Maureen Carlson, President, System Surveyor explores real-world system design and collaboration within physical security.
In today’s rapidly advancing world of technology, the widening gap between decision-makers, integrators, public safety officials and manufacturers remains a significant challenge.
Whether for small businesses, university or corporate campuses or government facilities, improving collaboration among these groups is crucial to the successful deployment of modern security systems.
However, aligning technical solutions with non-technical stakeholders can be a daunting task.
IT staff and public safety officials are often put in charge of making critical decisions regarding security systems, yet many lack in-depth technical knowledge about the various solutions available.
In contrast, integrators and manufacturers are highly knowledgeable about the most advanced technology options available but may struggle to communicate their benefits to a non-technical audience.
These misalignments can result in underutilized systems, costly oversights and the failure to meet the unique needs of the environment.
To address these challenges, there has been a shift within the physical security industry toward facilitating better collaboration across these groups – driven in part by recent advances in site survey and visual system design tools.
When used as part of a collaborative system design process, these tools offer several short- and long-term benefits for integrators and end users alike.
With the rush of new AI-based physical security technology offerings, especially, decision makers need to “see” what benefits they can offer.
Visual collaboration, as the term suggests, refers to the use of intuitive visualization tools to digitally simulate the area of coverage for video surveillance cameras, sensor devices, fire detection tools and other technologies, during both the site survey and system design process.
In the context of physical security, visual collaboration offers immense value by allowing an integrator to simulate a potential design option on a floor plan or map, in real time, taking into consideration obstructions likes walls, poles or other limitations to the device’s reach.
Whether visualizing the true view of a device and blind spots for stakeholders during an initial site survey or noting problematic coverage areas on system designs for proposals, leading collaborative system design software gives integrators the tools they need to deliver accurate, professional and easily legible system designs.
The importance of visual collaboration lies in its ability to bridge the communication gap between technical and non-technical decision-makers.
For example, rather than relying on lengthy technical specifications or jargon-laden documentation, integrators and manufacturers can present physical security system designs in ways that are easy to comprehend – offering a “true-to-life” representation of how security measures will work.
This not only ensures clarity but also encourages engagement from all stakeholders, as they can actively participate in discussions around the security system, ask questions and/or make adjustments in real time.
For decision-makers, visual collaboration is key in understanding how the proposed physical security system will function and how it aligns with the specific needs and risks of their environment.
By seeing the system come to life visually, stakeholders can more easily identify any gaps in coverage, potential issues or concerns that may not have been obvious in traditional documentation.
In the end, clear communication is critical to ensuring that everyone is on the same page and visual collaboration provides an ideal way to achieve that.
One of the key challenges in physical security system design is the need to translate complex technological solutions into concepts that non-technical stakeholders can understand.
Technologies such as AI-based video surveillance cameras, cloud-based access control systems and advanced analytics have revolutionized the physical security industry; but for those without a deep understanding of these systems, the jargon and technical language can be overwhelming.
This is where intuitive, user-friendly software comes into play.
By incorporating a mobile site survey and system design tool that uses a digital floor plan or map to demonstrate the capabilities and coverage of specific devices, integrators can help non-technical stakeholders understand how various components fit together and make the most informed possible decisions.
These software tools not only help decision-makers make informed choices but also ensure that system designs are aligned with their goals.
For instance, a security officer may not be familiar with the unique functionalities of an AI-based video surveillance camera, but if an integrator is able to use a visual tool during a site survey to demonstrate how a particular camera can provide more coverage or detect specific threats more effectively in areas like hallways or parking lots, that security officer can quickly grasp the difference between several options and make recommendations based on the insights gained from that demonstration.
Collaborative system design processes help integrators avoid potentially costly mistakes before they make them.
After all, many projects suffer from misalignment between what stakeholders envision and what is actually feasible once installation begins, resulting in unexpected costs and delays or functionality gaps in the system.
By engaging in thorough visualization upfront, stakeholders can address these concerns before installation begins, ensuring a more efficient and effective implementation process.
Visual collaboration tools also allow stakeholders to propose several layout options based on different budget constraints.
Leaning on visual representations of different tiers of system coverage, decision-makers can better understand the implications of their physical security investments, seeing how a basic camera setup might cover common areas or hallways while more advanced solutions, such as AI-driven analytics, are required in sensitive areas like private offices or laboratories.
Using a digital as-built as the foundation of system designs is also valuable in the post-implementation phase.
By folding these kinds of software platforms into both the lifecycle and daily management of systems using a “single pane of glass,” collaborative system design and security system design tools can offer visibility into system life expectancy, depreciation and replacement costs, which can help a business avoid the breakdown of physical security technology in the face of an ongoing crisis.
For businesses with existing security systems, these tools can also equip security staff to make the most of the technologies they’ve already deployed.
Real-world experiences, particularly in the context of campus and school security, offer valuable insights into how system design visualization and collaboration can lead to improved project outcomes.
In many cases, educational institutions have found that involving all stakeholders early in the process leads to a more well-rounded and effective physical security system.
As one public safety officer at a leading public university leader told me: “[These stakeholders] know their buildings and their needs; we and our integrators know electronic security and technology.”
It is at the intersection between stakeholder wisdom and technology expertise that the solution providers can and should find all the necessary information needed to deploy and upgrade effective physical security solutions to help prevent and mitigate risk.
Through visual collaboration, the university was able to see a detailed design of where cameras would be placed and how they would interact with other systems, such as access control and alarm systems.
By involving security officers, IT professionals and facility managers in the process, they were able to address potential blind spots, optimize camera coverage and ensure that the system would function as intended once installed.
Bridging the gap between technology leaders, integrators, public safety officials and manufacturers in physical security systems is essential for successful project outcomes.
Through intuitive site survey platforms, collaborative system design tools and easy-to-use visualization features, stakeholders can better understand system designs, align their goals and make informed decisions – ultimately creating safer and more secure environments for everyone involved.
Maureen Carlson is the Co-Founder and President at System Surveyor.
As an executive-level marketing and sales leader with more than 25 years of experience in B2B and SaaS technology companies, she leads System Surveyor’s growth efforts in sales, customer success and marketing.
She and her team are responsible for innovative digital marketing efforts and expansion by helping customers achieve their objectives with the technology.
This article was originally published in the April edition of Security Journal Americas. To read your FREE digital edition, click here.