Implementing a Data-centric Approach

Reducing costs is as equally important goal in operating an enterprise

A company is much more complex than an IT department or a number of buildings. It is always evolving and adding more servers, buildings and systems, and therefore, obtaining more risk, costs and threats. As COOs look at the multitude of objectives across an organization, they need to evaluate how to increase profits, manage risk, or provide a cost-effective route for improving processes, managing incidents, or securely operating an enterprise.

To manage risk, organizations must manage people and the systems they utilize. Using a dashboard to manage system intelligence will identify behaviors, reduce costs and mitigate risk. How does an organization accomplish this? How can security managers and CLevel executives understand how applying a data-centric approach can eliminate data silos, combat convergence of IT/OT and reduce the multitude of risks an organization faces?

First, an organization must determine the types of data to collect to help protect business and mitigate risk. To best protect assets, people and infrastructure, it’s best to collect access control, video, visitor management, case management, burglar/fire, BMS and IT data. Companies normally collect much of this type of data, but don’t use it to make good business decisions. Analyzing the data to centrally manage business will help organizations become more efficient.

Once the data is collected, organizations must:

  • Eliminate silos and analyze data simultaneously
  • Centrally manage the data
  • Improve efficiencies based on new information learned

Organizations must use this information to not only operationalize their business to improve processes and meet compliance, but to best protect their people, property, and assets. Streamlining all data into one dashboard using a data-centric approach will narrow the gap between physical and cyber security and help predict behavior and patterns.

Key Issues with Collecting Data

Interconnectivity. Most of the systems and sensors do not talk to one another and have different device standards.

Information Overload. A typical dashboard can only show so much information and the human brain can only assimilate and sort through so many inputs at one time.

Large and unstructured data streams pose challenges; Hard to understand and recognize patterns in the data. Some of which can be overwhelming in volume and unstructured.

Turning data into intelligence requires a combination of elements. Within a security framework, using a deliberate posture and roadmap to understand the interacting systems and use cases is key to driving better outcomes. Ultimately, the key systems need to lie within the overall security apparatus.

Case Study, Digital Realty

Digital Realty supports the data center, colocation and interconnection strategies of more than 2,300 firms across its secure, network-rich portfolio of data centers located throughout North America, Europe, Asia and Australia. Digital Realty’s clients include companies all over the world, of all sizes, ranging from financial services, cloud and information technology services, to manufacturing, energy, gaming, life sciences and consumer products. By implementing a data centric approach, they were able to streamline operations, while offering a more consistent, qualitative and cost effective solution to their customers across their portfolio of data centers.

Here are some key results:

  • Implementing a self-service visitor process decreased the risk associated with manual access assignment, reducing man hours by 60 percent.
  • Reviewing the combined visitor and alarm activity periods, provided an opportunity for an 18 percent annual reduction on guard service requirements.
  • System growth translated to 24 percent increase in support services. Digital Realty used data to validate the anticipated increase in workload.
  • Excessive alarms resulted in response complacency. The data collected justified changing Design Engineering Guidelines and operating procedures. Now responses to actual events are consistent, providing a more secure environment and streamlined operation.

Adopting a data-centric approach helps organizations reduce costs, mitigate risk and meet compliance. Customers can reduce costs by operationalizing existing security infrastructure on a global scale, reduce manual processes that are labor intensive, repetitive and error prone, and future proof investment by enabling new technology.

Organizations can mitigate risk by standardizing their security processes, and ensuring the right people, places and authorizations are in place.

Implementing a data-centric approach will help companies meet government, organizational and industry regulations. They can monitor infractions and enforce security policies and rules, while creating automated reports and audit security procedures.

This article originally appeared in the August 2017 issue of Security Today.

Featured

  • New Gas Monkey Garage Venue Uses AI-Enhanced Video Technology

    Gas Monkey Garage, the automotive custom shop and entertainment brand founded by Richard Rawlings of Fast N’ Loud TV fame, has opened a vibrant new restaurant and bar in South Dakota, equipped with advanced, AI-enhanced video tech from IDIS Americas. Read Now

  • Data Driven, Proactive Response

    As cities face rising demands for smarter policing and faster emergency response, Real Time Crime Centers (RTCCs) are emerging as essential hubs for data-driven public safety. In this interview, two experts with deep field experience — Ross Bourgeois of New Orleans and Dean Cunningham of Axis Communications — draw on decades of operational, leadership and technology expertise to share how RTCCs are transforming public safety through innovation, interagency collaboration and a relentless focus on community impact. Read Now

  • Integration Imagination: The Future of Connected Operations

    Security teams that collaborate cross-functionally and apply imagination and creativity to envision and design their ideal integrated ecosystem will have the biggest upside to corporate security and operational benefits. Read Now

  • Smarter Access Starts with Flexibility

    Today’s workplaces are undergoing a rapid evolution, driven by hybrid work models, emerging smart technologies, and flexible work schedules. To keep pace with growing workplace demands, buildings are becoming more dynamic – capable of adapting to how people move, work, and interact in real-time. Read Now

  • Trends Keeping an Eye on Business Decisions

    Today, AI continues to transform the way data is used to make important business decisions. AI and the cloud together are redefining how video surveillance systems are being used to simulate human intelligence by combining data analysis, prediction, and process automation with minimal human intervention. Many organizations are upgrading their surveillance systems to reap the benefits of technologies like AI and cloud applications. Read Now

New Products

  • 4K Video Decoder

    3xLOGIC’s VH-DECODER-4K is perfect for use in organizations of all sizes in diverse vertical sectors such as retail, leisure and hospitality, education and commercial premises.

  • Connect ONE’s powerful cloud-hosted management platform provides the means to tailor lockdowns and emergency mass notifications throughout a facility – while simultaneously alerting occupants to hazards or next steps, like evacuation.

    Connect ONE®

    Connect ONE’s powerful cloud-hosted management platform provides the means to tailor lockdowns and emergency mass notifications throughout a facility – while simultaneously alerting occupants to hazards or next steps, like evacuation.

  • QCS7230 System-on-Chip (SoC)

    QCS7230 System-on-Chip (SoC)

    The latest Qualcomm® Vision Intelligence Platform offers next-generation smart camera IoT solutions to improve safety and security across enterprises, cities and spaces. The Vision Intelligence Platform was expanded in March 2022 with the introduction of the QCS7230 System-on-Chip (SoC), which delivers superior artificial intelligence (AI) inferencing at the edge.