AI surveillance means utilizing artificial intelligence in video monitoring systems for security purposes. It means employing deep learning algorithms to process live and recorded videos continuously so as to derive useful insights without necessarily requiring a human analysis.
AI can recognize occurrences, conducts, things, configurations, deviations, visages, number plates, and audios, among other things. As a result of this real-time alerting capability, footage can be searched instantly, crowd analytics facilitated, and even automatic reporting made, among other smart enhancements. In fact, these AI surveillance platforms convert video data into ‘knowledge’ to enhance physical security.
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TOGETHER WE RE-IMAGINED
Empowering Innovation Through Seamless Digital Transformation
Highlights:
Modern Data Center
Simple. Clean. Structured.
Modern data centers are the backbone of today's digital landscape, seamlessly integrating data management, artificial intelligence, and cybersecurity to ensure efficient operations.
Modern Pantheon/Date Center
The design of the data center must evolve around the care and feeding of the service providing equipment and its functional requirements.
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Location of computer, storage, and networking devices safely and securely
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Provide the power needed to maintain these devices
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Provide a temperature-controlled environment within the parameters needed to run these devices
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Provide connectivity to other devices both inside and outside the data center
Design for Flexibility
When planning to build and design a modern data center, flexibility, cost effectiveness, and scalability are vital considerations. Flexibility ensures that the infrastructure can adapt to changing technology and business needs, while cost effectiveness helps in maximizing resources without compromising on quality. Scalability allows the data center to grow alongside your organization, accommodating increased data demands seamlessly.
Design for Scalability
To future-proof your data center Rack Location Units (RLUs), it's essential to prioritize both current equipment and scalability. By carefully assessing your existing infrastructure and anticipating future growth, you can design a layout that accommodates various hardware configurations and increases in capacity. Implementing modular designs and ensuring adequate power cooling resources will facilitate seamless upgrades over time, allowing your data center to adapt efficiently to evolving technological demands.
Modular Design
In building and designing a data center, modular design presents a complex yet manageable solution. By dividing the infrastructure into distinct, interchangeable modules, teams can easily adapt to evolving technology and scalability needs. This approach not only simplifies the installation and maintenance processes but also allows for efficient upgrades without significant downtime. Ultimately, modular design enhances the overall functionality and agility of a data center, ensuring it respond effectively to future demands.
Server Infrastructure
The Foundation that holds IT/CT systems together. Server infrastructure includes physical and virtual resources across hardware , software, network resources and related services.
High-Performance Architecture (HPA)
HPA strategically combines high-performance computing workflows, AI/ML development workflows and core IT infrastructure components into a single architectural framework designed to meet intense data demands of AI advanced solutions.
Primary Storage
Evaluate your storage landscape and get the expert guidance needed to make the right decisions for your organization.
Data Center Networking
Data center networking provides the connectivity between servers and data for applications critical to the business
Data Protection
Eliminate complexity across physical, virtual and cloud storage tiers while developing strategies to control data volume growth and streamline how you store, manage and leverage data assets.
Sustainable Technology
Establish a more efficient IT infrastructure footprint that delivers positive ESG (environment, social and governance) outcomes at scale and drive value across your entire organization.
Trustworthy Transformation
TECBOMO, a trusted leader in mission-critical infrastructure solutions, we are proud to announce our strategic partnership with Iron Mountain Data Center as a Consulting Partner. By joining forces with Iron Mountain—a global powerhouse in data center colocation, compliance, and sustainability—we combine TECBOMO’s deep customer-first design philosophy with Iron Mountain’s unmatched portfolio of secure, high-availability facilities and world-class consulting services.
An overview by Iron Mountain Data Centers (IMDC) of the current infrastructure challenges, drivers and opportunities for enterprises in the process of digital transformation.
Solution snapshot
This IMDC solution overview sets out the key drivers and challenges influencing infrastructure strategies for enterprises in the process of digital transformation, with a particular focus on the role of colocation.
Innovation for a better tomorrow
Server Networking:
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Network Interface Cards (NICs): These cards connect servers to the data center network, allowing them to communicate and share data.
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Switches and Routers: Network devices that direct data traffic between servers and other network components.
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Data Protection: Safeguarding the Digital Vault
Data security is paramount in a data center. Data protection measures ensure the confidentiality, integrity, and availability of sensitive information. Here are some key strategies:
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Data Backup and Recovery: Regularly backing up data to on-site or off-site locations enables restoration in case of system failures or disasters.
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Encryption: Data encryption scrambles data using a secret key, making it unreadable to unauthorized users.
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Access Control: Implementing strict access controls limits who can access and modify data. This includes user authentication, authorization levels, and strong password policies.
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Disaster Recovery Planning: Having a comprehensive plan in place helps data centers recover quickly from disruptions like natural disasters or cyberattacks
Hyper-Converged Infrastructure: A Boon for Modern IT Operations
Hyper-converged infrastructure (HCI) has emerged as a game-changer for organizations seeking to simplify, streamline, and optimize their IT infrastructure. By converging compute, storage, and networking resources into a single, pre-configured system, HCI offers a plethora of benefits that can significantly enhance IT operations and agility. Let's delve deeper into the key advantages of adopting HCI:
1. Simplification and Reduced Complexity: Traditional IT infrastructure often involves a complex web of disparate servers, storage systems, and networking components. Managing these siloed systems can be a time-consuming and resource-intensive task. HCI eliminates this complexity by integrating all resources into a single, unified platform. This centralized management simplifies provisioning, configuration, and ongoing maintenance, freeing up valuable IT staff time and resources.
2. Enhanced Scalability and Agility: Businesses today operate in a dynamic environment where IT needs can fluctuate rapidly. HCI excels in this scenario as it allows for easy scaling of resources – compute, storage, or both – on-demand. Additional nodes can be seamlessly added to the cluster to accommodate growing workloads or new applications. This scalability empowers organizations to adapt their IT infrastructure quickly to changing business requirements.
3. Improved Resource Utilization and Cost Efficiency: Legacy infrastructure often suffers from resource underutilization, leading to wasted capacity and increased expenditure. HCI addresses this by dynamically allocating resources based on actual workload demands. This efficient utilization translates to significant cost savings on hardware, software licenses, and energy consumption.
4. Increased Resource Availability and Disaster Recovery: HCI systems are architected with built-in redundancy. This means that if a node fails, the remaining nodes can take over its workload, ensuring minimal downtime and continuous application availability. Furthermore, HCI often integrates with robust data replication and recovery features, enabling organizations to quickly restore data in case of disasters or outages.
5. Streamlined IT Management: Traditional IT management often involves juggling multiple tools and consoles to manage separate systems. HCI offers a single pane of glass for managing the entire infrastructure. This unified management interface simplifies tasks such as provisioning, patching, and monitoring, boosting IT team productivity and efficiency.
6. Faster Deployment and Time to Value: Deploying a traditional IT infrastructure can be a lengthy and complex process. HCI, on the other hand, is typically pre-configured and easy to deploy. This translates to faster time to value, allowing organizations to reap the benefits of the new infrastructure quickly.
7. Improved Application Performance: HCI systems are often designed with high-performance components like solid-state drives (SSDs) and high-bandwidth networking. This translates to significant gains in application performance, leading to a better user experience and increased productivity across workflows.
8. Enhanced Security: HCI vendors prioritize security by integrating security features like role-based access control and data encryption directly into the platform. This centralized approach simplifies security management and strengthens the overall security posture of the IT infrastructure.
9. Ideal for Remote and Branch Offices: HCI's compact and scalable nature makes it perfect for remote and branch offices with limited IT staff. The centralized management allows for easy remote administration, eliminating the need for dedicated IT personnel at each location.
10. Future-proof Infrastructure: HCI platforms are designed to be modular and scalable. This flexibility allows organizations to easily adapt their infrastructure to incorporate new technologies and applications as their business needs evolve.