Scan Statistics: Market Report & Data

Highlights: The Most Important Scan Statistics

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The intriguing field of scan statistics has revolutionized how we make sense of large data sets in fields ranging from epidemiology to astronomy. Originating from barcode technology, scan statistics dive into the specifics of pattern recognition in spatial or sequential data. They are primarily used to identify 'clusters' or 'hotspots' amongst a sea of information, creating pathways that significantly improve data interpretation. This blog post offers an in-depth exploration of what scan statistics are, why they are crucial in data analysis, and how they can be effectively applied across various domains. Join us as we unravel the power and potential of scan statistics in the manifold world of data.

The Latest Scan Statistics Unveiled

24.7% of network scans are resource scans performed on a weekly basis.

Unveiling a striking reality about network scans, the figure of 24.7% illustrates a critical frequency of resource scans performed weekly. This numeric evidence underscores the pervasiveness of this specific activity within the broader landscape of network scanning. In the arena of scan statistics, this quantifiable metric injects a challenging dimension to interpret patterns, assess risks, and carve out effective prevention strategies. Essentially, this figure is a catalyst for re-evaluating our understanding of scan patterns and fostering deeper explorations.

58% of all cyber threats are associated with port scan activities.

Diving deep into the world of Scan Statistics, we stumble upon the riveting revelation that a staggering 58% of all cyber threats are linked to port scan activities. Such a statistic is akin to a flare in the digital night sky, alerting us to a predominantly uncharted quadrant of cyber vulnerability. This staggering percentage sheds a piercing light on port scanning, a key component within the tapestry of cyber threats. It underscores the weighty significance of port scanning and the sheer magnitude of potential data breaches it speaks to. In effect, these figures make the scan statistic an indispensable tool not just for analysis, but a crucial weapon in our cybersecurity arsenal to detect and respond to potential threats swiftly.

In Australia in 2018, there were 6.5 million computed tomography (CT) scans performed.

Within the strata of our insights into scan statistics, the metric that Australia saw 6.5 million computed tomography (CT) scans carried out in 2018 has a pivotal role. Such a high figure not only epitomizes the significant reliance on this technology in healthcare, but also implies a robust data source for further statistical analyses or modeling. This parameter is instrumental in understanding the scope of radiology services, potential radiation exposure issues, and escalating healthcare costs. Thus, it plays an anchoring role in any discourse related to scan statistics, contributing essential substance to the narrative.

40% of American adults have undergone body scans for ailment detection.

Delving into the world of scan statistics, the figure that 40% of American adults have elected to have body scans for ailment detection illuminates the evolving intersection of statistical analysis and healthcare. This surprising statistic underscores the growing reliance on and trust in scan-based diagnostic measures among the population. As such, our exploration in scan statistics must take into account not only the accuracy and reliability of these scanning technologies but also their acceptability and prevalence in today's healthcare, thereby shaping our understanding of their real-world implications.

Approximately 33% of radiologic examinations in the U.S. are computed tomography scans.

Highlighting the statistic that "approximately 33% of radiologic examinations in the U.S. are computed tomography scans" serves as a powerful insight into the pervasive usage of this diagnostic tool in modern healthcare. In the realm of scan statistics, this showcases the significance of computed tomography scans, not merely as a prevalent diagnostic tool but also as a major contributor to the overall radiologic data pool. Understanding this proportion allows us to better appreciate the potential impact of optimizing CT scan processes on overall healthcare efficiency, and underscores the importance of statistical analysis in improving diagnostics and ultimately patient outcomes.

The estimated frequency of false positives from lung cancer screening scans is 96.4%.

Navigating the labyrinth of scan statistics, the staggering estimation of false positives from lung cancer screening scans, standing at a formidable 96.4%, emerges as a critical point of discussion. This jaw-dropping figure not only underscores the imperative need for enhanced diagnostic precision but also sparks a dialogue about the potential emotional and financial repercussions on patients. The pertinent statistic serves as a wake-up call for innovations to improve screening methods, thereby bringing to the fore the role and relevance of scan statistics in transforming healthcare outcomes.

Each year in the United States, approximately 72 million CT scans are performed.

Diving into the ocean of Scan Statistics, it's fascinating to anchor at the striking figure of approximately 72 million CT scans performed yearly in the United States alone. This towering numeral not only highlights the sheer extent to which imaging technology permeates modern healthcare, but also underscores the role of scan statistics in tracking, examining, and potentially improving the way we utilize these life-altering tools. By delving into such prolific numbers, we unlock a trove of analytical potential that can help mitigate risks, optimize procedures and ultimately transform our understanding of this ever-evolving field.

Nearly 80% of the world's PET scans are done in America.

Painting a radiant illustration of healthcare disparities across the globe, the stunning revelation that around 80% of the world's PET scans are carried out in America contributes significantly to our understanding of global scan statistics. This staggering skewness adds another dimension to the conversation about access to and usage of advanced medical technology, suggesting the presence of a technological chasm between America and other parts of the world. For our scan statistic enthusiasts, this information serves as a robust launch pad to explore further implications: from economic disparities, to availability and usage rate of PET scans, to overall healthcare disparities across the globe.

In 2014, there were approximately 19 million nuclear medicine scans performed on adults and 530,000 on children.

Delving into the realm of Scan Statistics, the voluminous figures of 19 million nuclear medicine scans conducted on adults and a further 530,000 on children in 2014 paints a vivid picture of the importance and prevalence of this tool in modern healthcare. This not only emphasizes the high dependency on this diagnostic modality across all age groups, but also underscores the importance of accuracy, reliability, and safety measures in nuclear imaging. The substantial numbers also foretell an increasing trend, making improvements in scan techniques, technology and interpretation pivotal in enhancing patient care—a realm where Scan Statistics emerges as a front runner.

Only 5% of interventional radiology exams are CT scans.

Delving into the whirlpool of scan statistics, one might find it quite illuminating to discover a mere 5% of interventional radiology exams are CT scans. Proportionally, this brings an often ignored aspect to the forefront - the relatively low reliance on CT scans within the broad-spectrum area of interventional radiology. It subtly underscores an array of plausible reasons ranging from the existence of more efficacious alternatives, CT scan inherent limitations, or fiscal implications. This nugget of information urges readers to perhaps rethink preconceived notions and question the why and how behind the unseen majority of interventional radiology. It essentially provides a perfect springboard for jumping right into the complexity and diversity of scan practices in the healthcare milieu.

The average underwriting time reduction due to document scanning is 49%.

Highlighting the dramatic time-saving potential of document scanning, the figure of 49% average reduction in underwriting time paints a compelling picture of efficiency and productivity in the blog post context about Scan Statistics. By scanning documents, the time consumed in underwriting processes can be nearly halved; a transformational influence on operational efficiency. Such a significant decrease not only boosts speed but also allows resources to be focused elsewhere more effectively. Therefore, this key statistic underscores the instrumental role of document scanning in optimising business processes and amplifying productivity.

64.15% of phishing attacks involved URL scanning evasion techniques in 2021.

In the digital arena where cybersecurity remains paramount, the emergence of the statistic stating '64.15% of phishing attacks involved URL scanning evasion techniques in 2021' paints a stark landscape of the increasingly sophisticated tactics adopted by cybercriminals. The statistic underscores an alarming trend in the realm of scan statistics, stressing the urgency and relevance of refining, enhancing, and potentially redefining current scanning methodologies to better detect and impede these surreptitious invasions. By contributing to a nuanced understanding of informational vulnerabilities, such a statistic not only elevates dialogue on scan issue, but also stimulates proactive innovation within the frontier of cybersecurity.

SSL scanning bypass is used in 8.1% of advanced persistent threat (APT) infrastructure.

Delving into the world of scan statistics, one encounters the startling fact that 8.1% of advanced persistent threat (APT) infrastructure uses SSL scanning bypass. A small figure on first glance, but the implications are all-embracing in the cybersecurity landscape. This metric paints a vivid picture of the ingenious tactics employed by cybercriminals to fly under the radar and penetrate secure systems. It serves as a harrowing reminder to continuously evolve and update scanning technologies, techniques, and strategies to stay one step ahead in this virtual game of cat and mouse.

The global 3D scanning market is projected to reach $5.7 billion by 2023.

In the vibrant dance of numbers that is Scan Statistics, one melodious figure stands out to the tune of $5.7 billion. Foreseen to be the worth of the global 3D scanning market by 2023, this financial crescendo speaks volumes about the developing impact and growth trajectory of scan technologies. From its roots in academia to its branches in industries as wide as entertainment, healthcare, and architecture, this stratospheric projected value underscores the meaningful role 3D scanning is set to play, intertwining with practically every facet of our futuristic lives. So, as we waltz through this blog post, let's allow this stunning figure to guide our rhythm and cadence.

By 2027, the portable scanner market is projected to reach $3.56 billion at a CAGR of 6.6%.

Painting a pulsating picture of progress and expansion, the prediction reveals an impressive leap to a whopping $3.56 billion for the portable scanner market by 2027, marking a Compound Annual Growth Rate (CAGR) of 6.6%. This bubble of growth, underpinned by innovative advances and increasing demand, is not merely an economic forecast but a reflection of the escalating relevance and pervasive influence of scanning technology in our world. In the landscape of scan statistics, this paints a saga of an incessantly expanding frontier, pivotal in shaping strategies and molding market trends, thereby informing decisions for budding enthusiasts, invested stakeholders, and seasoned industrial veterans alike.

In 2024, Digital Scanning tunneling microscope market is expected to reach USD 396.7 million after a CAGR of 3.5% over 2022.

Forecasting a leap to USD 396.7 million by 2024, the Digital Scanning Tunneling Microscope market encapsulates a promising narrative of advancement in Scan Statistics. Riding on the wings of a calculated CAGR of 3.5% over 2022, this predicted surge not only signals an intensification of investments in scanning technologies but also reflects the escalating dependencies on precise and accurate micro-level data. This revelation underscores how Scan Statistics, traditionally tucked in the shadows, are steadily invading the limelight, revolutionizing industries and creating a fertile ground for scientific breakthroughs.

In 2019, the global market of retinal scanning displays is expected to reach USD 2.53 billion.

Showcasing the projected 2019 global market worth of retinal scanning displays at an impressive USD 2.53 billion emphasizes the profound traction and burgeoning relevance this technology has gained in recent times. Within the sphere of scan statistics, it foregrounds the significance of studying, understanding, and harnessing the analytical tools associated with such scans. This figure animates not just the commercial value, but also, more crucially, the extraordinary scale of potential applications and advancements that retinal scanning promises, thereby making it an intriguing and critical subject matter within discussions around scan statistics.


Scan Statistics offer a powerful method to detect and analyze spatial or temporal clusters within data, proving particularly useful in identifying significant patterns of anomalies, trends, or outbreaks in various sectors, such as public health, cybersecurity, and environmental science. Though the application of Scan Statistics requires a solid understanding of statistical principles, their utility in transforming raw data into actionable insights is undeniable. Staying informed about advancements in this field is beneficial for any professional needing to decipher complex patterns hidden within large datasets.


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Frequently Asked Questions

In statistics, a scan may not refer to a specific term or methodology. However, in a broader data analysis context, ‘scanning’ can informally represent the method of reviewing or going through a set of data or results for any patterns, anomalies, or relevant findings.
Spatial scan statistics is a method in spatial statistics that uses a moving window to scan across geographical space to find clusters of geographical events. It is often used in epidemiology to discover significant clusters of diseases or health-related events.
A spatial scan statistic works by applying a circular (we can also take the form of an ellipse or other shapes) window that moves across a geographical space where the density of events is being tested. Inside the moving window, the method compares the number of observed events to the expected number under the null hypothesis of random distribution, and this is repeated for every possible location and size of the window.
In time series analysis, a scan statistic refers to a methodology used to detect and evaluate clusters in a dataset over a period of time. It systematically moves a “window” along the time series data to identify periods where the activity is significantly higher than expected by chance alone.
The main purpose of applying scan statistics is to identify and evaluate clusters in spatial or time-series data. It serves to detect anomalies, trends, or significant patterns in dataset which can be vital in many fields, such as public health, crime analysis, and network security, among others.
How we write these articles

We have not conducted any studies ourselves. Our article provides a summary of all the statistics and studies available at the time of writing. We are solely presenting a summary, not expressing our own opinion. We have collected all statistics within our internal database. In some cases, we use Artificial Intelligence for formulating the statistics. The articles are updated regularly. See our Editorial Guidelines.

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