Operational Guidelines Research Articles

Operational and Financial Efficiency in Private Basic Education in The North and Northeast Regions of Brazil

Objective: The objective of this study is to understand the strategic drivers and commercial methodologies that Private Basic Education institutions located in the North and Northeast Regions of Brazil adopt to attract, retain and retain students, as well as investigate the applied guidelines that generate added value, contributing to operational and financial growth in an efficient and sustainable way. Theoretical Framework: The theme is based on different literary approaches, from the contextualization of Basic Education in Brazil, Educational Management Models, Strategic Directions and Commercial Methodologies for attracting, building loyalty and retaining students. Method: Research of a descriptive nature, with a qualitative and quantitative approach with objective and subjective questions. Data collection took place through an online questionnaire generated on the Survio platform, to which institutions received a link via email and WhatsApp. Results and Discussion: The results obtained revealed the different forms of educational management and it is clear that the same structural size and with the same pedagogical modalities, have a discrepancy in the number of active students. In this context, there are opportunities for growth with technological investments. Implications of the Research: The research makes it possible to understand different models of educational management that can improve the operational and financial performance of private educational institutions, even considering the complexity of the North and Northeast regions, as they are different realities, both structural and pedagogical. Originality/Value: Research contributes to the sustainable growth of an educational institution through applications of structured operational processes, policies and guidelines, in addition to participatory strategic planning.

Guidelines for standard operation of imaging modalities in orbital diseases (2024).

Orbital disorders include conditions originating from the orbital bones, surrounding tissues, and post-orbital septum. They also include systemic ailments affecting the orbit. Different clinical symptoms make up the complex range of orbital disorders. Because these disorders mostly impact the orbital area instead of the intraocular compartment, there is little diagnostic usefulness for typical ophthalmic visual tests. As such, the vital instruments for diagnosing and evaluating orbital illnesses have become ophthalmic imaging modalities, including ocular ultrasonography (B-scan), computed tomography (CT), and magnetic resonance imaging (MRI). One way to improve the precision and promptness of diagnosing orbital diseases is to standardize the functioning of widely used imaging equipment and define the radiological features of orbital abnormalities. Such programs are crucial for the care of patients with orbital disorders since they considerably reduce the number of misdiagnoses and missed diagnoses in these individuals. The underlying concepts, operational techniques, and normal and pathological imaging findings associated with common diagnostic tools for orbital illnesses are all thoroughly reviewed in this guideline. The objective is to improve primary healthcare settings' diagnostic competence in the field of orbital pathology and to standardize procedures for diagnosing orbital disorders.

Recommendations for the operation of residential premises as a way to enhance their reliability and safety

The Rosstat data shows a steady increase in the volume of residential premises being put into operation. Notably, the number of individual housing units has grown significantly, and the total area of multifamily buildings commissioned in 2023 reached a record high in the Russian Federation. A multifamily building is considered as a complex structure composed of individual apartment units, engineering systems, stairwells, elevators, attics, basements, and other structural elements. Property owners lack knowledge about the parameters and features of their residential premises, locations of load-bearing structures, and critical engineering systems. In most cases, residents do not seek assistance from specialized organizations for developing a renovation or reconfiguration project. Transformations may lead to changes in loads on the supporting structures and other systems, thereby providing certain risk for the entire residential building. In order to prevent serious consequences, the present paper suggests the “Residential Premise Operation Guideline” that outlines key parameters and recommendations to be introduced. In the long term, it should reduce the likelihood of emergency situations caused by the actions of the owners.

Older people’s social work safe staffing supply and workforce demands analysis: A case study from Northern Ireland

Abstract In the UK, a range of operational tools and policy guidelines regulate staffing in various Health and Social Care sectors. Nonetheless, frameworks to ensure safe staffing in social work remain less advanced. This study focuses on older people’s social work community teams in Northern Ireland due to the high volume of cases and vacancies within these teams. Our findings provide evidence based on actual caseloads (direct work with service users) and workloads at individual, team, and regional levels within this programme of care. The analysis revealed systemic issues that require systemic solutions in relation to staffing supply and service demands. Frontline social workers and managers frequently faced overwhelming worker-to-caseload ratios, routine use of waiting lists, and team vacancies. These findings lay the groundwork for evidence-based strategic planning, guiding the development and enactment of safer and more effective social work policies and legislation in the years ahead. The project was commissioned by the Department of Health, Northern Ireland in preparation for policy and legislative developments expected between 2025 and 2028.

Advancing Eco-Entrepreneurship in Nigeria through Transformative Implementation of Sustainable Business Model Innovations

This article examines how green and sustainable business innovation can beharnessed to advance a just and inclusive decarbonization and energytransition in Nigeria. As the world strives to transition to net zero by 2050or earlier, the need for business operations to transition from traditionalmodels of operations driven by economic value to a sustainable approach ofenvironmental and social values has become more pressing. As a resource—based economy, Nigeria has made pledges and plans in line with internationalframeworks to transition and grow renewable energy resources. Yet, lack ofclear operational guidelines on effective business strategies needed toeffectively advance eco-entrepreneurship remains a key challenge. Ecoentrepreneurship and eco-ventures such as small-medium scale eco-enterpriseand energy citizens who generate eco-solutions, innovations, services andproducts in renewable energy plays a vital role in economy decarbonizationstrategies. While several studies have highlighted how external factors such asweak or unsupportive governance and policy landscape may hindersuccessful implementation of eco-entrepreneurial activities, what hasremained absent is a holistic evaluation of how lack of internal capacity ofeco-ventures themselves can hinder the successful design and implementationof transformative and sustainable business model that are able to capturebusiness opportunities, address risks and make impactful contributions toglobal sustainability objectives. This article fills a gap in this regard. Drawinglessons from surveyed Nigerian eco-entrepreneurs, this article examinesinternal governance gaps that hinder sustainable business innovation, such asincompatibility of business aims and models; limited internal capacity onESG; unsustainable procurement practices and resource constraints areexamined in order to identify the ways in which integrative sustainablebusiness model innovation can help close these gaps.

Awareness of Emergency Department Workforce about the Operational Metrics: A Cross-sectional Study.

The awareness of theEmergency Department (ED) workforce about the department's operational guidelines and metrics is essential to optimize the workflow and reduce workload and patient revisits to the ED. Therefore, this study aimed to evaluate the knowledge of the ED workforce regarding operational metrics. We conducted a national cross-sectional study using an online survey in the Kingdom of Saudi Arabia between September and December 2020. ED personnel were studied regarding the ED operational metrics like laboratory/imaging turnaround times, ED length of stay, and patient revisits, linking them to quality care. Data was summarized and analyzed using theJamovi statistical package. One hundred sixty-six participants responded to our online survey. Ministry of Health hospitals represented the largest section (n=90, 54.2%), followed by academic hospitals (n=40, 24.1%). The frequencies of an exit block in the ED were reported as 2-3 days per week (29.5%), most days (24.7%), or daily (18.1%). 41% of the respondents did not know the metrics of lab and imaging turnaround time, while 21.7% did not know about the length of stay. Most respondents agreed that the principles of ED operation should be implemented in the training programs (88.6%) and reported their satisfaction with the productivity of their department in practicing effective operations (70.9%). About one-third of the ED workers were unaware of the key operational metrics of the ED. However, the respondents believe that implementing operational metrics for ED increases the quality of medical care and should be part of the training programs.

Post COVID-19: Advancing medical laboratory service integration in nigeria and progress towards establishing integration guideline

BackgroundThe Nigerian healthcare system, including medical laboratories, operates in a three-tiered structure across public and private sectors. Lessons from COVID-19 show the urgent need for a guideline to drive medical laboratory service integration. ProblemLack of operational guideline to drive the integration of laboratory services has resulted in siloed operations across different medical laboratories causing duplication of resources, coordination issues, and inefficiencies. AimTo highlight the development processes of medical laboratory service integration guideline and discuss its key provisions. MethodThe Medical Laboratory Services Division (MLSD), Federal Ministry of Health (FMoH) initiated the development of a national guideline for integrating medical laboratory services. Partnering with stakeholders and engaging two consultants, a technical workshop was facilitated in January 2024. The Consultants garnered the initial inputs stakeholders made at the five-day meeting. The inputs were collated and organized to produce the guideline. The guideline was circulated to participants and other stakeholders for review and feedback received was used to finalize the document. The MLSD with support from partners further held a three-day stakeholders’ meeting in May 2024 to validate the document before submitting it to the Health Minister for endorsement. ResultThe guideline sets standards for achieving medical laboratory services and systems integration across different medical laboratories. The contents of the guideline are enumerated and respective recommendations made under each element are highlighted. ConclusionThe implementation of the guideline will help harmonize services, improve access to diagnostics, streamline processes, reduce redundancies, optimize resource utilization, enhance communication, data sharing, and pandemic preparedness.

Managementul integrat al patrimoniului mondial în România. O propunere a unei structuri de management a viitorului monument UNESCO Limesul roman în Dacia

One of the most known cultural activities of The United Nations Educational, Scientific and Cultural Organization (UNESCO) is the protection of cultural world heritage. A decade ago, UNESCO published a manual called Managing Cultural World Heritage, where the management plan was regarded as a relatively new tool that helped establish the strategy, objectives, actions, and implementation structures for managing and developing cultural heritage in an efficient and sustainable manner. Today, with the newest version of the Operational Guidelines for the Implementation of the World Heritage Convention (OG) published in 2021, the management plan is a mandatory part of the nomination dossier of any World Heritage Site (WHS). Moreover, UNESCO recommends that all Member States should draw up such plans for all the sites already inscribed on the World Heritage List, for a more efficient monitoring process. Regardless of the type or size of a WHS, the main goal of the management plan is to preserve the Outstanding Universal Value (OUV) of the site, that made its inscription possible. At the same time, it also provides the proper conservation and valorisation measures. At a national level, there is an intention to inscribe the Roman Limes in Dacia site on the UNESCO World Heritage List. The article proposes a management structure, according to the international provisions harmonized with the Romanian context and legislation, based on the participatory approach that implies involving all key stakeholders.

Contact Investigation and Preventive Therapy of Tuberculosis in Children Under Five in Jambi City

Tuberculosis Prevention Therapy (TPT) is recommended to prevent transmission of TB to children under five who have household contact or close contact with TB patients. Contact investigations are carried out as an entry point for administering TPT to contact children under five. Based on the initial survey, the scope of contact investigations and provision of TPT to children under five has not reached the target. Research was carried out in Jambi City in 2023 to explore the implementation of contact investigations and providing TPT to children under five by looking at the input components including facilities and methods. Qualitative research methods were used in this study with 20 informants from the Health Service and Community Health Center in Jambi City, Penabulu-STPI Community, and parents who had children under five in contact with TB patients. The results of the qualitative analysis on input components: there are no supporting policies, there is still a lack of human resources for contact investigations, there is a lack of capacity of health workers in procedures for administering TPT, the availability of tuberculin and TPT drugs is still lacking, unavailability of child-friendly TPT medication, and there is a lack of standard operational procedures and guidelines. Keywords: Contact Investigation, Tuberculosis Prevention Therapy, Toddlers, Policy Implementation

What will it take? Perspectives from five low- and middle-income countries on opportunities and challenges of introducing new maternal vaccines.

New vaccines for pregnant women have recently been introduced in some high-income countries to protect infants in early life. Implementing maternal immunisation (MI) successfully in low- and middle-income countries will require planning and adaptations to immunisation and maternal health programs. To inform cost of MI delivery studies, we gathered perspectives from key stakeholders in five countries (Bangladesh, Ghana, Kenya, Mozambique, and Nepal) regarding health system requirements, opportunities, and challenges to introducing new maternal vaccines into routine health programs. We convened national stakeholders for country workshops to deliberate potential delivery strategies, opportunities, and constraints for implementing new MI interventions. Divided into thematic areas, participants discussed health system adaptations needed to establish or strengthen an MI platform. Stakeholders felt that existing programs that administer vaccines to pregnant women, primarily tetanus-containing vaccines, provide a proven path for the delivery of additional maternal vaccines. Maternal health and immunisation program integration was perceived strongest at the health care provision level and weakest at the national level. Concerted coordination at the national level was identified as critical to the success of introducing new interventions. Stakeholders perceived that most health workforce providing immunisation and antenatal care services undergo similar training and have transferrable skills, however developing operational guidelines with clear roles and responsibilities was deemed critical for ownership and accountability. Human resource constraints were cited as a challenge for some countries. The importance of raising awareness of disease burden and new MI interventions was also highlighted across countries. Sustainable financing was a recurring challenge cited, especially with transitions from Gavi support. The workshops enabled country stakeholders to deliberate needs to support the introduction of new maternal vaccines. While circumstances and needs differed, stakeholders across countries were optimistic about the capability of their health systems to integrate new maternal vaccines.

Cloud-Enabled Innovation in Retail: Transforming Inventory Management and Demand Forecasting

This comprehensive article explores the transformative impact of cloud computing technologies on the retail industry, examining core platform solutions, implementation strategies, and future trends. The article investigates how cloud integration has revolutionized inventory management, demand forecasting, and operational efficiency across the retail sector. Through detailed case studies of major retailers, the research demonstrates the substantial benefits of cloud adoption in areas such as real-time data processing, predictive analytics, and supply chain optimization. The article encompasses technical considerations, best practices, and emerging technologies, providing insights into successful implementation strategies and operational guidelines. The article further evaluates the integration opportunities and standardization initiatives shaping the future of retail cloud computing, highlighting the critical role of artificial intelligence, blockchain, IoT, and advanced analytics in driving industry innovation.

Conceptualizing an Institutional Framework to Mitigate Crypto-Assets’ Operational Risk

Extent ecosystems of crypto financial assets (crypto-assets) lack parity and coherence across the globe. This asymmetry is further heightened with a knowledge gap in operational risk management, wherein the global landscape of crypto-assets is characterized by unprecedented external risks and internal vulnerabilities. In this study, we present a critical examination and comprehensive analysis of current crypto-asset operational guidelines across geographies. We benchmark these guidelines to the Basel Committee for Banking Supervision (BCBS) risk classification framework for crypto-assets, identifying gaps in the operations across organizations. We, hence, conceptualize a novel institutional framework which may help in understanding and mitigating the gaps in operational risks’ regulation of crypto-assets. Our proposed Crypto-asset Operational Risk Management (CORM) framework determines how operational risk associated with crypto-assets of financial institutions can be mitigated to respond to the increasing demand for crypto-assets, cross border payments, electronic money, and cryptocurrencies, across countries. Applicable to firms irrespective of their size and scale of operations, CORM aligns with global regulatory initiatives, facilitating compliance and fostering trust among stakeholders. Strengthening our argument of CORM’s applicability, we present its efficacy in the form of alternate hypothetical outcomes in two distinct real-life cases wherein crypto-asset exchanges succumbed to either external risks, such as hacking, or internal vulnerabilities. It paves the way for future regulatory response with a structured approach to addressing the unique operational risks associated with crypto-assets. The framework advocates for collaborative efforts among industry stakeholders, ensuring its adaptability to the rapidly evolving crypto landscape. It further contributes to the establishment of a more resilient and regulated financial ecosystem, inclusive of crypto-assets. By implementing CORM, institutions can navigate the complexities of crypto-assets while safeguarding their interests and promoting sustainable growth in the digital asset market.

Navigating Legal Transformation: Challenges and Prospects of Cybernotary in Enhancing Public Service Efficiency in Indonesia

The concept of cybernotary represents a transformative shift in the notary's role in the digital era, utilizing technology to enhance the efficiency and accessibility of legal services in Indonesia. While cyber notary holds potential for supporting the digitalization of notarial services and meeting the demands of modern society, its implementation in Indonesia encounters significant challenges, particularly in regulatory alignment and limited digital infrastructure. This study aims to provide a deeper understanding of how cyber notary supports the transformation of public services, making them faster, more efficient, and transparent, as well as to identify obstacles that must be overcome to achieve optimal implementation within state institutions. This research employs a qualitative approach, aimed at uncovering an in-depth understanding of e-Notarization's role in strengthening the digitalization process and enhancing the effectiveness of public services by state institutions. From a regulatory perspective, although there is a legal basis permitting electronic transactions, adequate technical and operational guidelines are still lacking to ensure smooth implementation. These challenges are particularly apparent in provisions requiring physical presence for the validation of signatures and fingerprints, which restrict the flexibility of notaries in serving the public digitally. As a result, these regulations constitute a principal barrier to the goals of cyber notary in delivering faster, more efficient, and more accessible legal services.

Computational modeling of reinforced concrete dapped‐end beams

AbstractThe structural response of reinforced concrete dapped‐end beams is simulated through finite element analysis. The case study consists in experimental tests performed in the framework of an Italian research project on bridges. The study assesses both the local and global behavior of the beam and characterizes the damage patterns. A blind prediction is initially performed inputting the main basic material and geometrical properties of the specimen. Further models are developed by varying several structural parameters and modeling/analysis features, assessing their influence on the structural capacity and response of the beams. The blind model yielded relatively accurate behavior and capacity estimations. Additionally, the modeling is enhanced by accounting for experimental data. Technical and operative guidelines for implementing the numerical analysis of dapped‐end beams are finally provided, in light of the critical assessment of the modeling and analysis results.

The Effect of the Arcs Model of Motivation on Students' Learning Achievement: A Meta-Analysis

Objective: The objective of this study is to investigate the effect of ARCS motivation model on students' learning achievement, with the aim of is to test the validity of the ARCS motivational modelling approach.It aligns with UN Sustainable Development Goal (SDG) 4(Quality Education), promoting effective and inclusive learning outcomes. Theoretical Framework: In this topic, the main concepts and theories that underpin the research are presented. Activity theory stand out, providing a solid basis for understanding the context of the investigation. Method: The methodology adopted for this research comprisesMeta-analytical design, for the included literature, strictly followed the operational guidelines of PRISMA. Data collection was carried out through four databases, Web of Science, Proquest, Scopus and Eric, coded and classified through activity theory, and the tool used CMA 3.7 software for data analysis to ensure the accuracy and comprehensiveness of the results. Results and Discussion: The results obtained revealed ARCS model of motivation has a large effect size on student learning achievement (ES=1.256). In addition, sample size, learning domain, ARCS motivational classroom model, intervention duration, teaching method, sample region, interaction type, and teaching tool significantly moderated the effect sizes. Research Implications: This study systematically evaluates the impact of the ARCS motivation model on academic performance through meta-analysis, providing empirical support for motivation theory in educational psychology. Practically, this study offers effective strategies for educators to enhance students' motivation and academic performance, and serves as a reference for optimizing the integration of course design and teaching models. Originality/Value: This study contributes to the literature by adopting an activity theory coding design to systematically analyse the effect of the ARCS motivational model on student achievement. Its significance and value lies in revealing the effectiveness of the ARCS motivational model in improving students' academic achievement, providing empirical support for instructional design and practice, and providing guidance for motivation-driven curriculum design in particular. This study has important applications in promoting academic progress, improving the quality of education and achieving sustainability in quality education.

A Study on the Process Reengineering of Exhumation and Reburial for Early Deceased Single Veterans in Taiwan

This study explores the process of exhumation and reburial for approximately 600,000 military personnel who relocated to Taiwan with the National Government and were settled by the Veterans Affairs Council after retirement. These single veterans were buried using traditional inground burial methods. Over time, these graves have deteriorated due to lack of maintenance and are scattered across the country, making planned reburial (secondary burial) challenging. To meet environmental and burial management needs, the government has been planning exhumation and reburial annually. The Veterans Affairs Council needs to conduct statistical surveys and process reengineerin studies to balance budget savings and environmental concerns, addressing the burial issues of early single veterans. This study designs a posthumous handling model and explores the feasibility of budget savings and process reengineering through in-depth expert interviews, providing policy recommendations. The study suggests handling the ashes through sea burial and enshrining the memorial tablets in the Veterans’ Shrine to reduce storage space and achieve information management. Currently, exhumation and reburial operations rely mainly on private donations, and it is recommended that the government establish special funds to support these efforts. Promoting eco-friendly burial methods, such as sea burial, and providing legal protection and operational guidelines are also advised. Strengthening public education and advocacy to promote the advantages and importance of ecofriendly burial methods is crucial. These recommendations aim to save budget, improve efficiency, and promote environmentally sustainable burial practices

SA96 Scientific and Operational Guidelines for Conduct of Embedded Interviews With Participants in Clinical Trials

SA96 Scientific and Operational Guidelines for Conduct of Embedded Interviews With Participants in Clinical Trials

The operational guideline of Rapid Response System

The operational guideline of Rapid Response System

Optimal operation guidelines for direct recovery of high-purity precursor from spent lithium-ion batteries: hybrid operation model of population balance equation and data-driven classifier

The direct resynthesis of precursor from spent lithium-ion batteries (LIBs) via co-precipitation is a crucial step in closed-loop cathode recycling systems. However, design and operation strategies for producing high-purity precursors have not been comprehensively explored or optimized. Herein, we propose the optimization of co-precipitation during the recovery of spent LIBs to achieve impurity-free precursor resynthesis. By incorporating the thermodynamic equilibrium model of the leaching solution of spent LIBs into a population balance equation (PBE) model, we identified the operating ranges that prevented the formation of impurities. Bayesian optimization was employed within the screened operating ranges to determine the optimal operating conditions for minimizing both operation time and maximum particle size. This optimization was performed for both unseeded batch and semi-batch systems. The results demonstrate that the selection of an optimal semi-batch operation can reduce the operation time by 23.33% and increase the particle size by 54.75%, owing to the high nucleation and particle growth rate during the initial time step. By employing an optimization approach based on the PBE model, this study provides detailed operational guidelines for batch and semi-batch co-precipitation, enabling the production of high-purity precursor materials from spent LIBs, while minimizing both operating time and maximum particle size.

Evaluation and synthesis of perovskite crystals as high-Z sensors for hybrid pixel detectors

High-energy photon imaging experiments are crucial techniques in synchrotron facilities, often employing hybrid pixel detectors for these operations. These detectors combine a photo-sensitive semiconductor component with a pixelated microelectronic Application Specific Integrated Circuit (ASIC) for signal processing and image formation. However, detecting photons above 90 keV poses significant challenges, even for heavy semiconductors, due to lower photoelectric absorption cross-section at this energy range. Nevertheless, lead-based perovskites, such as CsPbBr3\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${\ ext{CsPbBr}}_3$$\\end{document}, are remarkable alternatives as they present excellent cross-section values and noteworthy transport properties, contributing to increased high-energy detection efficiencies. Here, we employ a chemical synthesis route for CsPbBr3\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${\ ext{CsPbBr}}_3$$\\end{document} single-crystals, enabling experimental measurements of carrier mobility of 100.7 cm2\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${\ ext{cm}}^{2}$$\\end{document}/Vs. We also developed a simulation algorithm to calculate the current pulses generated on pixelated electrodes. Our simulations evaluate CsPbBr3\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${\ ext{CsPbBr}}_3$$\\end{document}’s performance coupled with the latest photon-counter ASIC developed by CERN, the Timepix4. Our findings indicate that CsPbBr3\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${\ ext{CsPbBr}}_3$$\\end{document} crystals require intense applied electric fields, around 1 kV/mm, for accurate signal integration. Furthermore, we observed no correlation between incident energy and induced pulse width. Through microelectronics simulations, we demonstrate that the signal formation behavior of CsPbBr3\\documentclass[12pt]{minimal} \\usepackage{amsmath} \\usepackage{wasysym} \\usepackage{amsfonts} \\usepackage{amssymb} \\usepackage{amsbsy} \\usepackage{mathrsfs} \\usepackage{upgreek} \\setlength{\\oddsidemargin}{-69pt} \\begin{document}$${\ ext{CsPbBr}}_3$$\\end{document} is compatible with Timepix4 ASICs, consequently establishing operational guidelines for employing this promising material as sensors in hybrid pixel detectors.