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Networking & Video Surveillance- CCTV

Project Name: Upgrade of Network Infrastructure & Deployment of Video Surveillance- CCTV.

Project Worth: $2 Million.

End User: Confidential.

Project Solution Designed and Project Delivery Led by: Faiyaz Ali

Project Overview
The video surveillance project aims to set up a comprehensive public security video surveillance system to integrate and share video surveillance information and resources. The system will cover all entrances and exits, places (such as stations and ports) involving frequent employee movement, main road around the campus, Up to 263 cameras (75 HD intelligent dome cameras, 175 HD box cameras, and 13 PTZ HD cameras) will be distributed in the Campus to provide video surveillance of 90% areas in the Campus.The main control room, central equipment room, and management platform will be constructed for the digital network–based video surveillance system.

Business Challenges

eSolution247 Solutions

Project Outcome

  1. Right balance between ensuring security through CCTV and respecting individuals’ privacy.
  2. Managing the scalability of video surveillance systems and integrating them seamlessly with existing infrastructure can be complex and resource-intensive.
  3. The amount of data generated by cameras requires efficient storage solutions and robust data management strategies.
  4. Protecting from potential cyber threats, and ensuring the integrity and confidentiality of the captured footage is a constant.
  1. Prioritize real-time monitoring and analytics.
  2. Ensure scalability for future expansion.
  3. Deploy a secure, dedicated CCTV network, Use PoE switches and VLAN for efficiency.
  4. Implement centralized, redundant storage Set up automated backups, and consider cloud storage.
  5. Encrypt data in transit and at rest.
  1. Monitor the network for suspicious activities.
  2. Better employee productivity and customer satisfaction.
  3. Easy VMS management with centralized system administration
  4. 25% Cost savings on system maintenance.

Cisco IP Telephony and Collaboration Project

Project Name: Cisco Webex Deployment, IP Telephony Upgrade and Telepresence.

Project Worth:  $4 Million.

End User: Confidential.

Project Solution Designed and Project Delivery Led by: Faiyaz Ali

Project Overview
The purpose of the collaborative project was to upgrade existing IP telephony infrastructure and install Cisco collaboration products. The project typically involved evaluating existing network infrastructure and ensuring it supported the Cisco collaboration solution. The project involved implementing various Cisco CUCM collaboration tools and solutions based on organizational requirements. This includes Cisco Unified Communications Manager (CUCM) for SIP call management, Cisco Webex for web and video conferencing, Cisco Jabber for instant messaging and presence, and Cisco Telepresence for immersive video conferencing. The implementation included the deployment of several collaboration endpoints such as Cisco IP Phones 8000 Series, Cisco IX5000, Cisco Webex Board 80 Series, and web conferencing devices. We provided essential post-sales training to end users to ensure the successful adoption of Cisco collaboration solutions

Business Challenges

eSolution247 Solutions

Project Outcome

  1. The total cost of the traditional telephony system is no longer acceptable to the business.
  2. Poor performance including call drops, and voice quality resulted in the loss of business opportunities; faster decision-making was imperative
  3. Provide customers and employees with rich collaboration experience to improve
  4. Limit business travel and related expenses and efforts
  1. Deployed business class Collaboration solution with centralized management using Cisco Collaboration
  2. Employees are provided with new-generation IP telephony handsets.
  3. Integrated all site office communication infrastructure with the head
  1. Achieved 30-40% cost savings on communication OPEX
  2. Better employee productivity and customer satisfaction.
  3. Easy system management with centralized system administration
  4. Only one data network to maintained.
  5. 25% Cost savings on system maintenance

HPC & IT Storage Project

Project name: HPC Cluster Server Infrastructure.

Project Worth: $3.5 Million.

End User: Confidential.

Project Solution Designed and Project Delivery Led by: Kamran Mustafa

Project Overview
Requirements of this project include hardware devices for computing, storage, and networking, and upper-layer software. Huawei provides an End-to-End solution for the High-Performance Computing (HPC) Cluster, Huawei’s solution includes all the required Hardware, software, and related services, directly from HPC project deployment involves setting up a robust computing environment designed to handle complex and data-intensive tasks with remarkable speed and efficiency. This typically includes configuring supercomputers, clusters, or cloud-based resources, installing specialized software, and optimizing the system for parallel processing. HPC deployments are pivotal in scientific research, engineering simulations, and data-intensive industries, enabling organizations to tackle computationally demanding challenges effectively, such as weather modeling, drug discovery, and artificial intelligence applications. These projects require meticulous planning, hardware integration, and software customization to harness the full potential of high-performance computing resources. With the development of information technology, the traditional method of performing tasks (such as simulation, data processing, and data analysis) on a single node cannot meet the requirements for computing accuracy and efficiency. That’s why high-performance parallel computing appeared. HPC clusters improve work efficiency through parallel processing on multiple nodes as well as upgrade of legacy old storage servers to Huawei Kunlun Storage Servers

Business Challenges

eSolution247 Solutions

Project Outcome

  1. Balancing the substantial upfront and ongoing costs associated with HPC projects poses a key business challenge.
  2. Recruiting and retaining skilled personnel proficient in HPC technologies presents a significant hurdle.
  3. Optimizing the energy consumption of HPC systems to reduce operational costs and environmental impact is an ongoing business challenge.
  4. Ensuring seamless integration of diverse software applications with HPC infrastructure can be a complex challenge for businesses.
  1. Leveraging cloud services to augment on-premises HPC resources for flexible and scalable computing power.
  2. Implementing comprehensive training initiatives to upskill existing staff and address the talent acquisition challenges.
  3. Investing in energy-efficient technologies and sustainable practices to reduce the environmental impact of HPC projects.
  4. Developing and adopting standardized protocols to enhance application compatibility and streamline integration in HPC environments
  1. Optimized resource utilization leading to reduced operational costs and better return on investment.
  2. Better employee productivity and customer satisfaction.
  3. Gaining a competitive advantage by leveraging cutting-edge high-performance computing for complex problem-solving and innovation.
  4. Only one data network to be maintained.
  5. 35% Cost savings on system maintenance using Intel Lustre.

Enterprise Networking

Project name: Network Core Expansion.

Project Worth: $1.5 Million.

End User: Confidential.

Project Solution Designed and Project Delivery Led by: Faiyaz Ali

Project Overview
CLIENT is one of the largest international school groups, a multicultural organization of accredited schools in the Kingdom of Saudi Arabia, offering sophisticated, world-class modern education with over 5,000 students and staff. The school management decided to promote modern digital education opportunities and decided to join eSolution247 to make their dream a reality. This project focuses on the design, implementation, and management of a robust network infrastructure using Cisco devices to support the communications requirements of a large organization. This project includes network planning, hardware selection, configuration and maintenance to ensure a secure and efficient network environment. It provides secure connectivity for users, devices and applications across the enterprise. Optimize performance by implementing advanced network features such as quality of service (QoS), virtual local area networks (VLANs), and routing protocols. Network design and architecture: Assess your organization’s needs and design a scalable network topology that includes redundancy, fault tolerance, and efficient traffic flow. Hardware Selection: Determine the appropriate Cisco devices, including routers, switches, firewalls, and wireless access points, based on your network design and expected traffic volume. Device Configuration: Configure Cisco devices according to best practices, including IP addressing, routing protocols, security policies, VLANs, and access control mechanisms. Network security: Implement strong security measures to protect your network from unauthorized access, including firewall configurations, VPNs, intrusion detection/prevention systems, and access control lists. Network monitoring and management: Deploy network monitoring tools to monitor performance, diagnose problems, and optimize resource utilization. Implement a centralized management system for efficient device management and configuration updates

Business Challenges

eSolution247 Solutions

Project Outcome

  1. As the syllabus and study materials are digitalized, schools need a stable infrastructure to address the digital future
  2. Improve user experience against growing numbers of mobile users and
  3. Wi-Fi availability in different types of facilities like classrooms, labs, Mediaroom, auditoriums, outdoor spaces, and administrative
  4. Reduce the cost and effort of system management and maintenance
  5. Looking for a scalable solution to benefit from new technology and BYOD framework.
  1. Implemented a campus-wide reliable, stable, secure, and highspeed centralized Cisco Wi-Fi solution with a WLAN controller and indoor and outdoor access
  2. Ensuring reliable, high-speed digital learning over a Cisco Catalyst switching
  3. Implemented the bring-your-own-device (BYOD) concept, working with the Cisco Identity Services Engine (ISE).
  4. Optimal uptime management with Cisco Smart Net Total Care service
  1. Campus-wide unified high-performance and highly secured Wi-Fi infrastructure
  2. Enhance student and staff experience by enjoying the fruit of digital learning frameworks by accessing to classes and other resources from anywhere on the campus.
  3. Teachers got more confidence in using digital online resources and were less worried about technical issues.
  4. Improved bring-your-own-device (BYOD) connectivity, efficiency, and safety with a connected campus.