Access Points Research Articles

Alternative archives: Researching politics with chunks of reality

The challenges and opportunities of accessing empirical material present a puzzle insofar as they index simultaneously the politics of research archives and the positionality of researchers. Today, amid increasing authoritarianism, disinformation, and the obstacles created by the securitisation and privatisation of data, access to reliable information is frequently blocked or complicated by the interests of political management, corporate monopoly, and surveillance capitalism, as well as by institutional and personal constraints on researchers. At the same time, digital archives, social media, blogs, diverse global communications, and even the information management tools of authoritarian and corporate control, create innumerable alternative access points for research. In this article, we describe all of these other access points as ‘alternative archives’, and, in doing so, we also seek to highlight three overlapping definitions of their alternative status in terms of (1) empirical, (2) counter-hegemonic, and (3) epistemic meanings. We next provide five state-of-the-art examples of overcoming research obstacles due to state-of-the-world developments in surveillance capitalism, securitisation, authoritarianism, information control, and human insecurity, suggesting that we can learn from obstacles to research as well as the alternatives.

Divergent imaginings: Transitioning to decarbonised mobility in ‘post-coalonial’ County Durham

ABSTRACT What happens when the various parties involved in constructing decarbonised futures’ infrastructure diverge in their imaginaries? Much of the published research on the sociotechnical imaginaries relating to electric vehicles (EVs) describes the creation of the future of decarbonised transport as a process mired in conflict, with various interested parties represented as strenuously disagreeing in their assessment of the most efficacious solution. The aim of the article is to offer an alternative account, based upon data gathered through participant observation, interviews, and grey literature. It describes the sort of personal transportation futures currently being imagined in the United Kingdom. The focus is specifically on the installation of electric vehicle charge points. The author contrasts Whitehall’s national vision for this infrastructure with the ‘post-coalonial’ vision of officers of Durham County Council in North East England have articulated an alternative, a ‘post-coalonial’ vision, and finds that the vision of both the British civil service and Government of the United Kingdom focused on private ownership and commuting, while Durham County Council envisioned publicly accessible charge points that enabled various types of different journeys. Despite the striking differences the conclusion is that contrary to the findings of previous studies the existence of these divergent infrastructural imaginaries led not to conflict but to co-existence.

Infrastructure development in children's behavioral health systems of care: essential elements and implementation strategies.

To improve the outcomes of children's behavioral health systems, states must invest in expanding infrastructure; however, infrastructure is a commonly used and poorly understood concept. This paper aims to provide a definition of infrastructure in the context of state-level children's behavioral system of care development and describes five essential infrastructure elements: an integrated governance and decision-making structure; structures and processes for blended and braided funding; a central point of access for information, referral, and linkage; workforce development, training, and coaching in effective practices; and data and quality improvement mechanisms. Suggested implementation activities are offered for each of the five proposed infrastructure components. The important role of public-private partnership, particularly with intermediary organizations, is described, and future directions for research and scholarship are proposed.

Pandemic preparedness of Egyptian community pharmacists and potential facilitators to the successful implementation of a community pharmacy coronavirus disease 2019 referral service: a cross-sectional survey.

The coronavirus disease 2019 (COVID-19) pandemic resulted in an increased need for essential community services including new roles for pharmacists. Globally, community pharmacists are a highly accessible point of contact for referral. To assess the preparedness of and facilitators to community pharmacists referring patients with suspected COVID-19 symptoms for testing. A cross-sectional survey was administered using a structured questionnaire to 1023 pharmacists (one respondent in each pharmacy) in Egypt between 17 and 30 May 2020. Pharmacists who had received pandemic referral training were significantly more familiar with the referral system in comparison to those who had not (n = 180; 17.6% vs. n = 841; 82.4%, P = .014). Case referral was significantly associated with the referrer (n = 161, 15.8%), demographics of region (P = .001), graduation year (P = .035), and gender (P = .015). The vast majority of respondents identified facilitators to referring, namely university-level teaching (n = 984, 96.7%), continuing professional development (n = 958, 94.3%), smartphone app (n = 809, 80.5%) or telephone hotline (n = 933, 91.5%), IT access (n = 861, 84.7%), and managing patients' attitudes through the media in terms of the importance of declaring symptoms to (n = 998, 97.7%) and cooperating with (n = 977, 96.2%) referrers. Pharmacists' lack of preparedness to engage with the referral process and related roles contributing to tracking the national COVID-19 infection rate could be mitigated by the provision of facilitators suggested by respondents. These included improved cooperation from local healthcare authorities, educational interventions, technological solutions, and the use of the media. Demographics associated with pharmacists' attitudes to referral, and hence the reliability and validity of the national infection rate, demand further investigation.

Core publications in drug discovery and natural product research

Natural products have long been a cornerstone of drug discovery, providing diverse and biologically relevant chemical scaffolds. This work aims to guide newcomers to natural product research and, specifically, drug discovery by presenting a curated list of 30 key publications selected through an international survey of experts and critical evaluation by the authors. The selected works span textbooks, review articles, and original research papers, covering various aspects of natural product research, including chemistry, pharmacology, analytical sciences, emerging open science, and computational approaches. We discuss historical milestones in natural product drug discovery, highlighting the specific contributions of the U.S. National Cancer Institute in developing anticancer and anti-HIV agents. The present work also addresses current challenges and innovations in the field, emphasizing the importance of data quality, interdisciplinary collaboration, and the integration of artificial intelligence. By providing this carefully selected reading list and accompanying analysis, we aim to offer a comprehensive yet accessible entry point for researchers new to natural product-based drug discovery and highlight future directions and opportunities in this dynamic field.

Supporting Peer Feedback at Scale

Schneider et al. (2017) conducted a systematic review of 38 meta-analyses investigating 105 variables linked to student performance. They reported peer assessment is the most influential factor in explaining students’ achievement. The benefits are even more significant when combined with self-assessment as students' meta-cognitive capacity is exercised as they calibrate their level of understanding and confidence to that of their peers (Power & Tanner, 2023). Assessing a peer digitally has been shown to be more effective than in-person settings (Li et al., 2020). Winstone & Boud (2022) recommend improving students’ learning by focusing on providing and receiving high-quality feedback rather than on grades. Despite the potential of technology to help students assess each other, there is sparse research in commerce studies, let alone on large-scale subjects, where technology use is essential to leverage students’ learning and encourage interaction, which otherwise would be limited. Such a study can shed light on students' learning and engagement benefits. Technology can also aid in creating a structured learning environment, with students being required to complete multiple tasks throughout the semester and engage with the platform repetitively, reinforcing improved curriculum retention (Schwerter et al., 2022). Our project involved implementing five tasks (a practice task and four assessed tasks) in a large-cohort first-year finance subject at a leading Australian university. The tasks contributed 15% to each student’s final mark and utilised the Feedback Fruits platform (integrated with Canvas LMS). For each task, students scanned their handwritten answers to two questions, uploaded them into the platform as a PDF file, completed self-assessment and reviewed a randomly assigned anonymous peer using a rubric designed to mimic the rubric used to mark final exam questions. We configured the system so that students had at least one week to upload their answers and another week to complete the self-assessment and peer review. Statistical analysis of the Feedback Fruits analytics files, which include completion rates and performance, involved regression analysis and propensity score matching and indicates a significant positive relationship between platform engagement (measured by time spent on the platform, provided comments length and task performance) and final exam performance, even after controlling for a student’s finance aptitude. The study also involved an end-of-semester survey and focus groups to capture students’ perceptions. Students indicated the positive learning benefits they gained from reviewing their peers, being reviewed, and reflecting on their performance. Furthermore, we found a high correlation between the number of comments and the average number of words per comment students left themselves and those left for their peers. The innovation of our research is in the scale, continuous use of the platform throughout the semester with multiple access points per task and better exam preparedness by simulating exam conditions utilising rubrics and handwriting requirements. This poster describes the project’s implementation process map, including task setup, timelines, and the support provided, which is the technical part of the bigger project. We review fundamental mechanisms to improve participation and the quality of the reviews. In addition, the poster presents the challenges faced and offers practical steps to overcome them.

Lower Energy Consumption in Multi-CPU Cell-Free Massive MIMO Systems

Under the ideal assumption of deploying only one central processing unit (CPU) in the entire system, cell-free (CF) systems can achieve significant macro-diversity gain, thereby providing uniformly reliable service to each user equipment (UE). However, due to limitations in system scalability and the feasibility of strict phase synchronization, CF systems require a multi-CPU setup and perform coherent transmission at a smaller scale. Moreover, conventional CF systems typically operate in time-division duplex (TDD) mode and utilize statistical channel state information (CSI) for downlink (DL) decoding, but the channel hardening effect is not significant. These factors reduce downlink spectral efficiency (SE) and increase DL transmission time, leading to higher energy consumption in CF systems. To address these issues, we introduce downlink channel estimation (DLCE) in multi-CPU CF systems and derive the approximate achievable DL SE. To reduce DL pilot overhead, we propose an uplink–pilot-reuse-constrained DL pilot allocation principle. Based on this principle, we develop a farthest distance pilot allocation (FDPA) algorithm to mitigate pilot contamination. In addition, leveraging the characteristics of the heuristic distributed power allocation algorithm, we propose two access point (AP) clustering algorithms: one based on CSI (BCSI) and the other based on coherent group size (BCGS). Simulation results indicate that the introduction of DLCE significantly improves DL SE in multi-CPU CF massive MIMO systems, while the proposed FDPA algorithm further enhances DL SE. The BCSI and BCGS algorithms also effectively improve DL SE and help reduce energy consumption. By combining DLCE, the FDPA algorithm, and the proposed AP clustering algorithms, the energy consumption of multi-CPU CF systems can be significantly reduced.

Buprenorphine Administration and Prescribing at Emergency Departments: A National Analysis from 2014-2021.

Emergency department (ED)-initiated buprenorphine provides a low barrier access point and safety net to mitigate opioid overdose risk and increase treatment engagement. We sought to describe trends and patterns of buprenorphine utilization from the ED using national data. This is a retrospective review of the National Hospital Ambulatory Medical Care Survey between 2014 and 2021. Our primary outcomes were trends in ED buprenorphine utilization. We described patient demographics, visit characteristics, and conducted trend analyses. We utilized logistic regression to determine predictors of buprenorphine prescribing. Between 2014 and 2021, there were 341,875 ED visits in which buprenorphine was administered, with no change over time (P = 0.08). There were 392,031 visits where buprenorphine was prescribed at ED discharge, with an increase over time (P = 0.01). The largest rise in rate for discharge prescriptions occurred between 2019 and 2020 (37,737 [0.03%] visits vs 126,041 [0.10%]) (233% increase in rate, P < 0.0001). Although there was an increase in buprenorphine prescribing at ED discharge, there was no increase in administration. The acceleration in prescribing between 2019 and 2020 suggests that the ED may have been a safety net for patients who lost access to addiction care during COVID-19. Future studies should explore reasons for disparities and barriers to buprenorphine utilization.

GPe Projections to the Retrorubral Field Give Rise to Diverging GABAergic and DAergic Circuits.

The external segment of the globus pallidus (GPe) is involved in the modulation of motor output and limbic components of behavior. The circuitry by which the GPe contributes to limbic components of behavior remains unknown. While many investigations have focused on the local circuitry within the basal ganglia, numerous GPe projections to target regions outside of the basal ganglia including the midbrain, thalamus, and cortex exist and remain largely unexplored. Here, by anatomical and electrophysiological means we investigate the projections of the GPe to the Retrorubral Field (RRF), a dopaminergic nucleus in the caudal midbrain, in both male and female mice. We find that the GPe targets both GABAergic and DAergic neurons in the RRF (RRFDA and RRFGABA). Viral-assisted circuit mapping to trace the cell-type specific projection patterns of RRFDA and RRFGABA populations revealed diverging pathways. The connectivity of GPe-recipient RRFDA neurons followed the traditional medial forebrain bundle path, innervating the ventral striatum and to a lesser extent the dorsal striatum. GPe-recipient RRFGABA neurons, on the other hand, displayed broad projections targeting numerous brain regions involved in limbic function including the parabrachial nucleus, amygdala, and hypothalamus. These contrasting projection profiles reveal multiple nodes by which the GPe is disynaptically connected to the limbic system, representing novel access points for the GPe to modulate limbic components of behavior.Significance Statement Progress in our understanding of GPe composition, circuits, and functions has allowed for a greater appreciation of the role of the GPe in shaping behavior. Here, we elaborate on the connectivity of the GPe with the RRF, the third-largest dopaminergic nucleus of the ventral midbrain. We reveal the targeting of both RRFDA and RRFGABA neurons by the GPe and demonstrate the vast non-overlapping projection profiles of RRFDA and RRFGABA Via the multi-level limbic connectivity of the RRF, these results add a novel branch of circuitry to the GPe, which may represent the foundation for some of its non-motor functions.

Research on Resource Allocation Algorithm for Non-Orthogonal Multiple Access Visible Light Communication

In order to satisfy the large-scale access of visible light communication (VLC) users, as well as the demand for user request rate, the resource allocation problem of visible light communication with drone-assisted non-orthogonal multiple access (NOMA) technique is investigated. An efficient scheme for joint optimization of power allocation and access point (AP) location is proposed. According to the state of user channel information, a user pairing strategy with uniform channel gain difference for any number of users is designed, and an objective function of maximizing the average user data rate with constraints is constructed. For this non-convex NP-hard problem, the optimization problem with constraints is transformed into an optimization problem without constraints by introducing the idea of a penalty function and then solved by the Harris Hawk Optimization (HHO) algorithm based on the nonlinear energy convergence factor, and ultimately, the optimal user power allocation factor, as well as the location of the AP, are found. The simulation results show that the scheme in this paper can improve the average user data rate better compared to other classical schemes. The system performance of the HHO algorithm is improved by about 20.31% compared to the Particle Swarm Optimization (PSO) algorithm. The HHO algorithm based on the nonlinear energy convergence factor improves the convergence speed by about 50% compared to the classical HHO algorithm.

Metaphor of the Drum Circle: Balance, Equity, Connection, Wholeness

The purpose of this mindfulness themed column is to promote the use of focused breathing and drumming as access points to improved student and teacher wellness in the general music classroom. Drumming can be a holistic activity with the healing potential to improve and transform many traumatic life experiences endured by students and teachers. Similarly, mindfulness breathwork is a holistic approach used to enhance self-awareness in the moment and can reduce participant anxiety. Both pursuits have the potential to help students and teachers overcome difficulties of fear, stress, and anxiety. Both practices expose participants to new ways of understanding themselves and the world around them while creating important access points to mindfulness and self-awareness.

THE IMPACT OF PAEDIATRIC EMERGENCY MANAGEMENT SKILLS ON PATIENT OUTCOMES IN ZARIA

Paediatric emergencies represent a critical challenge in Nigeria, where approximately 2,300 children under the age of five die daily, predominantly from preventable and treatable conditions such as pneumonia, malaria, and diarrheal diseases. Mortality rates are disproportionately higher in rural areas, where primary health care (PHC) centers often serve as the only point of access to medical services. The effectiveness of these centers is largely dependent on the emergency management skills of their healthcare workers. Despite their importance, there has been limited research on how the skills of PHC workers in managing paediatric emergencies impact patient outcomes. This study aimed to assess the proficiency of healthcare workers in primary healthcare centers in Zaria in managing common paediatric emergencies. A cross-sectional descriptive study was conducted among 139 health workers selected through a multi-stage sampling technique in Sabon Gari and Zaria Local Government Areas. Data collection was carried out using a pre-tested semi-structured self-administered questionnaire. The data were analyzed using SPSS version 21, and associations were tested using the chi-square test, with results presented in tables and charts. The findings revealed a significant deficiency in the emergency management skills of healthcare workers. A majority of respondents demonstrated inadequate skills in handling paediatric emergencies, with 66 (48.5%) exhibiting very poor competency in the management of common paediatric emergencies, and 32 (23.5%) displaying poor competency. Only a small fraction, 4 (2.9%) of respondents, demonstrated excellent skills in emergency management. Similarly, 46.7% of the respondents had very poor skills in the treatment of common paediatric emergencies, while only 3.0% exhibited excellent treatment skills. A statistically significant relationship was observed between the level of academic qualification and emergency management skills (p &lt; 0.05). The results underscore the critical need to enhance the skill levels of healthcare workers in PHCs through continuous professional development. This could be achieved through collaborative efforts between the Department of Paediatrics at Ahmadu Bello University Teaching Hospital and the Primary Health Care Departments of Zaria and Sabon Gari local governments, focusing on regular training and workshops. Improving the skills of healthcare workers in managing paediatric emergencies is essential for reducing child mortality and improving health outcomes in the region.

Access to University Mental Health Services: Understanding the Student Experience: L'accès aux services universitaires de santé mentale : comprendre l'expérience des étudiants.

To describe student access to university mental health services and barriers and gaps in support. This multiple cohort study used self-report data from 4,138 undergraduate students who completed the U-Flourish Well-Being Survey at the start and completion of first year from 2018 to 2023. The survey incorporated validated measures of mental health symptoms, barriers to care, and open-text questions about the mental health care experience and perceived gaps. Quantitative analyses summarized utilization patterns and barriers. An interpretive qualitative analysis identified common themes about support services and opportunities for improvement from the student perspective. At university entry, 43% of students screened positive for anxiety and/or depression, 30% reported a lifetime mental disorder and 23% a lifetime history of self-harm. Over first year, 15% of students surveyed accessed university mental health services. Access was more likely in students identifying as older, gender diverse, female, having a prior mental disorder and those who screened positive for anxiety or depression. Common attitudinal and practical barriers reported included thinking problems would resolve (74%), being uncomfortable sharing (73%), and not knowing how to get help (50%). Common stigma barriers included concerns about what family or friends might think. Students expressed that both campus-based well-being and mental health care offered during flexible hours and accessible through online booking were important. Student-tailored mental health literacy may be a sustainable approach to address the attitudinal and practical barriers identified. If such barriers are reduced, an increased service demand would be expected and improved efficiencies needed. A clear Statement of Services, an online singular point of access with embedded triage to signpost students to indicated levels of care, and clearly worked-out care pathways including to community-based services would better align with a stepped care model, improve efficiency and access, and foster realistic expectations around university mental health support.

Do the sparser access points have less impact on arterial traffic? A microscopic simulation-based study

A dynamic microscopic traffic flow simulation within a ring arterial context was developed to investigate the effects of access point spacing on urban arterial flow under a right-in-right-out access management system. The microscopic traffic flow model, centered on car-following and lane-changing behaviors, was established based on vehicle interactions. The car-following aspect encompasses free driving, car-following behavior, and deceleration and braking states while lane-changing considerations include decision-making and acceptable gap assessment. Experimental scenarios account for arterial traffic density, access traffic demand intensity, average access point spacing, and variation coefficient of access point spacing. The traffic flow and speeds within the ring arterial were evaluated across 5040 operational conditions (equating to 5880 simulation hours). The traffic flow trends and speed variations with density across different access spacing scenarios were analyzed. We made an intriguing discovery: the impact on arterial traffic flow increases with larger average access point spacing, challenging conventional traffic planning recommendations that advocate for greater spacing. Additionally, access traffic minimally affects the overall arterial flow when arterial traffic volume is low. By highlighting these critical insights, this study introduces novel considerations for designing and managing access points.

Multi-body dynamic assessment of vessel-floater accessibility for floating wind

Abstract The floating wind industry faces several challenges in the road map to full maturity of commercial-scale floating projects. Accessing the floating offshore wind turbines poses larger risks due to the added degrees of freedom of the platform, with respect to bottom-fixed technology. When a vessel approaches, the platform’s motion leads to the introduction of multi-body dynamic effects. This work deals with the modeling of the vessel-platform dynamics for the VolturnUS-S 15MW platform and IEA15MW Reference Wind Turbine and a generic Crew Transfer Vessel (CTV) by means of performing a fully coupled assessment. The hydrodynamic properties are computed by solving the multi-body radiation-difraction problem. The inertial and hydrodynamic properties are included in an OrcaFlex model to perform a time-domain analysis under several sea states. A P-controller represents the helmsman pushing the vessel against the access point. The contact forces are modeled using a linear fender system to represent slip-and-stick events during the CTV’s push-on maneuver. The resulting relative motions are analyzed, and industry-typical limits are considered to quantify accessibility levels. The results show that peak wave period and wave heading play a major role in the accessibility scores.

Improving the performance of IoT devices that use Wi-Fi

&lt;p&gt;Providing quality service to users of the internet of things (IoT) entails addressing two crucial aspects: one related to security and the other concerning the limited resources of IoT devices. We will face a challenge while using timesensitive applications within a network that utilizes a high-performance Wi-Fi technology with exceeding energy consumption. Due to this research challenge, we propose a new algorithm, IoT-quality of service (QoS), designed to achieve a true balance between enhancing the security aspects of IoT devices and improving network-hardware performance. Thus, the algorithm efficiently manages the limited energy resources by monitoring energy levels, communication quality, and queuing delay at access points. This is accomplished by utilizing a streamlined identity management system capable of achieving authentication and access authorization with reduced loading for IoT devices. The research hypothesis underwent validation through a comparative analysis of its performance against the conventional model of a Wi-Fi-based IoT device. This evaluation was conducted utilizing the NS3 simulator and was based on a predetermined set of parameters influencing the examined performance metrics, including power consumption, throughput, delay, and response time. The findings exposed the superiority of the proposed algorithm.&lt;/p&gt;

Energy Efficient Multi-Active/Multi-Passive Antenna Arrays for Portable Access Points

This article is about better wireless network connectivity. The main goal is to provide wireless service to several use cases and scenarios that may not be adequately covered today. Some of the considered scenarios are home connectivity, street-based infrastructure, emergency situations, disaster areas, special event areas, and remote areas that suffer from problematic/inadequate network and possibly power infrastructure. A target system that we consider for such scenarios is that of an energy-efficient self-backhauled base station (also called a “portable access point—PAP”) that is mounted on a drone to aid/expand the land-based network. For the wireless backhaul link of the PAP, as well as for the fronthaul of the street-mounted base station, we consider newly built multi-active/multi-passive parasitic antenna arrays (MAMPs). These antenna systems lead to increased range/signal strength with low hardware complexity and power needs. This is due to their reduced number of radio frequency chains, which decreases the cost and weight of the base station system. MAMPs can show a performance close to traditional multiple input/multiple output (MIMO) systems that use as many antenna elements as RF chains and to phased arrays. They can produce a directional beam in any desired direction with higher gain and narrow beamwidth by just tuning the load values of the parasitic elements. The MAMP is designed based on radiation conditions which were produced during the research to ensure that the radiation properties of the array were good.

AMCP Partnership Forum: Patient input and payer decision-making.

There has been growing consensus for the health care community to become more patient centered by considering patient needs, preferences, and values in decision-making. To advance partnership between payers and patient representatives to gather patient input and incorporate their perspective on the broad range of managed care pharmacy decisions, the AMCP held a multistakeholder Partnership Forum on December 6 and 7, 2023, in Alexandria, Virginia. Forum participants were asked to (1) identify opportunities for patient representatives to engage with payers and other managed care pharmacy decision-makers, (2) recognize challenges and propose potential solutions to establish patient engagement programs between payers and patient representatives, and (3) review and provide input on draft frameworks created by the 2023-24 AMCP Patient Voice Advisory Group. Key themes that emerged from the participant discussion included to assemble and draw upon successful examples and best practices, recognize different levels of engagement, build trust and relationships proactively, create defined access points and open dialogue channels, incorporate the patient perspective as an element of coverage decision-making, leverage existing patient data and reports, crystallize a key message furthering common goals, and facilitate ongoing education and learning.

UTILIZING LED USAGE ON FORTIMANAGER DEVICE AS A SOFTWARE MONITORING INDICATOR FOR FORTINET ACCESS POINTS

In today's digital era, stable connectivity and fast troubleshooting are crucial to support corporate, academic, and research activities. One important component in network infrastructure is the access point (AP) which functions to provide a wireless connection. With the large number of Access Points (AP) provided by campuses or offices, it is required to be easy to monitor and troubleshoot all Access Point (AP) devices. Fortigate, as a solution provider, offers access point and switch monitoring features using LED Usage. This study aims to explain how access point monitoring can be implemented effectively through the FortiManager device and is important to ensure that network devices are functioning properly. FortiManager devices can monitor switches that are connected with active or inactive status, how many active access points are on each switch are monitored, all of which clients are connected to the network can be monitored. Thus, FortiManager devices are very much needed by administrators and network technical teams to facilitate monitoring and troubleshooting.

Design and Implementation of a Smart Wireless Access Point for A Gas Station (SWAP-GS)

The gas distribution sector is a good fit for wireless communications, especially considering how often distribution facilities are located in distant areas. The underlying communications infrastructure needs to be extremely dependable, with a resilient system that links sensors and controls throughout a vast field area network, when working with accumulated and real-time data. The resulting detail assists managers in creating and modifying business processes, managing the station site fully, and increasing operational efficiency. A wireless gas station offers an architecture based on Wi-Fi standards for applications that track and collect data all the way down sto the sensor level. The goal of the research was to install a wireless infrastructure network at a service station. When used in a gas station, plant, enable users to access real-time information, exchange and share sensor readings from the access point, and develop a smart wireless access point system with higher secure encryption than the generic wireless network. The NodeMCU microcontroller, which broadcasts the real-time data to the clients, receives inputs from a temperature, pressure, and humidity sensor. This allows the system to do such activities. It was believed that the built wireless infrastructure will enhance the existing LAN infrastructures. A few basic prerequisites are taken into account. First and foremost, a microcontroller, a sensor unit, software design, and compliance with IEEE 802.11 standards were required.