Technology Trends – Atriade https://atriade.com Experts in Physical Security Consultation Tue, 02 Sep 2025 11:30:25 +0000 en-US hourly 1 https://atriade.com/wp-content/uploads/2021/06/cropped-logo-e1581605014445-50x50-1-32x32.png Technology Trends – Atriade https://atriade.com 32 32 198180543 Trends to Watch: SaaS in Security Environments https://atriade.com/saas-security-best-practices-and-industry-trends/ https://atriade.com/saas-security-best-practices-and-industry-trends/#respond Wed, 02 Oct 2024 12:36:43 +0000 https://atriade.com/?p=38110 Trends to Watch: SaaS in Security Environments Software as a service (SaaS) is a part of every business in today’s world. Subscription based hosted applications are part of our daily lives as consumers, from Microsoft to Google and everything in between. Gradually, this shift has also been coming to large commercial organizations and security applications.

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Trends to Watch: SaaS in Security Environments

Software as a service (SaaS) is a part of every business in today’s world. Subscription based hosted applications are part of our daily lives as consumers, from Microsoft to Google and everything in between. Gradually, this shift has also been coming to large commercial organizations and security applications.

Over the next few years, SaaS will predominantly replace on-prem services in most businesses and organizations, including the physical security market. Several platforms, such as physical identity and access management, case management, mass notification, are already offering subscription based hosted solutions. Access control and video management systems are also catching up to provide SaaS options to their customers.

As virtual servers and cloud services replace physical servers, security leaders must understand how to adapt and thrive in a SaaS-dominated environment. There are several best practices and steps to take to ensure your organization is ready and prepared.

History of Commercial SaaS Applications

saas application security

While the more agile consumer verticals switched to SaaS as the standard, larger commercial spaces were slower to adopt. There were many good reasons for this, including:

  • Legacy hardware representing significant capital investments
  • Practical limitations of storing and managing camera footage
  • Difficulties making systems backward compatible
  • Concerns about increased risk due to loss of privacy
  • Advantages from on-premise systems that were more controlled and full-featured.

The disadvantages of existing on-premise systems were the high cost and responsibility of maintenance and ownership. Even upgrading from one system version to another can take considerable time and money in traditional systems. Building and maintaining in-house systems requires on-site system administrators and support patch management, hardware upgrades, and integrations among other things.

Hosted options had their own limitations. Most solutions weren’t feature rich compared to their on-premise offerings. Cost of video storage was too high to justify widespread usage. Data privacy and protection concerns required extensive vetting of vendor hosted solutions. Over time, these solutions have improved and become more full-featured and customizable.

We anticipate that this trend will only continue as the technology improves. Outside of market driven forces, there is a real practical need for hosted applications: lack of physical infrastructure, support personnel, contractual efficiencies, etc. Physical technology spaces are increasingly moving away from customer locations to off site, with increased reluctance to manage physical hardware assets.

Companies and organizations have therefore been trying out different approaches to gauge the viability of hosted solutions and how they can fit well in their environments. This includes switching to a hybrid model first, or moving extended archival off site, or picking certain locations that do not have physical infrastructure (or small in scale) to be hosted. We find that customers are also more comfortable with hosted models for certain applications, such as mass notification, PIAM or visitor management solutions.

SaaS trends and solutions are often an all-in-one offering that can optimize costs and streamline operations. However, like any trend, adopting new technology should be strategic and thoughtful to maximize the benefits and avoid the common pitfalls.

Decision Thresholds In Organizational SaaS Adoption

saas data security

There are a lot of factors when considering the implications of SaaS solutions. Organizations not only need to provide for their business needs, but also think about data protection protocols, GDPR compliance where applicable, international laws relevant to the service area, and more.

SaaS Best practices for SaaS adoption will include a comprehensive review of existing systems including:

  • Compatibility with existing environments including hardware, software, personnel, and processes
  • Scalability of the SaaS solution and network infrastructure
  • Solutions and feature compatibility and scalability
  • Support for future growth and businesses changes
  • Data protection and privacy rules of the organization, or region

Be cautious of solutions and systems that sound too good to be true. In some cases, companies are sold on a SaaS solution that includes features that have yet to be developed and added. Make sure to ask whether the key elements are already operational and included in the plan. This includes properly understanding your own environment, and your risk tolerance of features and functions that you need.

It is also critically important to conduct a proof of concept in your environment to make sure the application will work as required with the achievable results. A successfully conducted proof of concept is valuable in creating the right expectations and developing an effective business case.

Once you have analyzed your existing systems and compatibilities, the next step is to create a business case for the changes. This includes elements such as:

  • Operational requirements compliance
  • Financial costs in both the short and long term
  • Current contracts and their impacts on changes

After determining that moving to a SaaS solution is right for your use saas application security, and identified the provider that provides everything that is needed, the next step is to plan the transition strategically and with a consideration for all the elements of your security plan.

Strategic Planning for Security Application

saas security risks

Consider all the market implications of your transition plan. This will include looking at both your own internal processes, as well as how it will impact the market you serve. Are your clients (public safety groups, downstream affected departments, leadership) ready to adjust? How has this successfully been implemented in other areas of the marketplace?

Make sure that you fully understand the end-user environments and how it impacts day-to-day operations. Other things to consider include:

  • What steps have they taken for infrastructure support?
  • What funding models are they considering?
  • What contractual agreements do they have in place?
  • What’s their migration plan?
  • What are their risk mitigation plans?

Change management is a crucial factorto consider, since support of the application will bemanaged differently than on-premise solutions. Vendor’s professional services will have a muchmore proactive role. Therefore, identifying roles and responsibilities of your current serviceproviders, the vendor and internal resources is critical. Your long term plan must look atcompatibility across the board and plan for multiple layers including:

  • Roles and responsibilities
  • Financial structure for support and lifecycle management
  • Edge device compatibility
  • Feature set compatibility
  • Operational requirements alignment

As always, you want to include stakeholders from every level of the organization. This will ensure that elements are not missed in the workflow, needs, or requirements. Physical infrastructure is often the focus, but you must also consider an administrative plan and operational needs.

Along with this, a financial plan comparing the costs and benefits, and ensuring that existing contractual agreements are honored should be included.

video analytics platform

Conclusion

Software as a service is on trajectory to replace on-premise solutions throughout the saas industry trends. Over the next two to three years, it will be essential to analyze the impact on your organizational structure, resources, and infrastructure.

By doing this in a thoughtful and proactive way you will be able to maximize profits and efficiency while minimizing risk.

About Atriade

Atriade is a physical security consulting and management firm that offers a range of customized security solutions to a diverse commercial and industrial market portfolio. Our services include risk assessments, security system designs, professional and managed services, and project management.

We’ve provided security solutions on over 500+ projects in 60+ industries in 30+ countries. If you are seeking assistance with your comprehensive security plans, including camera analytics integration, to distinguish yourself in the competitive market, we’re here to support you. Our management team brings a wealth of experience in all facets of Physical and Electronic Security, ready to be deployed for the unique needs of your business and team.

 Visit us online at Atriade.com 

Connect with us on LinkedIn

Subscribe to our LinkedIn Newsletter: Take A Risk   

Frequently Asked Questions

SaaS security hinges on five critical components:

  • Zero-trust authentication

  • Regulatory and compliance alignment (e.g., GDPR, HIPAA)

  • Real-time threat monitoring

  • Strong encryption

  • Least-privilege access controls
    These safeguards reduce risk and reinforce trust.

Emerging trends shaping SaaS include:

  • Vertical SaaS tailored to specific industries

  • AI-native platforms where AI is built into the core architecture

  • Low-code and no-code tools enabling non-technical users to customize workflows

  • Usage-based and hybrid pricing models

  • Embedded analytics and advanced backup solutions

SaaS systems face multiple security challenges such as account takeovers, data loss, phishing, malware delivery through shared content, denial-of-service attacks, and compliance risks—especially in environments with shadow IT and unauthorized SaaS app use.

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Strategic IoT Management for Enhanced Safety https://atriade.com/strategic-iot-management-for-enhanced-safety/ https://atriade.com/strategic-iot-management-for-enhanced-safety/#respond Fri, 15 Dec 2023 17:44:28 +0000 https://atriade.com/?p=21445 Digital Transformation and Security: Strategic IoT Management for Enhanced Safety The Management of the Internet of Things (IoT) This article focuses on the management of IoT, highlighting security’s role in digital transformation. An IoT Primer At the core of a robust IoT strategy is providing the ability to install and manage devices on a large

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Digital Transformation and Security: Strategic IoT Management for Enhanced Safety

The Management of the Internet of Things (IoT)

This article focuses on the management of IoT, highlighting security’s role in digital transformation.

internet of things (IoT) security threats in digital transformation

An IoT Primer

At the core of a robust IoT strategy is providing the ability to install and manage devices on a large scale, but device management is just one of five functions organizations typically are seeking to achieve. The others are lifecycle management, work orders and ticketing, reporting, and lowering security infrastructure. 

Device Management

Determining how to manage the myriad of devices in a security system is a critical decision because when you begin to network things like cameras, your vulnerability increases. You can use middleware to facilitate systemwide communication or make your devices IoT aware. 

The device management process includes five important components: 

  • Device Authentication—the act of securely establishing the identity of a device to ensure it can be trusted.
  • Provisioning—the process when a device is first plugged in and connected to the local network; it “calls home,” and based on the credentials or other information such as model and serial number, it might receive further configuration data .
  • Configuration and Control Support—the act of delivering attributes such as its name, location, and application-specific settings such as the amount of time between sending position messages and the ability to remotely reset a device to achieve a known-good state, recover from errors, and implement new configuration changes.
  • Monitoring and Diagnostics—the ability to minimize the impact of any device downtime due to software bugs or other unforeseen operational problems, which includes downloading program logs to troubleshoot and solve issues.
  • Software Maintenance and Updates—essential to securely update and maintain remote devices, fix application bugs, add simple feature enhancements, or update the main running application software without touching the platform firmware.

Lifecycle Management

Determining the lifecycle of security system components is critical to ensure there is no lag time when they need to be replaced. This includes keeping track of data such as where they were procured when they were deployed, what kind of warranty they have, their repair history, and their replacement cost.  

 Lifecycle management also focuses on the importance of being aware of design and development challenges that can arise from IoT. For instance, more flexible development methods that enable an efficiently deployed environment on a global scale must consider ease of integration. In addition, security is a paramount concern in IoT development. A robust security strategy must be factored in across the application lifecycle at the design stage.  

Testing and debugging, deployment, and decommissioning also need to be taken into consideration under the lifecycle management umbrella. Perhaps the most critical value proposition of an IoT system is the ability to unlock and extract data from devices, aggregate, analyze, and make business decisions based on insights realized. 

Work Orders and Ticketing

IoT can be invaluable when dealing with changes to a device state, as having an integrated work order solution and knowledge base with FAQs can result in streamlining the work order generation process. This may facilitate the ability to move tickets between categories, assign tickets to specific staff members, link or split requests based on their subject, and do a mass reply to multiple requests. Integrating alarm response with work order ticketing is rare today, but we consider it to be a solid strategy with next-generation solutions.   

Reporting

Integrated reporting in the IoT enterprise is extremely important. When something happens, you need to know why. Plus, having reporting technology that is ubiquitous and accessible anywhere makes it easier to justify expenditures and will help make a case for future spending. The real-time data ingest process should feed right into the same reporting engine. 

Lower Security Infrastructure

Embracing the power of IoT has the potential to eliminate expensive infrastructure while enhancing functionality. For instance, access control can be implemented by leveraging cognitive services like facial recognition, biometrics, or other nextgeneration modalities to eliminate the plastic credential and card reader, and maybe even the presence of guards. In addition, relying on the power of cloud platform services may eliminate a middle application and break the traditional model.   

Better Compliance and IT Security Tools

One of the biggest challenges facing organizations today is that most security systems devices are not IoT-compliant. Many of the legacy IT-based protocols like SNMP are not robust enough to support a more contemporary IoT strategy.  

Forward-thinking organizations should be asking themselves how they can achieve better compliance by leveraging current IT tools to help with the following concerns: 

  • Log retention, management, and analysis—all in one platform .
  • Analyzing logs automatically to detect malicious behavior directed at in-scope devices .
  • Active and passive asset discovery and monitoring .
  • Network and host IDs .
  • Flexible reporting and dashboard .
  • Auditor-ready report templates.
  • Role-based access control for customized views.
  • Custom report queries and fast searches .

The Takeaway

What are the first steps towards an IoT strategy for your organization’s security system ecosystem?

Start with an assessment of where you are today and follow that up with a feasibility study. Remember, your ROI has two components—monetary and efficiency. If you’ve uncovered a device vulnerability that requires 10,000 widgets to be updated, imagine the difference between having to do each one individually or having the ability to do a bulk update. 

Uncover the integral role of physical security in the digital transformation landscape and process of Departmental Collaboration, also Take proactive measures to secure your digital infrastructure with insights on administration and effective device mitigation.

About Atriade

Atriade Atriade has worked on over 500+ projects, in 60+ industries, in 30+ countries. If you are ready to get expert assistance in creating your governance plan that will set you apart from your competitors, we are here to help. Our management team carries a lifetime of experience in all areas of Physical Security and Electronic Security that we are ready to put to work for your unique business and team.

Our expert team at Atriade has helped countless organizations address security’s role in digital transformation at their facilities. Contact Us if you would like to discuss your situation. 

Visit us online at Atriade.com 

Connect with us on LinkedIn

Subscribe to our LinkedIn Newsletter: Take A Risk  

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Leveraging AI and BI for Enhanced Security and Operational Excellence https://atriade.com/ai-in-aviation-security/ https://atriade.com/ai-in-aviation-security/#respond Tue, 15 Aug 2023 08:11:50 +0000 https://atriade.com/?p=19619 Leveraging AI and BI for Enhanced Security and Operational Excellence In an era where the buzz around Artificial Intelligence (AI) and automation often paints them as all-powerful entities, it is crucial to cut through the noise and explore practical solutions for harnessing their potential. In this article, we will dive into specific applications for AI

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Leveraging AI and BI for Enhanced Security and Operational Excellence

ai in aviation security

In an era where the buzz around Artificial Intelligence (AI) and automation often paints them as all-powerful entities, it is crucial to cut through the noise and explore practical solutions for harnessing their potential.

In this article, we will dive into specific applications for AI and Business Intelligence (BI), and analyze the opportunities created by emerging technology. We will also address the risks of using these technologies and how to appropriately mitigate those risks.

Understanding the Variety in AI Technology

ai security check

Despite the hype, AI and other automation tools are just that – tools. While they offer significant benefits to adopters, they still have their limitations. AI can be used as simulated intelligence in machines that are programmed to perform tasks and make decisions. It includes large language models (such as ChatGPT), and machine learning.

BI can facilitate the process of gathering, analyzing, and interpreting data to support business decision-making. BI focuses on extracting meaningful insights from data to provide organizations with a better understanding of their operations, customers, markets, and competitors. It involves the use of tools, technologies, and methodologies to transform raw data into actionable information and reports.

Automation sensor technology can be used for data collection that assists both AI and BI decision-making. Sensors include devices that are used to detect and measure physical, chemical, or environmental parameters in automated systems. Sensors play a crucial role in industrial automation and control processes by providing real-time data about the surrounding environment or the state of a specific process. Included in this category are a wide range of types including proximity, temperature, pressure, flow, and motion sensors among others.

These technology tools should be used when there is a business case for that specific tool, rather than in broad application. Businesses must begin with a complete audit to understand what the need is that they are trying to address, and then to find the appropriate tool for the job.

Opportunities for Utilizing Emerging Technology for Aviation

Emerging technologies have a wide range of applications in a diverse set of environments, enabling enhanced operations, safety, security, and passenger experience. Here are some examples of their utilization:

Security Applications

There are many applications for AI in security. For example, you might use video analytics to analyze footage in real-time to detect suspicious activities or objects. It can also utilize things like facial recognition, or in combination with sensor data, to identify potential threats.

Sensors that measure air quality, temperature, humidity, and more can assist to maintain a safe and comfortable environment for passengers at an airport, patients in a hospital, visitors and patrons in public venues, etc.

Because AI models can process data from multiple sources as it happens, you have higher access to security and can optimize resource allocation for screening and monitoring.

Operational Applications

By using business intelligence tools and integrating sensors and operational systems, you can analyze passenger flow patterns. This can optimize queue management and reduce wait times.

You can also use this data to improve passenger experience and increase revenue with concession data and passenger preferences.

Another operational application is used in baggage tracking to reduce the risk of lost or mishandled luggage and improve the passenger experience.

Additionally, these tools provide insightful data to manage the bigger picture of resource allocation including energy usage and maintenance schedules. These are only a few use cases for these emerging technologies.

Risks and Mitigation in Adopting Automation

ai in airport security check

What Are Your Optimization Goals?

It is critical to think of all steps from goal setting to implementation and change management. When applied correctly, these tools can increase revenue, improve customer experience, and create heightened security without additional burdens to users, staff or visitors.

One common misconception about AI and other autonomous technologies is that they eliminate the need for human intervention and oversight. In fact, the opposite is true.

When these tools are implemented without strategic expertise and intentionality, it can lead to disastrous results. There have been cases of mistaken identity using facial recognition, incorrect application of sensor data, and more.

So how do you achieve all the potential while mitigating the risk of things going wrong?
Ask the right questions from the beginning of the process such as:

  • What data is being captured?
  • Are you being compliant with all privacy and other regulations?
  • How are you measuring the success of your programs?
  • Which goals are most important for your organization?
  • Do you include continuous process improvement plans
  • How will you verify the data you are collecting?
  • What methods will be used to test the systems for flaws before rollout?

Utilize Expertise

Powerful tools only work when you use them correctly. Getting organizational support for the creation of a strategic plan that includes technology solutions can help you avoid mistakes. Having a trusted team and the necessary experts and consultants for the creation of your plan with ensure success.

Understand the Limitations of the Tools

While AI and BI technologies offer immense potential and benefits, it is crucial to understand their limitations.

AI models heavily rely on the quality and diversity of the data they are trained on, and biases or incomplete data can lead to inaccurate or biased results. Additionally, AI algorithms may lack transparency, making it challenging to interpret their decisions or identify potential errors.

BI tools depend on the availability of reliable and up-to-date data, and if data quality or integration issues exist, the insights derived from BI may be compromised.

Sensors are subject to physical limitations, such as accuracy, range, and susceptibility to environmental factors. Maintenance and calibration of sensors are essential to ensure their proper functioning. It is vital for stakeholders to recognize these limitations and invest in data quality, model validation, and continuous monitoring to maximize the effectiveness and reliability of these tools while mitigating potential risks.

Conclusion

Emerging tools such as AI and BI technology open up all new opportunities for security, revenue generation, and improved efficiency. Nowadays, utilizing these tools is increasingly important to stay competitive in the marketplace.

Bringing in the right resources throughout this process can mitigate the risk involved so that you can get the maximum benefit.

About Atriade

Atriade Atriade has worked on over 500+ projects, in 60+ industries, in 30+ countries. If you are ready to get expert assistance in your AI and Business Intelligence planning and integration that will set you apart from your competitors, we are here to help. Our management team carries a lifetime of experience in all areas of security implementation and data analysis that we are ready to put to work for your unique business and team.

Visit us online at Atriade.com 

Connect with us on LinkedIn

Subscribe to our LinkedIn Newsletter: Take A Risk  

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Security’s Role in Digital Transformation https://atriade.com/digital-transformation-security-risks/ https://atriade.com/digital-transformation-security-risks/#respond Mon, 28 Mar 2022 09:38:25 +0000 https://atriade.com/?p=9522 Physical Security’s Role in Digital Transformation The Process of Departmental Collaboration As threats become more sophisticated, organizations are being forced to take a long, hard look at how to best protect their facilities, people and data from physical intrusions and cyberattacks. Sometimes, these are even happening simultaneously. In the first of this three-part series, we

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Physical Security's Role in Digital Transformation

The Process of Departmental Collaboration

As threats become more sophisticated, organizations are being forced to take a long, hard look at how to best protect their facilities, people and data from physical intrusions and cyberattacks. Sometimes, these are even happening simultaneously. In the first of this three-part series, we focus on process and the need for departmental collaboration, highlighting security’s role in digital transformation.  

security role in digital transformation

A Two-Pronged Attack

The need for departmental collaboration to mitigate security issues is reflected in this all-too-likely scenario: 

  • At 2 a.m., the doors of a large organization are breached, and the security officer gets an alert.
  • Three minutes later, the cyber team gets an alert that someone is trying to overload the network.

The Need to Digitize

Digital transformation, the use of technology to fundamentally improve performance or reach, has become an obligatory upgrade for companies across the globe. The strategy to digitize is shaping entire businesses and creating huge opportunities. A successful digital transformation is not just about implementing new technologies but transforming your organization to take advantage of the opportunities those new technologies provide. Digital transformation initiatives should be focused on reimagining customer experience, operational processes, and most importantly, the transformation of your business model.  

Our insights reveal that digital transformation does not happen organizationally from the bottom up; it must be driven from the top down. Digital transformation is not just a technology change, but an organizational one, and therefore a change that must start with your leadership. This requires leaders to upend entire business models to envision how people, data, and processes can create value for their customers. This is a moment for leaders to rethink how their organizations work. 

Security and Disruptive Technologies

Security within an organization is critical and almost always operates in a silo; physical security’s focus is on mission-critical, life safety events, while IT’s focus is on logical threats.  Little coordination occurs when a threat impacts both worlds, as noted in the example above.  

From a physical and cyber security perspective, industries are technically capable to quickly assess and address threats independently without the previous layers of reporting and approval protocols slowing down a response. Coordination and collaboration warrant a commitment to a digital transformation initiative. 

We have identified four major innovation areas that can be leveraged by the adoption of transformative digital technology: 

  • Machine learning-based rules monitoring. Machine learning is used to analyze much more data than a human. Increasingly, machine learning algorithms are used to make operational conclusions, making decisions and acting on them, sometimes without human intervention, which streamlines the business process.
  • Asset-focused proactive risk modeling. Threat modeling is how potential threats can be identified, enumerated, classified, and mitigated. It is a proactive approach used to understand how different threats and attacks could be realized. The purpose of threat modeling is to provide security teams with a systematic analysis of what countermeasures need to be implemented given the nature of the asset, the most likely attack vectors, and the assets most sought after by an attacker.
  • Collaborative incident management. The process of dealing with an outage, service disruption, or other large incident from its inception to completion is known as incident management. While this definition may appear straightforward, the lifecycle management process is extremely complex, requiring cross-team collaboration, disparate technologies, and distributed systems to resolve issues quickly without jeopardizing the customer experience, brand reputation, or most importantly, the company’s bottom line.
  • Highly secure, cloud-based architecture. In a cloud computing architecture, all applications are controlled, managed, and served by a cloud server. Its data is replicated and preserved remotely as part of the cloud configuration. A well-integrated cloud system can create nearly limitless efficiencies and possibilities.

Takeaway

These innovations will help deliver a key mission for life safety, employee security, and asset protection. Put differently, after you decide which digital path to take based on predefined and machinelearned rules, this will positively affect your physical and cyber operation teams by delivering a holistic picture of threats with deeper event collaboration. 

Delve into the strategic management of IoT in the realm of digital transformation, exploring how it enhances overall safety and security, and Take proactive measures to secure your digital infrastructure with insights on administration and effective device mitigation.

About Atriade

Atriade Atriade has worked on over 500+ projects, in 60+ industries, in 30+ countries. If you are ready to get expert assistance in creating your governance plan that will set you apart from your competitors, we are here to help. Our management team carries a lifetime of experience in all areas of Physical Security and Electronic Security that we are ready to put to work for your unique business and team.

Our expert team at Atriade has helped countless organizations address security’s role in digital transformation at their facilities. Contact Us if you would like to discuss your situation.

Visit us online at Atriade.com 

Connect with us on LinkedIn

Subscribe to our LinkedIn Newsletter: Take A Risk  

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How disruption can help lead to innovation in today’s security programs https://atriade.com/how-disruption-can-help-lead-to-innovation-in-todays-security-programs/ https://atriade.com/how-disruption-can-help-lead-to-innovation-in-todays-security-programs/#respond Thu, 03 Jun 2021 09:20:21 +0000 https://atriade.com/?p=7299 How disruption can help lead to innovation in today’s security programs Our idea of modern workspace has been disrupted, redefining security’s role in the workplace. The continuing unknowns on when and how to reopen have made one thing clear—the distributed workforce model is here to stay. Physical security departments will have to not only continue

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How disruption can help lead to innovation in today’s security programs

Our idea of modern workspace has been disrupted, redefining security’s role in the workplace. The continuing unknowns on when and how to reopen have made one thing clear—the distributed workforce model is here to stay. Physical security departments will have to not only continue to protect the workspace but maintain health and safety procedures and manage employee awareness.  The “New Normal” also means rethinking some critical physical security questions:

How do you manage your security portfolio in this distributed environment?

What best practices can be effective in making the right decisions in an evolving dynamic?

How do you leverage resources and tools to achieve success in short and mid-term objectives?

Examining each of these three pillars as they apply to your team’s priorities will help to establish a clear roadmap for moving forward.

Technology

How do you monitor alarms and manage the physical security coverage?

What technology decisions do you make to maintain an effective security program?

How do you effectively leverage supply chain and external vendors?

We have seen a major increase of technology catered toward workplace health and safety. These technologies now include contact tracing, health screenings, sanitization, and dynamic scheduling of access. Security departments, who traditionally focused solely on security and safety, have suddenly become responsible for buying, implementing and managing the new technologies often with quick turnaround mandates.

As the workforce model continues to evolve and new technologies become available, security departments will need to consistently evaluate and decide on which solutions will best meet their needs.

When making a decision on new technology, consider the following:

Leveraging Existing Technologies: Most security management systems have functionality that may meet your requirements without having to purchase additional modules or licenses. An example may be utilizing advanced reporting from the access control system.  The use of analytical tools, such as PowerBI can help visualize employee space usage in a dashboard. A simple export and integration may be sufficient and much more cost effective than purchasing a new contact tracing module.

Focusing on Operations, not Technologies: Conduct and assessment of your current risk profile and validate operational needs with a review of policies, procedures, and stakeholder agreements. Review existing vendor contracts and service level agreements (SLAs) to close gaps. An operations review can yield significant value to the business and reduce the need to invest in more expensive efforts.

Validation: Evaluate what’s available within the organization against market solutions by working with Procurement to issue technical Requests for Information (RFI) and vendor demonstrations to compare how the technology will help achieve your goals. Conduct Proof of Concepts (POC) for shortlisting solutions to ensure not only they work as suggested, but that they work in your environment against your physical, infrastructure and operational conditions.

Long Term Planning: Incorporating post-pandemic functionality into technology decisions can create a more effective lifecycle return on your investment. Insights identified during the RFI phase will provide content to support a business case to deliver an automated and manageable program.

Process

How do you best manage incidents and investigations in the new environment?

What projects or priorities can be accomplished in tighter budget cycles?

How do you manage new roles and responsibilities around health and safety protocols?

With regards to process, it would be a mistake to think that what worked well before the pandemic will continue to work well in the future. As a direct result of the current health crisis, certain aspects of security have taken on a new and vital significance.

A Focus on the Risk:  All security needs are borne out of a risk to the organization, its people, or infrastructure.  These risks may be safety, operational, reputational, or financial. Focusing on continual and consistent risk assessment and how to mitigate identified risks often leads to the correct business case. This approach also allows organizations to examine all possible solutions and develop a mitigation strategy that combines people, process, and technology.

Awareness: The security program’s purpose and its requirements should be clear to management and employees.  A strong sense of awareness allows the management to stand behind the program and ensures employee participation. Awareness campaigns should also always include feedback opportunities for employees so that they are engaged, and their concerns are heard.

Communication: Communication and collaboration among different levels of the organization is vital to the security program’s success. It raises the level of awareness, allowing all parties to understand each other and work towards common goals. Framing communication around overall risk can help reducing any institutional or territorial barriers.

Training: With security departments taking on additional responsibility around health and safety, training of staff to properly screen, advise and educate employees is critical. Training is also crucial to ensure proper communication and escalation processes are followed correctly to mitigate impacts from incidents.

Governance

How do you raise proper levels of awareness and communication on best security practices?

How do you properly collaborate with your leadership and other parts of the organization?

How can you develop an effective business case for your security program?

A successful selection of technologies and maintenance of programs is difficult without the proper governance structure in place. The governance structure connects all layers of the organization and clearly defines the role of security employees, their appropriate tasks, and how they interact with the broader organization:

Security Leadership: A vital component of governance is placing security at the same table as other leadership within the organization. Security is often perceived as a back of house operation managed by another department, such as HR or Facilities. While that reporting structure is adequate, security leadership should be an advocate in the C-Suite, who can articulate physical security risks, represent the security program’s business case and help align it to corporate strategy.

Alignment: A well thought out governance model allows security and corporate leadership to be aligned with the company’s direction. Alignment is crucial to ensure the security program enables the organization to thrive and security’s funding is spent effectively, with a focus on risk.  Alignment also allows the company’s leadership to understand the purpose and investment of its security program and can therefore, champion security and safety as part of the overall culture of the firm.

Physical security departments’ scope of responsibilities has increased dramatically in the last year. Stay tuned as we break down new technologies and strategies to ensure the health and safety of your company and employees.

About Atriade

Atriade Atriade has worked on over 500+ projects, in 60+ industries, in 30+ countries. If you are ready to get expert assistance in creating your governance plan that will set you apart from your competitors, we are here to help. Our management team carries a lifetime of experience in all areas of Physical Security and Electronic Security that we are ready to put to work for your unique business and team.

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