equipment Work Unit, conducted direct interviews with Field Supervisors and staff at the agency to find out about the process of parsing negative site blocking datalogs at the Aceh Equipment Work Unit, collect and study references related to data parsing, negative site categories, websites, CodeIgniter 4 documentation, Bootstrap documentation, and information system design tools from various journals, theses, articles, and various other reference sources. The proposed system for parsing datalogs has clear functional and non-functional needs. Functional needs involve features such as login, blocking data management, category management, blocking graph representation and reporting. Meanwhile, non-functional needs include authentication security, responsive performance, and an intuitive user interface. Thus, parsing log data resulting from negative site blocking in the Aceh Device Work Unit is expected to provide significant benefits for Diskominsa Aceh in maintaining cyber security and morality in the use of the internet in its territory. These conclusions highlight the importance of implementing sophisticated technology solutions to understand, analyze, and manage block log data efficiently and effectively.