Information Systems in Business
Student’s
Name
Institutional Affiliation
Information Systems in Business
Introduction
Information Technology and Organization Learning
Perhaps, Information Security Risk Management can be defined as the process of identifying and managing risks that results from the use of information technology. It works towards ensuring that the organization’s data are safe and their integrity together with their confidentiality remains stable. Generally, it involves identification, treatment, and assessment of risks to the integrity, confidentiality, and reliability of an organization’s both short-term and long-term assets. The main objective of this system is to assess, monitor, and treat risks in regard to the organization’s general risk tolerance. It always hard for organization’s to eliminate all the risks but it is explicitly possible for organizations to reduce the prevailing risks. Organizations are recommended that they should tirelessly work towards seeking to identify and achieve an ethical risk level for their organization. Indeed, ISRM is associated with many stakeholders who are designated different responsibilities based on their professional experience. The process of reducing information security risk relatively depend on the process and role of each stakeholder. On the other hand, communication is an essential element for a successful organization. Regardless of the nature of treatment of any risk, the decision made have to be disseminated to the entire organization. The stakeholders should comprehensively understand the cost of not treating or treating a given risk and the reason behind the chosen decision.
Conventionally, organizations should be in the position of recognizing and identifying their security risks. Therefore, it is through the adoption of an effective information security risk strategy that the organization would be able to discover, prevent, and correct the security problems or difficulties. In the contemporary world, many organization depend on information technology to carry out their activities. As a result, they get more profit as compared to when they do not engage technology in their operations. Therefore, it is a key and an integral mandate of an organization when providing solutions to the organization’s IT risk challenges since it is established to provide an effective level of security for its data and information systems. Additionally, it enables an organization to modify, assess, and identify its general Information technology security landscape.
Significantly, the Information Security Risk Management system enables an organization to bring together all the relevant departments such as organizational management, operations, security, among others to one pool in order to observe the whole organization from an attacker’s perspective. Doubtlessly, an organization should therefore, adopt a comprehensive information security management system in order to provide room for the determination XX the XXXXX of the numerous types of XXXX XXXXXXXXX XXX stored across XXX entire XXXXXXXXXXXX. XX most XX XXX XXXXXXXXXXXX in the XXXXX XXXXX, an XXXXXXXX would be XXXXXXXXXX XX XXXX breached XXX policies XX he or she XX found XX have XXXXXXXX XXX XXXXXXXXXXXX’s XXXXXXXXXX XXXXXXXXXXX or data.
Strategic Integration
Strategic integration refers to XXX process of combining XXXXXXXXX XXXXX and XXXXXXXXX XX a business organization into XXXXXXXX XXXXXXXX. XX XXXXXXX X, it XXXXX into the XXXXXX technological XXXXXXXXX XXX on an XXXXXXXXXXXX from a XXXXXXXX-strategic XXXXX XX XXXX. The XXXXXXX XXXXX XXXX XXXX XXXX a business XXX XXXXXXXXX its old XXXXX of XXXXXXXX out XXXXXXXX XXXXXXX the use XX XXXXXXXXXX XXXX XXXX XXXXXXXXX XXXXXXXX processes. Strategic XXXXXXXXXXX is, therefore, a XXXXXXX XXXX is used to XXXX XXXX XXX combination of technological XXXXXXXXX XXXX XXX XXX XX day activities of a XXXXXXXX XX XXXXXXX its XXXXXXXXXXXXX. As a company XXXXXXXXXX XXX use XX XXXXXXXX XXXXX XX technology, it can set itself apart from XXXXXXXXXXX in the XXXXXX it XX XXXXXXXX in. Technology additionally XXXXX business processes XXXXXX to XXXXX out, and XXXX innovations XXX XX made XX improve the XXXXXXX XXX XXXXXXXX XX an XXXXXXXXXXXX's XXXXXXXX (Bajaj &XXX; Akhilesh, 2020).
XXX XXXXXXX XX XXXXXXXXXXX with XXX XXXXXXXXXXXXXX XX technology in an XXXXXXXXXXXX through five pillars. XXX first is XXX XXXXXX of strategic alignment, where XXX business looks into whether XXX application XX XX XXXX XXX XXXXXXXXXX is in line XXXX XXX XXXXXXXXXX. Second is the XXXXXXXX XXXXXXX impact where how XXX use XX technology will XXXXXX the XXXXXXXXXXXX’s XXXXXXXXXX XX XXXXXX XXXX. The third XX the XXXXXX of XXXXXXXXXXXX XXXX looks at XXX impact XX XXXXXXXXXX on already XXXXXXXX XXXXXXX. XXX fourth XXXXXX is XXX payback that looks XX returns on investment XXXX the XXX XX XXXXXXXXXX. XXX last XXXXXXXXX is XXXX XXXXX XXX XXXXXXXX XXXXX are assessed like in XXX other XXXXXXX but should XX done in a XXXX in-XXXXX manner at all XXXXXX in an XXXXXXXXXXXX. Strategic integration that deals with XXXXXXXXXX should, therefore, XX an activity XXXX is XXXXXXX out XXXXXXXXX (Saura, Palos-Sanchez & Correia, 2019).
XXXXXXXXXXX XXXXXXXXXX XXXXX and XXXXXXXXXXXXXXXX
In a technological XXXXXXXX XXXXX, XXXXX XXX XXXX XXXXXXXXXX of feasibility, measurement, planning, implementation, and evolution. In the XXXXXXXXX of XXXXXXXX, an established team of XX XXXXX XX needed XX ensure systems XXX as XXXXXXXXXX. XXXXX XXXXX are divided into XXXXX XXXXX XX XXXXXXXXXX, business line managers, XXX XXXXXXXXXX users. XXX XXXXXXXXXX XXX XXX ones XXXXXXXXXXX for XXXXXXXXX XXXXX XXXX XXX systems and XXXXXXXX that users are XXXXXXXXXXXXX in the project as required. XX XXX other XXXX, XXXXXXXX line XXXXXXXX XXXX a XXXX in XXXXXXXX XXXXXXXXXXXXX XXXXXXXX XXXXXXXXXX XXX running of XXX-to-day XXXXXXXXXXXX XX a XXXXXXXX and ensuring that the XXXXX knows how to XXXXXXX the software. The third is XXXXXXXXXX XXXXX, who are the individuals XXX XXX XXX XXXX in touch XXXX different XXXXXXX XX the XXXXXXXX XXXX XX in use. XXXX XXXX XXXXX XXX executives XXX business line XXXXXXXX but are the ones XXX have XXX XXXX information XX how to XXXX XXX system XXXX XXXXXXXXX to the XXXXXXXX XXXXX of the XXXXXXXX.
XXXXXXXXXXXXX how IT is XXXXXXX based XX XXXXX XX essential because it ensures that XXXXXXXXX XX avoided. XX helps ensure XXXX all XXXXX in XXX XXXXXXXXXXXX operate XX XXXXXXXX in XXXXX XXXXXXXXXX XXXX. Additionally, the XXXXXXXXX XXXX XXXXXX that each party XXXXX XXXXX they should XXXX to for assistance in an organization in XXXX a XXXXXXX arises as XXX parts are XXXXXXX XXXXXXX. XXXX roles include XXX XXXXXXXX XXXX managers asking XXX XXX XXXXXXXXX they need XXX a XXXXXXX from the XXXXXXXXXX XXXXXXXXXX. The XXXXXXXXXX users XXX XXX guidance XX XXXXXXX from XXXXX managers who are more aware of XXXX XXX software XXXXXXX. Each XXXX XX crucial XX they work with a different XXXXXX of XXX XXXXXX XXXXX XXXXX valuable XXXXXXXXX on the XXXXXXX XXXX XXXX XXXX XXXX XXXX. Problems, XXXXXXX, arise when XXX XXXXX roles XXX unable XX agree XX how they should XXXXXXXXXXX XXXXXXXXXX XXXX XXX project (Bajaj &XXX; XXXXXXXX, 2020).
Information Governance in XXXXXXXX
The use XX e-mail in the area XX XXXXXX business XXXXXXXXXX XX an XXXXXXXX occurrence in many XXXXXXXXXXXXX. It XX an XXXXXXXXXXX that XXXX XX XXX pillar XX XXXXXXX communication. It XXX made it XXXXXXXX for XXXX communication XXXXXXX different XXXXXXXXXXX in a XXXXXXX, XXX XXX XXXX XXXX of XXXXXXX remains. As it XX a XXXXXXXXX form of exchanging XXXXXXXXXXX, e-XXXXX can act XX a reliable XXXXXX XX XXXXXXX records. XXXX XXX, however, prone XX high XXXX XXXX internal or external XXXXXXX who XXX XXXXXX unprotected software and make XXXXXXX XXXXXXX information become XXXXXX XXXXXXXXX (Turner, XXXXXXXXXXXX, & Copeland, 2020).
XXX use of e-XXXX XX XXXXXXXX XX information XXXXXXXXXX XXXXXXXXXXXXXX XX it ensures company XXXXXXXXXXX XX XXXX XXXXXXXXXXXX XXXXXX XXX XXXX environment. XX using XXXXXXXX accounts, employees in an organization XXXX up XXX XXXXXXX to XXXXXXX. XXXXXXX XX XXXXXXXXXXXXXX, XXXXXXXX XXXXXXXX can XX XXXXX to XXXXXX XXXX XXX XXXXXX XX company XXXXXXXXXXX is XXXXXXXXXX. XXX use XX XXXXXXXXXXX XXXXXXXXXX technology XXX additionally ensure that a XXXXXXX can upgrade XXX e-XXXX XXXXXXX to keep up XXXX XXXXXXXX in XXXXXXXXXX. XX XXXXX this, companies can ensure XXXX work e-mails XXX XXXX XXXX in a corporate environment XXXXXXX the loopholes that XXX readily XXXXXXXXX XX XXXX-XXXXX individuals. New XXXXXXXXXXXX in XXXXXXXXXXX governance additionally make it XXXXXXXX XXX them to be flexible XX XXXXXXXXX XXXXXXXXXXXX. By XXXXX this, it makes it XXXXXXXX XXX XXXXXXX to XX XXXX XXXXXX. XXXXXXX consulting XXX XXXXXXXXX XXXXXXXXXXXX, a XXXXXXX XXX XXXXX out XXX encryption of XXXXXXXX e-XXXXX. This XXXXX it possible XXX private information XX only XX divulged XX the XXXXXXXX. Information governance XX, therefore, a core XXXX in the use XX e-mails for XXXXXXXXXXXXX in a company.
XXXXXX media is an online XXXXXXXX that XXXXXXX XXXXX XX XXXXXX their XXXXXXXXXXXX XXXXXXXX XXXXX they get XX interact with XXXXXX. XXXXXXXXX social media XXXXXXXXX are currently in use globally, XXXXXXXXX XXXXXXXX, LinkedIn, XXXXXXXXX, Twitter, XXXXX others. XXX XXX XX social media technology has XXXX it XXXXXXXX XXX XXXXXXXX organizations to interact XXXX XXXXXXX with XXXXXXX, which XXXXX widen XXXXX XXXXXXX XXX XXXXXX XXXX income. XXX first XXXXXXXXXX between social XXXXX XXX e-XXXXX is the XXXXXXXXX XXXXXXXXXX available XXX XXXXXX media. The XXXXX include social XXXXXXXXXX, web XXXXXXXXXX, file XXXXXXX, and file XXXXXXX, among XXXXXX. Through XXXXX, social XXXXX XXXXX it possible for XXXXXXXXX to create an internal networking platform instead XX having XX look XX an XXXXXXX source, a resource XXXX standard e-mails lack. The XXXXXX XXXXXXXXXX is the interactive feature XXXX XX available XX XXXXXX XXXXX XXXXXXXXX, unlike e-XXXXX. This XXXXX it possible for XXXXXXX XX give their review XX XXXXXXXX XXX their opinion is used to XXXXX whether XXX product is XXXX received or not. XXXXXXXXX to XXXXXXXXX (2019), the XXXXXXXXXX used in XXXXXX media XX ever-XXXXXXXX, XXXXXX in XXX XXX of e-mails. XXX technology XXXX in e-mails XXX XXXXXXXX constant XXXX XXX years, XXXXXXX social media XXXXXXX are continually XXXXX made. XXX features XXX XXXXX continuously, while others XXX made XX make XXX platform more interactive for XXXXX (Pearlson, XXXXXXXX &XXX; XXXXXXXX, 2019).
XXXXXXXXXXXX XX XXXXXXXXXXX Technology XXXXXX in XXXXXXXX
Information technology XXXXXX to XXX creation, preservation, and use of XXXXXXXX XXXXXXX in the XXXXXXXXXX XX data. It involves XXX XXX XX XXXXXXXX and hardware in this XXXXXXXX of XXXXXXXXXX data. A XXXXXX economy XXXXXX to XXX XXXXXXXXXXXXX XXXXXXXX XX goods or services that takes place between XXXXXXXXX XXX XX expressed in the XXXX XX XXXXXXXX value. XXXX term is used to XXXXX XX the XXX economies from XXXXXXXXX countries come XXXXXXXX and XXXX as XXX XXXXXX. Through specific XXXXXXXXXXX, these XXXX it XXXXXXXX XXX XXXXXXXXXX XXXXXXXX XX occur XX XXX click XX a XXXXXX in different conference XXXXX XXXXXX the world. The XXX XX 5G XXXXX, therefore, XXXX XXXX more efficient XXX advanced, which XXXXX influence global economic growth. In summary, XX XXXXXXXXXX will XXXXXX XXXXXXXXX aspects XX the XXXXXX XXXXXXX. Through XXX use, various XXXXXXXXXXX in business will become XXXXXXXXXXX, which XXXX spark XXXXXXXXX sales. XX XXXXXXXXX 5G XXXXXXXXXX, XXX XXXXXX XXXXXXX is guaranteed to XXXX a sustainable XXXXXX due XX XXX XXXXXXXXX XXXXXXX XXXX it XXXX XXXXXX, XXXX how people XXXXXXXXXXX on a XXXXXXXX XXXXX to how industries XXX XXXX XXX XX XXX.
XXXXXXXX XXXXXXXXXXX
XXXXXXXX information XXXXXX in business deals with XXX conversion of XXXX to XXXXXXXXXXX, providing it in a manner XXXXXX XXX making XXXXXXXXX, XXX interfacing XXX XXXXXXXXXXX with methods of decision-making. XXX XXXXXXXXXXX XX considered as a subset of a XXXX's entire information system and directed XXXXXXX specific XXXXXXXXXX of XXXXXXXXX decision XXXXXX. XXX XXXXX, the XXXXXXXX, and the XXXXXX are XXX major elements XX XXX logistic information XXXXXX. In almost XXXXX XXXXXXXX, modern XXXXXXXXXXXXXX technologies XXXX XXXXXX XXXXXXXXX XXXXXXX for XXXXXXXXXXXX XXXXXXXXXX and XXXXXXXXX operations. XXX XXXXXX technologies XXXXXXX XXXXXXX automation XX XXXXXXXXXX the XXXX for XXXXXXXX XXXXX operation XXXXXXXXXX XXXX XX manual labor and XXXXXXXX up execution XXX implementation XX the XXXXXXXXX XXXXXXXX processes XXX strengthening XXXXXXXXXXX XXXXXXXX safety of the employees (XXXXXXXXXX, Cerchione & XXXXXXXX, 2020).
Perhaps, XXX major XXX XXXX for any XXXXXXXXXXX quality is XX convey XXXXXXXXXXX that XX timely, accurate, and complete. XX is vital XX develop an XXXXXXXX XXXXXXXX information XXXXXX XX XXXXXXXXX the XXXXXX and development XX XXX business. The primary purpose XX this XXXXX XX XX make a XXXXXXXXXXXXX assessment of XXX XXXXXXXXXXX quality and the potential factors that may influence information XXXXXXX in specifically on XXXXXXXXXX information system services. XXXXXXXXX, XXXXXXXXXXX quality is usually observed XX an essential element in XXXXXXXXXXX XXX measuring the logistic management information system in an XXXXXXXXXXXX. Conventionally, XXX paramount XXX for a XXXXXXX XXXXXXXX XXXXXXXXXXX XXXXXX is XX provide information XXXX XX XXXXXX, accurate, XXX complete that will not XXXX XXXX to the growth an organization XXX also XX XXX development XXXX internally XXX XXXXXXXXXX. The degree of XXXXXXXX information is XXXXXXXXXX and XXXXXXXXX based XX the quality XX information it XXXXXXX. XXXXXXX, XXXXXXX XXXXXXX influence the quality XX information disseminated by logistic information. XXXXXXXXX, it is XXXXXXXXX XX XXXXXX the information XXXXXXX XXXXXXX, especially those XXXX influence XXX logistics information system XX the delivery XXXXX. XXX XXXXXXX XXXXXXXX XXXXXXXX emphasis XX the impact XX XXXXXX quality XXX XXXXXXXXXXX quality dimension XXX a XXXXXXXXXX XXXXXX chain XXXXXXXXXX. The XXXXXX XX XXX article employs an explanatory XXXXXXXX to gain a XXXXXXXXXXXXX XXXXXXXXXXXXX XX XXX potential factors XXXX determine information XXXXXXX in a XXXXXXXX information XXXXXX. XXXXXXXX, the XXXXXX engaged a total XX 84 respondents, specifically for the study. XXXXXXXXX, the XXXXXXXXXX uses XXXX XXXXXX XXX stratified XXXXXXXX XXXXXXXXXX to XXXXXX XXX samples (Davis &XXX; Yen, XXXX).
XXXX XXXXXXXXXXX XXXX found XXXX XXXXXXXXXX XXXXXX as explicitly XXXXXXXX in influencing the XXXXXXX XX information XXXXXX. XX a result, a XXXXXXXXXXX percentage XXXXXXXXX XXX unreliability XX XXX XXXXXXXXXXX XXXXX it XXX inaccurate, XXXXXXXX, and incomplete; thus; it was a XXXX information XXXXXXX. Generally, the XXXXX XXXXXXXX XXXX information quality XXXXXXXXXX and quality systems may XXXXXXXXXX affect information quality in a logistics XXXXXXXXXX information XXXXXX (XXX, 2018). The article recommends that XXXXXXXXXXXXX should heavily invest in data departments XXXX are responsible for overseeing, XXXXXXXXXX XXX XXXXXXXXXX XXXXXXXXX XX enhance quality XXXX XXXXXXXXX XXXXXX. XXXX XXXXXX also conduct formal training XXX all XXXXXXXXX and XXXXXXXXX in data XXXXXXXXXX XXX proper supervision in quality assurance and XXXXXXXXXXX, aiming to strengthen XXX promote sustainability XXXXXX an organization.
XXXXXXXXXXX XXXXXXXXXX refers to the creation, XXXXXXXXXXXX, XXX XXX XX XXXXXXXX XXXXXXX in the processing of XXXX. It XXXXXXXX XXX XXX of XXXXXXXX XXX hardware in this exchange XX electronic XXXX. X global economy XXXXXX XX the XXXXXXXXXXXXX exchange XX goods or services XXXX XXXXX XXXXX XXXXXXX XXXXXXXXX XXX XX expressed in the form XX XXXXXXXX XXXXX. This XXXX XX XXXX to refer XX XXX way economies XXXX XXXXXXXXX countries XXXX XXXXXXXX and XXXX as one system. XXX XXXX XXXXXXXXX XX XXX XXXXXXXXXXX Security XXXX XXXXXXXXXX XXXXXX is to assess, monitor, and XXXXX risks in XXXXXX to the organization's XXXXXXX XXXX XXXXXXXXX. It XXXXXX hard for organizations to eliminate XXX XXX XXXXX, but it is XXXXXXXXXX XXXXXXXX XXX organizations XX XXXXXX XXX prevailing risks. XX works XXXXXXX ensuring that the XXXXXXXXXXXX's data are XXXX XXX their XXXXXXXXX, XXXXXXXX XXXX their confidentiality, XXXXXXX XXXXXX.
XXXXXXX, XXX major key XXXX for any information quality XX XX XXXXXX information XXXX is XXXXXX, accurate, XXX complete. XX XX XXXXX to XXXXXXX an advanced logistic XXXXXXXXXXX XXXXXX XX stimulate XXX growth and XXXXXXXXXXX of the business. XXX primary XXXXXXX XX XXXX study XX to XXXX a comprehensive assessment of XXX XXXXXXXXXXX XXXXXXX and XXX potential factors that XXX influence XXXXXXXXXXX quality in specifically XX XXXXXXXXXX information XXXXXX services. Typically, XXXXXXXXXXX XXXXXXX XX usually observed XX an essential element in determining and measuring XXX XXXXXXXX management information XXXXXX in an organization. Conventionally, the XXXXXXXXX aim for a XXXXXXX XXXXXXXX information XXXXXX is XX provide XXXXXXXXXXX XXXX is XXXXXX, accurate, XXX complete XXXX XXXX not XXXX lead to the XXXXXX an organization but also XX XXX XXXXXXXXXXX both internally and externally. The degree of XXXXXXXX XXXXXXXXXXX XX determined and XXXXXXXXX based on XXX XXXXXXX XX XXXXXXXXXXX it conveys. XXXXXXX, several XXXXXXX influence the XXXXXXX of information disseminated by XXXXXXXX information. XXXXXXXXX, it XX XXXXXXXXX XX assess XXX information XXXXXXX factors, especially XXXXX that XXXXXXXXX the XXXXXXXXX information XXXXXX at XXX XXXXXXXX XXXXX. The XXXXXXX provides XXXXXXXX XXXXXXXX on the XXXXXX of system XXXXXXX and information XXXXXXX dimension for a particular supply XXXXX XXXXXXXXXX. The XXXXXX XX XXX article employs an explanatory XXXXXXXX XX gain a XXXXXXXXXXXXX XXXXXXXXXXXXX of XXX potential XXXXXXX XXXX XXXXXXXXX XXXXXXXXXXX quality in a XXXXXXXX XXXXXXXXXXX XXXXXX. Moreover, XXX XXXXXX engaged a total of XX respondents, XXXXXXXXXXXX for XXX study. Alongside, XXX researcher XXXX both XXXXXX XXX XXXXXXXXXX sampling strategies to select XXX samples.
Organizations are XXXXXXXXXXX XXXX they XXXXXX XXXXXXXXXX XXXX XXXXXXX XXXXXXX XX XXXXXXXX XXX XXXXXXX a decent risk XXXXX for XXXXX organization. XXXXXX, XXXX XX associated XXXX XXXX stakeholders who XXX designated different responsibilities XXXXX XX their XXXXXXXXXXXX experience. XXX XXXXXXX XX XXXXXXXX XXXXXXXXXXX security XXXX XXXXXXXXX XX the XXXXXXX and role XX each stakeholder. XX the other XXXX, communication XX an essential XXXXXXX XXX a XXXXXXXXXX organization. Regardless of XXX XXXXXX of XXX treatment XX any risk, the decision XXXX has to XX XXXXXXXXXXXX XX the XXXXXX organization. Risks, XXXXXXX, and XXXXXXXXXXXXXXX are accompanied XX XXXXX XXXXXXXX do XXXX differences and often XXXX to be reliant on a XXXXXX of aspects. XXXXX factors XXX inclusive XX how sensible information XXXXXX are security controls involved and cloud architecture. XXXXX on this paper, too, XX XX XXX XXXXXX XXXXX XX most organizations XXXX time, and XXXX XX XXX relaxing their XXXXXXXX XXXXX. XXXXXXX this, XXXXX XXXXXXXX XXXXXXXX XXXXXXXX XXXXXXXXXX of XXXXXXXX systems. XXXXXXXXX, a greater XXXXXXXXX XX XXX XXXXX XX XX introduce a risk XXXXXXXXXX information framework XXXXXX a XXXXXX understanding XX XXXXXXXXX XXXXXX XX XXXXX indirectly in a cloud computing XXXXXXXXXXX. The above understanding XX critical in determining a hazard XXX identifying system XXXXXXXXXX. In XXXXXXXXX, XXXX XXXXX XXXXXXX XXXXXXXX XX covering cloud XXXXXXX XXXXXX XX a XXXXX alongside XXXXX XXXXXXXXXX models.
XXXXXXXX information system XXXXXXXX XXXXXXXXXXX XXXXXXXXX in an XXXXXXXXXXXX in the XXXX-XXXXX businesses today. XX XXXXXX XX a system XX records and reports used XX XXXXXXXX, analyze, and XXXXXXXXXXX XXXX from XXX the XXXXXX of a logistic system. XXXXXXX, this XXXXXXXXXXX is essential in making XXXXXXXX decisions and XXXXXXXX XXX XXXXXX XXXXX. In a supply chain, the XXXXXXXXX XXXXXXXXXXX XXXXXX XX XXXXXXXXXXX XXX linking different XXXXXX in the XXXXXX through information. XXXX, they XXXXXXX useful XXXXXXXXXXX XXXXXX XX carry out XXXXXX chain roles.
XXXXXXX, XXX logistics XXXXXXXXXXX XXXXXX XX integrated XXXX an organization XX develop XXX XXXXXXXXX XXXXXXX. XX XXXXXXXX the XXXXXXX XXXXXXXXXXX XXXXXXX XX XXXXXXXX productivity, XXXXXXXXXXX, XXX monitoring XXXXXXXX of an XXXXXXXXXXXX's products XX XXXX national XXX XXXXXXXXXXXXX XXXXXX. XXXXXXXX of an XXXXXXXXXXXX's commodities XXXXXXXX XXXXX primary XXXXXXXXXXX entries XXXX XX commodities flow information, XXXX XXXX information, and XXXXXXXX XXXX XXXXXXXXXXX. XXX three XXXXXX XXXXXX XXXXXXXXXX of information XXX XXXX available XX the three entities. Different XXXXXXXXXXXXX should XXXXXXX a conducive and XXXXXXXXXXXXX XXXXXXXXXXX XXXXX they can XXXXXXXXX a well-XXXXXXXXXX information XXXXXX XXXXX an XXXXXXXXXX XXXXXXXXXXX system consists XX XXXXXXX interconnected data applications, components, technologies aiming to XXXXXXX XXX XXXXXXXXXXX needs.
Logistic XXXXXXXXXXX XXXXXX XXXXXXXX XXX collaboration of XXXXXXXXXX XXX XXXXXXXXXXXX XXXXXXXX XXXXXXXX of an XXXXXXXXXXXX to achieve XXX XXXXXXXXX' XXXXXXX. It XXXXXXXX a XXXXXXX point XXXXX XXXXXXXXXXXX, proximity, and XXXXXXX XXXX XXX XX achieved through good XXXXXXXXXXXX, cooperation, and XXXXXXXXXXXXX among business XXXXXX. XXXXXXXX, it should be XXXXXXX XX giving a reflection to XXXXXXXXX a simple to a complex system as a whole XXXX operational decisions. XX XX XXXXXXXXXXX in XXX current XXXXXXXXXXXXX era XXX XXXXXX competition.
References
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