Virtualization and cloud is a software technology that breakthroughs, helping rapidly changing panoramic field of information technology and human calculation. Virtualization and cloud allows running multiple virtual servers on one same physical server, sharing the resources of a physical server through many different environments. Different virtual servers can run multiple operating systems and different applications on the same physical server. The deployment of virtualization and cloud solutions brings extra important benefits to clients such as: – Simplify infrastructure management by centralization – Automate the management of computer resources that help the IT staff no longer need to spend too much time on managing servers so they can focus on new applications and services to benefit users and organizations. – Provide high availability (HA) support independently from the hardware, operating system, and applications. – Reduce system downtime without modifying the applications and services running on the server, allowing moving the virtual machine easily between different physical servers and storage devices. Our recommend products: VMware vCloud Suite® VMware vCloud Suite® is an enterprise-grade cloud infrastructure and management solution that combines the industry-leading VMware vSphere® compute virtualization platform and the VMware vRealize® Suite multi-cloud management solution, delivering the modern infrastructure automation and operations capabilities you need to deliver traditional and modern infrastructure and apps. vCloud Suite contains these integrated products: • VMware vSphere – The essential building block of modern cloud infrastructure. • VMware vRealize Suite: – vRealize Automation™ – Delivers a modern infrastructure automation platform for both traditional and cloud native workloads, powered by DevOps principles and the Salt Project open source community. – vRealize Operations™ – Delivers continuous performance optimization, efficient capacity and cost management, proactive planning, intelligent remediation, and integrated compliance—powered by AI and predictive analytics. – vRealize Log Insight™ – Delivers centralized log management, deep operational visibility, and intelligent analytics. – vRealize Suite Lifecycle Manager™ – Delivers a comprehensive application lifecycle and content management solution for vRealize Suite.

Security operation center is a facility where enterprise information systems like websites, applications, databases, data centers and servers, networks, desktops, and other endpoints are monitored, assessed, and defended. Malware can spread throughout the Internet in minutes to seconds, potentially knocking out your network or slowing traffic to a crawl. In consequence, every second counts in identifying these attacks and negating them before they can cause damage. SOC is responsible for timely response to the threats to protect the organization from damages. It also can recover from a DDoS attack in a reasonable amount of time. The key benefit: • Control – focusing on controlling security posture with compliance testing, penetration testing, vulnerability testing, etc. • Monitoring – focusing on events from a log and network packet monitoring, SIEM administration, and responses to incidents. • Operational – focusing on the operational security administration such as identity & access management, key management, firewall administration, etc. SOC is not a simple security solution, but a centralized function within an organization driving efforts to prevent and respond to cybersecurity incidents to save critical information systems from damages.

An Enterprise Data Warehouse (EDW) can be defined as a Database or a collection of Databases used to centralize an enterprise’s historical business data. These data sources could be the Databases of various Enterprise Resource Planning (ERP) systems, Customer Relationship Management (CRM) systems, and other forms of Online Transactional Processing (OLTP) systems. Enterprise Data Warehouse (EDW) is the most preferred form of data storage today due to its ability to scale storage requirements up or down as per the business and data requirements. This means that an Enterprise Data Warehouse (EDW) is capable of providing unlimited storage to any enterprise. The advantages of using an Enterprise Data Warehouse (EDW) are as follows: – Data Standardization: Operational data of any enterprise is stored across various Online Transactional Processing (OLTP) systems and Databases. Each system or Database will store the data in a different format. For any useful analysis to be performed, the data first needs to be standardized such that all the data is in the same format. Data from these Databases is loaded into the Data Warehouse using an ETL (Extract, Transform, Load) pipeline. This pipeline can be used to convert the data into a standard format and store it in the Data Warehouse. This makes the data easier to analyze and improves the understanding of the data in the Data Warehouse. – Flexibility: As an enterprise grows, the volume of data it’ll store will increase rapidly. Along with the increase in volume, there might be situations where the data model has to be updated to accommodate various other attributes that have to be recorded. Enterprise Data Warehouses (EDW) are known for their flexibility and can easily accommodate any change in requirements such as the volume of data being stored or change in the data model without a complete overhaul of the system. – Connectivity to Business Intelligence Tools: Most modern Enterprise Data Warehouses (EDW) allows easy connectivity to a Business Intelligence tool of choice. This seamless connectivity enables enterprises to easily establish and keep track of various Key Performance Indicators (KPIs) that can be used to measure how well a business is achieving its key objectives.

The Command Center solution allows controlling both static and dynamic images from branches or distributed observation points. • Warning and situation control: The Command Center operation solution provided by us allows the operator to control the camera system with motion detection, object appearance or disappearance, objects behind the observation area, human detections, or objects that cross a predetermined boundary, and other requests by the operator. • Decision support: The VMS solution deployed by us can be integrated with plug-ins or 3rd party software to add new features to the system such as image analysis, face recognition and detection, camera tracking suspects and plotting movements, digital map generation, video compaction, aggregating and filtering of alerts to help operators make informed decisions about the situation accurately. The system also integrates with sensors such as magnetic sensors, lasers, and alarm systems (sound, email, speakerphone) to support different operating conditions. • Video wall system: Large screen is an essential component of the Command Center solution as activities and decisions will be performed on the screen. Our video wall solution allows the combination of small screen modules into hundreds of inches, allows the display of multiple sources of images, videos, diagrams, tables, etc. The screen allows the operator a comprehensive and detailed view of the system.

A network operations center (NOC) is a centralized location where IT teams can continuously monitor the performance and health of a network. The NOC serves as the first line of defense against network disruptions and failures. Through the NOC, organizations gain full visibility into their network, so they can detect anomalies and either take steps to prevent problems or quickly resolve issues as they emerge. The NOC oversees infrastructure and equipment (from wiring to servers), wireless systems, databases, firewalls, various related network devices (including IoT devices and smart phones), telecommunications, dashboards and reporting. Its management services also include monitoring customer support calls and help desk ticketing systems, and integration with customers’ network tools, so the NOC plays a huge role in ensuring a positive customer experience. NOCs can be built internally and located on-premise, often within the data center, or the function can be outsourced to an external company that specializes in network and infrastructure monitoring and management. Regardless of the design, NOC staff are responsible for spotting issues and making quick decisions on how to resolve them. the goal of any NOC is to maintain optimal network performance and availability, and to ensure continuous uptime. The NOC manages a host of critical activities, including: – Monitoring the network for problems that require special attention, including those originating from outside sources. Server, network and device management, including software installation, updates, troubleshooting and distribution across all devices. – Incident response, including managing power failures and communication line issues. – Security, including monitoring, threat analysis and tool deployment, in conjunction with security operations. – Backup and storage; disaster recovery. – Email, voice and video data management. – Patch management. – Firewall and intrusion prevention system management and antivirus support. – Policy enforcement. – Improvement of services through collection of feedback and user recommendations. – Service level agreement follow through. – Vendor, freelancer and contractor management.

Data Loss Prevention (DLP) is the practice of detecting and preventing data breaches, exfiltration, or unwanted destruction of sensitive data. Organizations use DLP to protect and secure their data and comply with regulations. The DLP term refers to defending organizations against both data loss and data leakage prevention. Data loss refers to an event in which important data is lost to the enterprise, such as in a ransomware attack. Data loss prevention focuses on preventing illicit transfer of data outside organizational boundaries. Organizations typically use DLP to: – Protect Personally Identifiable Information (PII) and comply with relevant regulations – Protect Intellectual Property critical for the organization – Achieve data visibility in large organizations – Secure mobile workforce and enforce security in Bring Your Own Device (BYOD) environments – Secure data on remote cloud systems Novasys provides DLP solutions from Symantec, McAfee, etc. which are suitable for all sizes and budgets of businesses.

Database security refers to the various measures organizations take to ensure their databases are protected from internal and external threats. Database security includes protecting the database itself, the data it contains, its database management system, and the various applications that access it. Organizations must secure databases from deliberate attacks such as cyber security threats, as well as the misuse of data and databases from those who can access them. Database security is a complex and challenging endeavor that involves all aspects of information security technologies and practices. It’s also naturally at odds with database usability. The more accessible and usable the database, the more vulnerable it is to security threats; the more invulnerable the database is to threats, the more difficult it is to access and use. In the last several years, the number of data breaches has risen considerably. In addition to the considerable damage these threats pose to a company’s reputation and customer base, there are an increasing number of regulations and penalties for data breaches that organizations must deal with, such as those in the General Data Protection Regulation (GDPR)—some of which are extremely costly. Effective database security is key for remaining compliant, protecting organizations’ reputations, and keeping their customers. Novasys provides Database Security solutions from IBM, Imperva, Oracle, etc.

Identity and access management (IAM) is a framework of business processes, policies and technologies that facilitates the management of electronic or digital identities. With an IAM framework in place, information technology (IT) managers can control user access to critical information within their organizations. Systems used for IAM include single sign-on systems, two-factor authentication, multifactor authentication and privileged access management. These technologies also provide the ability to securely store identity and profile data as well as data governance functions to ensure that only data that is necessary and relevant is shared. IAM systems can be deployed on premises, provided by a third-party vendor through a cloud-based subscription model or deployed in a hybrid model. On a fundamental level, IAM encompasses the following components: – How individuals are identified in a system (understand the difference between identity management and authentication); – How roles are identified in a system and how they are assigned to individuals; – Adding, removing and updating individuals and their roles in a system; – Assigning levels of access to individuals or groups of individuals; and – Protecting the sensitive data within the system and securing the system itself. Novasys provides Database Security solutions from AWS

Debt Collection and Recovery System – DCRS is an integrated application system that optimally supports banks in tracking and handling customer debts. The systems consist of two main sub-systems: • Debt Recovery Module: supports calling reminders, sending SMS, emailing, and tracking for undue, due, and overdue customers debt. • Debt Management Module: supports monitoring bad debts and suggests appropriate solutions. The DCRS system provides flexible configuration, supports the debt collection and settlement strategy of the banks in each period. At the same time, DCRS also provides comprehensive results of the work performed and operations on the system based on the user’s requirements and purposes.