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10% of the energy used in businesses is consumed by air compressors. Kompress.ai is an Artificial Intelligence-based IoT (Internet of Things) solution that connects to your air compressors regardless of the brand, collects all kinds of data and prevents malfunctions and inefficiencies. With Kompress.ai you can; Monitor your air compressor data Create instant alerts with the rule engine Watch the alerts from different platforms Predict failures and inefficiencies by detecting anomalies with Artificial Intelligence Decrease your air compressor costs by 15% Decrease your air compressor maintenance costs by 10% You can watch the video about how to increase your air compressor efficiency below: BiLiG OpEx offers its customers "digitalization that pays for itself". For detailed information, you can make an appointment for an online meeting from the "Book Now" box below.

Our new BiLiG OpEx video consisting of our digital solutions has been released. You can watch the video below: BiLiG OpEx offers its customers "digitalization that pays for itself". For detailed information, you can make an appointment for an online meeting from the "Book Now" box below.

The 4th Istanbul SMEs and Informatics Congress, organized by the Istanbul Branch of the Turkish Informatics Association, was held online this year on 6-7 October 2021 with the theme of "Green World, Technology and Exporter SMEs". Oğuz Özbek, one of the Founding Partners of BiLiG OpEx, made a presentation on "Process and Task Mining for Digitalization Efficiency" at the "Blue and White Robots" panel. Moderator: Prof.Dr. Gonca Telli - Dean of the Faculty of Economics and Administrative Sciences of Doğuş University / Member of the Board of Directors of TBD Istanbul Branch Panelists Kandan Özgür Gök - Universal Robots Turkey & MEA Country Manager Cemal Kıvanç Öner - Chairman of the Board of Öner Bilişim Oğuz Özbek - Bilig Opex Co-Founder BiLiG OpEx offers its customers "digitalization that pays for itself". For detailed information, you can make an appointment for an online meeting from the "Book Now" box below.

We are proud to take part in "International Conference on Management of Technology '21 in Cairo" with another, extended, case-study supported paper based on our DOPA (Digitalization Opportunity Analysis) method. Our paper "DIGITALIZATION OPPORTUNITY ANALYSIS BY SELECTION OF CRITICAL TO QUALITY PROCESSES AND TECHNOLOGY WITH SAW AND FUZZY AHP" took part in the proceedings, which is listed in Scopus.com, an academic citation database. It is an exceptional privilege for us to end up taking part in the academic literature from our humble initial study. We are grateful to Assoc. Prof. Nihan Yıldırım of Istanbul Technical University Department of Mnagement Engineering, for her faith and support, and thankful for the valuable support of Almira Selin Kahya and İmran Ahioğlu, for bringing their academic knowledge into the DOPA method. BiLiG OpEx offers its customers "digitalization that pays for itself". For detailed information, you can make an appointment for an online meeting from the "Book Now" box below.

It is predicted that 5G, the next generation wireless communication technology, will promote development in consumer, industrial and public areas by providing high speed, low latency, high capacity, high reliability, energy efficiency and high geographic coverage-access. It is expected that one billion users will have access to 5G technology by 2023. With speeds of 500Mbps to 1Gbps (for now), 5G will take our data transfer capabilities to a whole new level. Like every new technology, positive developments and negative effects are expected in some sectors after 5G. For this reason, I have prepared an article on which areas make sense to focus on to survive. A study by PWC estimates that 5G deployment will contribute US$1.3 trillion to world GDP by 2030. Another study by BCG predicted a similar impact ($1.4-1.7 trillion) in the United States alone. An IHS Markit study prepared for Qualcomm calculated that by 2035, the number of 5G-related jobs will reach 23 million people. All three studies show that 5G will make great contributions to the economy. It is necessary to divide this contribution into two, direct and indirect. DIRECT CONTRIBUTION Initially, 5G will directly contribute to economic activity through network infrastructure deployment. We can prioritize the direct contributions of 5G to the economy, which primarily targets organizations (B2B) instead of end users (B2C) who are (for now) satisfied with 4G in many respects: In the first phase, operators will install enhanced mobile broadband (eMBB), fixed and mobile wireless access services, as well as a basic broadband network (low-midband) for better connectivity and first mmWave deployments in populated urban areas. In the second phase, operators will expand their 5G networks. 5G coverage will become more available along major transport routes using low-band and mid-band spectrum and in areas with lower population density, and mmWave intensity will continue in urban centers and hotspots such as venues and shopping malls. In phase three, operators will expand midband and mmWave density between cities, businesses, and main and secondary transit routes. The direct economic impact of 5G will continue, driven by: Using dynamic spectrum sharing (DSS) to share 4G and 5G in the same spectrum band and leveraging existing macro networks to increase coverage and capacity, Upgrade the software of the existing 5G ready network infrastructure, Building new 5G network infrastructure It is thought that the future value through direct expenditure on capital and labor will represent about 30% of its total potential. INDIRECT CONTRIBUTION As 5G networks continue to expand and evolve, there will indirectly be an even greater wave of economic activity (70% of the total economic potential) as the networks will provide new and improved use cases across industries. These activities, some examples of which are given below, will bring significant socioeconomic benefits through higher productivity, improved cost competitiveness and better health and safety: Local private networks: In addition to operators, system integrators who are specialized in the business areas of companies and have a holistic perspective on NT / IT / OT systems will develop solutions that will fill the gap between the telecom world and industries. Real-time process control: Advanced analytics solutions that instantly optimize processes on assembly and production lines and across multiple sites. Image processing: Solutions based on real-time analytics to detect deviations quickly and early in processes such as quality control and inspection. Mobile vehicles: Solutions such as AGVs, drones, forklifts, autonomous transport fleets that can make analytical-oriented navigation and coordination decisions with real-time connectivity. Augmented reality: Solutions where tools such as augmented reality glasses are used in areas such as production, service, logistics and health. New job creation: PPI expects the technological advances that 5G facilitates will lead to overall job gains, not losses. The jobs created by 5G are projected to pay higher than the jobs we will lose due to automation. At this stage, it is not a bad idea to improve ourselves for the jobs that will be created instead of the lost jobs. I would like to thank our 5G solution partner Opticoms for their feedback on enriching this article. BiLiG OpEx offers its customers "digitalization that pays for itself". For detailed information, you can make an appointment for an online meeting from the "Book Now" box below.

If you are an organization that provides products or services for your customers by doing manual work on computer screens, increasing the efficiency of those activities will directly affect your revenue. As in every Operational Excellence initiative, we first need to measure how much time it takes to fulfill each job. Now Task Mining softwares make this job much easier, instead of manually measuring with a time watch. WHAT IS TASK MINING? Task Mining is a software-supported Operational Excellence tool that we use to monitor and analyze the manual work we perform on our computers. Some examples of these manual tasks are given below. Mouse clicks Key press Using softwares such as MS Excel, Word, PowerPoint Email softwares like Outlook PDF reading Photo reviewing Watching videos Internet browsing ADVANTAGES OF TASK MINING? You can easily explore process automation opportunities such as RPA/BPA. You can easily spot digitalization opportunities such as NLP/OCR You can combine process variants (doing the same job in different ways) for higher efficiency You can improve the user experience (UX) and design more efficient screens and interfaces. You can take out unnecessary steps or actions from your processes. WHICH ACTIVITIES CAN YOU MONITOR WITH TASK MINING? Loading pages into the printer Getting prices from websites Printing time of a report on the printer Adding and copying data to MS Excel-ERP File download and upload Signing in and navigating business systems Downloading an invoice from email Entering the invoice into the accounting system Reading the prices from the MS Excel file during insurance policy preparation Preparation of contract in MS Word BiLiG OpEx offers its customers "digitalization that pays for itself". For detailed information, you can make an appointment for an online meeting from the "Book Now" box below.