Artificial Intelligence
NRL, 100 Years Strong!
WASHINGTON, June 29, 2023 (GLOBE NEWSWIRE) — In just a few days, the U.S. Naval Research Laboratory will celebrate 100 years of service as the Navy’s corporate laboratory with a rich history of performing advanced scientific research and making significant contributions to U.S. military forces on, under, and above the seas.
Commissioned July 2, 1923, as the Naval Experimental and Research Laboratory — later shortened to the Naval Research Laboratory (c.1926) — NRL has changed the way the U.S. military fights, improved its capabilities, prevented technological surprise, transferred vital technology to industry, and tilted the world’s balance of power on at least three occasions; with the first U.S. radar, world’s first intelligence satellite, and first operational satellite of the Global Positioning System (GPS).
“For nearly a century, NRL employees have been at the forefront of innovation and research, and we are excited to honor this Centennial as we look to the next 100 years,” said Peter Matic, Ph.D., NRL’s Centennial Celebration Coordinator. “Today we are kicking off the celebration with an event at the Laboratory to share this momentous occasion.”
A Vision Realized
In 1873, the U.S. federal government purchased 90 acres of Bellevue in southwest Washington D.C. and added this land to the adjacent Naval Gun Factory. This land was known as the Bellevue Annex to the Naval Gun Factory until 1923, when the federal government opened the U.S. Naval Research Laboratory on the site. The Laboratory remains on this tract of land to this day.
In a 1915 New York Times article, Thomas Edison suggested that the U.S. government should maintain a “great research laboratory.” With this interview and with the progression of World War I, the idea of a central research facility for the Navy began to take shape.
Secretary of the Navy, the Honorable Josephus Daniels seized the opportunity created by Edison’s public comments to enlist Edison’s support. Edison agreed, serving as the head of a new body of civilian experts — the Naval Consulting Board — to advise the Navy on science and technology.
The Board’s eventual recommendation was “for the: establishment of a research and experimental laboratory, whose investment for grounds, buildings, and equipment should total approximately $5,000,000, and which should be located on tidewater of sufficient depth to permit dreadnought [class battleships] to come to the dock … near, but not in, a large city, so that labor and supplies might be easily obtained.”
The Board’s most ambitious plan was the creation of a modern research facility for the Navy. Congress allocated $1.5 million for the institution in 1916, but wartime delays and disagreements within the Naval Consulting Board postponed construction until 1920. On December 6, 1920, Daniels broke ground for NRL’s Building 1.
Radio Silence
In September 1922, nearly eight months prior to the grand opening of the newly created laboratory, two Navy radio engineers Albert Hoyt Taylor and Leo Clifford Young stationed at the Naval Aircraft Radio Laboratory at Anacostia, just north of Bellevue, began to seek new frequencies for radio communication. Building a high-frequency transmitter and portable receiver, the two set out to ‘field-test’ their device.
As Taylor and Young were testing their new equipment across the half-mile stretch of the open Potomac, the steamer Dorchester was cruising up the Potomac from Alexandria. As the vessel steamed toward the Anacostia, the researchers took note to the discernable fluctuations and peaks they were observing on their equipment. After somewhat tweaking the efficiency of the signal, the scientists were soon able to more effectively identify approaching vessels along the river, some as far off as three miles. It was soon after this discovery the team truly believed they could further develop their device for practical military use in modernizing the efficiency of detecting enemy warships.
Unfortunately, neither the Navy nor the Bureau seemed interested, and Taylor and Young in lieu of other demanding priorities shelved the project before being moved slightly down river to the newly commissioned Bellevue lab several months later.
At NRL, Taylor became chief radio scientists of the Laboratory’s Radio Division and Young his top assistant. During the greater portion of the 1920s, the division was tasked with advancing high-frequency radio technology for service to the Navy fleet.
1923 and Beyond
After opening its doors, the laboratory’s two original divisions — Radio and Sound — pioneered in the fields of high-frequency radio and underwater sound propagation. They produced communications equipment, direction-finding devices, sonar sets, and perhaps most significant of all, the first practical radar equipment built in the U.S.
Nearly a decade after Taylor and Young’s breakthrough in detecting distant moving objects via radio, a patent for “System for Detecting Objects by Radio,” was approved November 27, 1934. Later referenced as radar – for ‘radio detection and ranging’ – the technology contributed to major Naval victories in battles at the Coral Sea, Midway, and Guadalcanal during World War II.
During the war, scientific activities necessarily were concentrated almost entirely on applied research. New electronics equipment — radio, radar, sonar — was developed. Countermeasures were devised. New lubricants were produced, as were antifouling paints, luminous identification tapes, and a sea marker to help save survivors of disasters at sea. A thermal diffusion process was conceived and used to supply some of the uranium-235 isotope needed for one of the first atomic bombs.
During the years since World War II, the laboratory has conducted basic and applied research pertaining to the Navy’s environments of earth, sea, sky, space, and cyberspace. Investigations have ranged widely — from monitoring the sun’s behavior, to analyzing marine atmospheric conditions, to measuring parameters of the deep oceans.
Laboratory researchers also performed basic research, participating for example, in the discovery and early exploration of the ionosphere. Moreover, the laboratory was able to work gradually toward its goal of becoming a broadly based research facility. By the beginning of World War II, five new divisions had been added: Physical Optics, Chemistry, Metallurgy, Mechanics and Electricity, and Internal Communications. Detection and communication capabilities have benefited by research that has exploited new portions of the electromagnetic spectrum, extended ranges to outer space, and provided a means of transferring information reliably and securely to stare down massive jamming tactics.
Submarine habitability, lubricants, shipbuilding materials, firefighting, and the study of sound in the sea have remained steadfast concerns, to which have been added recent explorations within the fields of virtual reality, superconductivity, biotechnology and nanotechnology.
The laboratory has pioneered naval research into space — from atmospheric probes with captured V-2 rockets, through direction of the Vanguard project (America’s first satellite program) and development of the world’s first intelligence satellite (GRAB-I), to inventing and developing the first satellite prototypes of the modern day Global Positioning System (GPS).
Office of Naval Research
Because of the major scientific accomplishments of the war years, the United States emerged into the post-war era determined to consolidate its wartime gains in science and technology and to preserve the working relationship between its armed forces and the scientific community.
While the Navy was establishing its Office of Naval Research (ONR) as a liaison with and supporter of scientific research, it was also encouraging NRL to broaden its scope. Placement of NRL within the Navy Secretariat allowed it to pursue long-range high-risk projects and serve the Navy in the broadest sense.
Commissioned August 1, 1946, there was a transfer of NRL to the administrative oversight of ONR and a parallel shift of the laboratory’s research emphasis to one of long-range basic and applied investigation in a broad range of the physical sciences. However, rapid expansion during the war had left NRL improperly structured to address long-term Navy requirements.
One major task — neither easily nor rapidly accomplished — was that of reshaping and coordinating research. This was achieved by transforming a group of largely autonomous scientific divisions into a unified institution with a clear mission and a fully coordinated research program.
The first attempt at reorganization vested power in an executive committee composed of all the division superintendents. This committee was impracticably large, so in 1949 a civilian Director of Research (DOR) was named and given full authority over the program. Positions for associate directors, or ADORS, were added in 1954.
Leading Naval Research into the 21st Century
Today, NRL leads advances for the Navy in space systems development and support, as well as in fire research, tactical electronic warfare, microelectronic devices, and artificial intelligence (AI). The laboratory now focuses its research efforts on new Navy strategic interests in the 21st century, a period marked by global terrorism, shifting power balances, and irregular and asymmetric warfare.
NRL scientists and engineers strive to give the Navy the special knowledge, capabilities, and flexibility to succeed in this dynamic environment. While continuing its programs of basic research that help the Navy anticipate and meet future needs, to include innovations in wireless transfer of solar energy; hypersonic technologies and quantum information science.
NRL also moves technology rapidly from concept to operational use when high-priority, short-term needs arise. Some past examples are pathogen detection, lightweight body armor, contaminant transport modeling, and communications interoperability.
The interdisciplinary and wide-ranging nature of NRL’s work keeps this “great research laboratory” at the forefront of discovery and innovation, solving naval challenges and benefiting the nation as a whole.
About the U.S. Naval Research Laboratory
NRL is a scientific and engineering command dedicated to research that drives innovative advances for the U.S. Navy and Marine Corps from the seafloor to space and in the information domain. NRL is located in Washington, D.C. with major field sites in Stennis Space Center, Mississippi; Key West, Florida; Monterey, California, and employs approximately 3,000 civilian scientists, engineers and support personnel.
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LOS ANGELES, May 11, 2024 /PRNewswire/ — WIO LLC, parent company of the global TV broadcast airings platform, WIOpro™, has announced a new strategic agreement with Gracenote, the global content data business unit of Nielsen, to address the longstanding challenge of accurately tracking and collecting music royalties generated by broadcast television and digital programming, With this agreement, WIO will integrate Gracenote TV program metadata and show airings into its WIOpro™ (“When’s It On – Professional”) platform enabling performance rights organizations, copyright management organizations and other entities to better monitor broadcast schedules and identify when royalties have been earned.
By integrating Gracenote historical program data into WIOpro’s new LookBack™ feature, WIO is enhancing its reporting capabilities and empowering Collection Societies, Rights Management Companies and the royalty-earning community to more easily monitor and export broadcast airings and better understand collections opportunities.
“At WIO, we are committed to empowering collection societies and copyright holders around the world with our platform tools and unprecedented access to the best and most accurate television broadcast and streaming data available,” said Shawn Pierce, Co-Founder and CEO of WIO LLC. “We have enjoyed an incredible relationship with Gracenote for 10 years. With the solidification of this agreement, we are able to deliver an unrivaled dataset to the royalty and residual community in a way that has not been offered before.” said Adam Shafron, Co-Founder and CTO of WIO LLC.
“WIO’s platform developed to solve the difficult matter of royalty tracking only becomes more powerful based on the integration of accurate, timely and comprehensive Gracenote metadata,” said Scott Monahan, Director, Strategic Partnerships, Gracenote. “We look forward to the combination of WIOpro’s technology and Gracenote’s program metadata delivering on the promise of transforming music royalty collection so that rights holders can be fairly compensated for use of their work.”
WIO and Gracenote will be at the MusicBiz 2024 conference in Nashville, TN May 13 – 16. Contact Dave Pelman, COO of WIO LLC at [email protected] for media queries or to book an appointment for a product demonstration.
About WIO:WIO is a technology company dedicated to providing broadcast television and digital programming data tailored specifically for the royalty and residual collection industry. Through its platform WIOpro (wiopro.com), users obtain access to real-time broadcast insights, reporting and curated data delivery.
About Gracenote:Gracenote is the content data business unit of Nielsen providing entertainment metadata, connected IDs and related offerings to the world’s leading creators, distributors and platforms. Gracenote enables advanced content navigation and discovery capabilities helping individuals easily connect to the TV shows, movies, music, podcasts and sports they love while delivering powerful content analytics making complex business decisions simpler.
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Artificial Intelligence
IDTechEx Explores Printed Electronics in Electrified and Autonomous Mobility
BOSTON, May 10, 2024 /PRNewswire/ — Electrification, autonomy, and vehicle ownership saturation are causing a technological revolution in the automotive sector. These automotive meta-trends are driving drastic changes in electronic component requirements and present a high-volume opportunity for printed electronics to capitalize on.
Historically, printed electronics technologies have nurtured a close relationship with the automotive sector, with printed force sensors pioneering passenger safety through seat occupancy and seatbelt detection. As such, the automotive sector continues to represent the lion’s share of the global printed and flexible sensor market, which IDTechEx’s report on the topic evaluates as worth US$421M in 2024. However, if the automotive sector is to continue to be a reliable revenue stream, printed electronics technology providers must adapt to address the emerging technical challenges facing future mobility.
Augmenting autonomous vehicles with printed electronics
As vehicle autonomy levels advance, the increasing number and distribution of spatial mapping sensors required will need continuous performance improvements to ensure passenger safety. Emerging printed electronics technologies can augment these sensors, extending detection bandwidth and maximizing reliability during operation.
Transparent conductive films (TCFs) are being developed to heat and defog LiDAR sensor panels, ensuring the function is unperturbed by external environmental conditions. Properties such as high transparency and low haze are important for defogging. These properties can be easily tuned using the wide variety of material options available for TCFs, including carbon nanotubes and silver nanowires.
IDTechEx identifies printed heating as a leading application of transparent conductive films. This is attributed to diminishing growth prospects in capacitive touch sensing applications. Innovations in thin film coating techniques have enabled indium tin oxide (ITO) to dominate touch sensing applications, all but displacing TCFs completely.
Looking towards the future, printed electronics technologies could play a more active role in advanced autonomous driving. Emerging semiconductive materials, such as quantum dots, printed directly onto conventional silicon image sensor arrays can extend detection range and sensitivity deeper into the infrared region. Augmenting existing image sensor technology with enhanced spectral range could facilitate the competition of hybrid silicon sensors with established InGaAs detectors.
Printed sensors promise granularized battery health monitoring
Vehicle electrification is driving the sustained development and evolution of electronic management systems, particularly in the battery and electric drivetrain. A strong market pull exists for technologies that increase vehicle efficiency, range, and lifetime while reducing recharge times.
Printed pressure and temperature sensors measure battery cell swelling and thermal profiles, providing granularized physical data that can be used to optimize battery deployment and recharging. Moreover, hybrid printed sensors that combine integrated printed heating elements promise a solution to actively address battery temperature. IDTechEx estimates that printed sensor-enabled battery deployment and charging optimizations could be worth up to US$3000 in savings per vehicle.
There remains uncertainty about whether electrification trends will correspond to increased demand for physical sensors in electric vehicle batteries, owing to the utility of existing electronic readouts for managing deployment. Virtual sensors also pose a threat, where AI-enabled software models interpret data to predict and emulate physical sensor functions without the need for discreet components. However, emerging regulations regarding safety and sensor redundancy will likely favor measurable metrics and see automotive makers continue to adopt physical sensors. IDTechEx predicts that virtual sensors are unlikely to displace their physical counterparts – so long as low-cost sensors remain widely available.
Embedding printed electronics in the car of the future
IDTechEx predicts that global car sales will saturate over the next decade, with automakers increasingly looking for premium features and technical innovations to differentiate themselves from the competition. In-cabin technologies will be highly desirable – as the location where passengers reside and interact with the vehicle the most.
Lighting elements are emerging as a prominent differentiator, described as “the new chrome” by Volkswagen’s chief designer. The use of in-mold structural electronics (IMSE) enables the integration of embedded lighting elements using existing manufacturing processes. 3D electronics technologies are intrinsically attractive for automotive integration, as functional layers are conformable and lightweight while easily embedded within existing aesthetic elements.
Despite strong tailwinds, the adoption of in-mold electronics within automotive interiors has been sluggish. This is attributed to the challenges of meeting automotive qualification requirements, as well as stiff competition with less sophisticated alternatives such as applying functional films to thermoformed parts. Nevertheless, momentum is building, with technology providers like Tactotek partnering with Mercedes-Benz and Stallantis to progress the automotive validation of IMSE to TRL5.
Outlook for printed electronics in automotive applications
Just as printed force sensors heralded early passenger safety systems, printed electronics technology is poised to underpin next-generation innovations for the car of the future. But this time, the competition will be stiff. Critical cost requirements must be met, while desirable new functionality must address existing challenges faced by manufacturers. Printed electronics can play a role in supporting emerging electrified and autonomous mobility, such as augmenting LiDAR sensors or optimizing electric battery deployment. Demand for technologies that enhance passenger experience and vehicle aesthetics will continue to grow, and printed electronics can supply low-power, lightweight lighting solutions for these.
Sustained engagement from tier suppliers and manufacturers continues to make the automotive sector key to printed sensor market growth opportunities – a total market IDTechEx predicts will reach US$960M by 2034. Strong partnerships between material providers and printed electronics technology providers are complementary to those of the highly vertically integrated automotive value chains between tier suppliers and OEMs. Leveraging printing techniques to provide solutions that slot into existing manufacturing processes and designs will be crucial. In the medium term, the printed electronics technologies most likely to realize revenue potential are those that can adapt to service emerging challenges already known to the automotive industry.
For more information on IDTechEx’s research on this topic, please see their report, “Printed and Flexible Sensors 2024-2034: Technologies, Players, Markets”. Downloadable sample pages are available for this report.
For the full portfolio of printed and flexible electronics market research from IDTechEx, please visit www.IDTechEx.com/Research/PE.
About IDTechEx:
IDTechEx provides trusted independent research on emerging technologies and their markets. Since 1999, we have been helping our clients to understand new technologies, their supply chains, market requirements, opportunities and forecasts. For more information, contact [email protected] or visit www.IDTechEx.com.
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Artificial Intelligence
Identity Threat Detection and Response (ITDR) Market worth $35.6 billion by 2029- Exclusive Report by MarketsandMarkets™
CHICAGO, May 10, 2024 /PRNewswire/ — The growing need for identity-centric security solutions brought on by an increase in cyberattacks and regulatory compliance requirements will define the Identity Threat Detection and Response (ITDR) Market in the future. The growth of ITDR solutions towards more proactive and autonomous security operations is being shaped by several major trends, including integration with IAM platforms, use of AI and ML technologies, and emphasis on UEBA and Zero Trust security.
The global Identity Threat Detection and Response Market size is projected to grow from USD 12.8 billion in 2024 to USD 35.6 billion by 2029 at a Compound Annual Growth Rate (CAGR) of 22.6% during the forecast period, according to a new report by MarketsandMarkets™. The expansion of identity threat detection and response (ITDR) is propelled by the continuously evolving global threat landscape and combating threat-targeting identities and identity systems. ITDR provides response strategies ensuring the protection of sensitive and confidential data.
Browse in-depth TOC on “Identity Threat Detection and Response (ITDR) Market”
266 – Tables 48 – Figures273 – Pages
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Scope of the Report
Report Metrics
Details
Market size available for years
2022-2029
Base year considered
2023
Forecast period
2024-2029
Forecast units
Value (USD) Billion
Segments Covered
By offering deployment mode, organization size, vertical and region
Region covered
North America, Europe, Asia Pacific, Middle East and Africa, and Latin America
Companies covered
Microsoft (US), IBM (US), CrowdStrike (US), Zscaler (US), Tenable (US), Veronis (US), BeyondTrust (US), CyberArk (US), Proofpoint (US), Quest (US), Oort(US), Vectra (US), Proficio (US), Qomplx (US), Adaptive Shield (Israel), Acalvio (US), Authorize (Israel), Illusive (US), Mindfire (UAE), Rezonate (US), Semperis (US), Sentinelone (US), Silverfort (Israel), Netwrix (US), Vericlouds (US), Microminder (UK), Quorum Cyber (UK) and Mix mode (US).
Governments worldwide increasingly emphasize the importance of robust identity threat detection and response (ITDR) solutions to counter growing cyber threats and safeguard critical infrastructure. Key initiatives include funding research and development grants, supporting startups through grants and incubator programs, and enforcing data privacy regulations like GDPR and CCPA. They also promote cybersecurity frameworks, critical infrastructure protection standards, and public awareness campaigns. Collaboration with the private sector, through partnerships and procurement policies, further drives ITDR market growth. These efforts underscore a global recognition of ITDR’s significance in enhancing digital security and compliance with industry regulations.
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By deployment mode, the cloud segment is expected to demonstrate the highest growth rate in the Identity Threat Detection and Response Market during the forecast period.
The Identity Threat Detection and Response (ITDR) Market is experiencing a notable shift towards cloud-based deployments, which are projected to dominate in the coming years. Cloud solutions offer various advantages, including scalability, reduced infrastructure costs, faster deployment, improved accessibility, and automatic updates. With businesses increasingly adopting cloud technologies and prioritizing agility and innovation, cloud-based ITDR solutions align well with this evolving landscape. The cybersecurity skills shortage further drives the preference for cloud solutions, given their built-in automation and ease of management. While on-premises ITDR solutions may still be favored in scenarios with stringent data security requirements, the overall trend favors cloud-based deployments due to their scalability, agility, and cost-effectiveness. Cloud providers continue to innovate and enhance their offerings, making them increasingly attractive to businesses of all sizes, ultimately shaping the dominance of cloud-based ITDR in the foreseeable future.
Based on organization size, the SMEs segment is projected to exhibit the highest growth rate at the highest CAGR during the forecast period.
The Identity Threat Detection and Response (ITDR) Market is set for significant growth, particularly among Small and Medium-Sized Enterprises, driven by several key factors. SMEs face increased vulnerability due to limited security resources, a growing reliance on digital tools, and evolving cyber threats. Heightened awareness of cyber risks and emerging data privacy regulations are pressuring SMEs to invest in ITDR solutions. The affordability and scalability of cloud-based ITDR solutions further contribute to SME adoption. These solutions offer improved threat detection, enhanced user access control, and simplified compliance management, positioning SMEs as pivotal drivers of growth in the ITDR market.
Asia Pacific is anticipated to experience substantial growth with the highest CAGR in the Identity Threat Detection and Response Market during the forecast period.
The Identity Threat Detection and Response (ITDR) Market is experiencing remarkable growth globally, particularly in the Asia-Pacific region, where it is projected to witness the highest Compound Annual Growth Rate. This surge is fueled by several factors specific to the area. APAC’s rapid digital transformation, propelled by adopting cloud computing, mobile technologies, and e-commerce platforms, creates an expanded attack surface for cyber threats. Heightened regulatory focus on data privacy regulations in countries like China, India, and Australia drives the demand for robust ITDR solutions to ensure compliance. The emergence of domestic cybersecurity vendors in APAC and the increasing adoption of cloud-based ITDR solutions contribute to market growth. Government initiatives, such as heavy investments in cybersecurity infrastructure and public-private partnerships, create a supportive environment for the ITDR market’s expansion. Despite facing challenges like a shortage of skilled cybersecurity professionals, the APAC region’s unique dynamics position it as a key driver of ITDR market growth. It is crucial in protecting critical infrastructure and businesses against cyber threats in the digital age.
Top Key Companies in Identity Threat Detection and Response (ITDR) Market:
The major players in the Identity Threat Detection and Response Market are Microsoft (US), IBM (US), CrowdStrike (US), Zscaler (US), Tenable (US), Veronis (US), BeyondTrust (US), CyberArk (US), Proofpoint (US), Quest (US), Oort(US), Vectra (US), Proficio (US), Qomplx (US), Adaptive Shield ( Israel), Acalvio (US), Authomize (Israel), Illusive (US), Mindfire (UAE), Rezonate (US), Semperis (US), Sentinelone (US), Silverfort (Israel), Netwrix (US), Vericlouds (US), Microminder (UK), Quorum Cyber (UK) and Mixmode (US).
Recent Developments
January 2024 – IBM collaborated with ASUS to enhance cybersecurity by utilizing AI-powered security technologies to detect and remediate attacks swiftly. IBM’s QRadar EDR will be integrated directly into ASUS’s business hardware, supported by MDR services from IBM.January 2024 – Aembit integrates its Workload IAM Platform with CrowdStrike Falcon for real-time security posture assessment, enabling dynamic access policy enforcement. This collaboration enhances ITDR capabilities, ensuring secure workload-to-workload access.October 2023 – BeyondTrust partnered with the AWS SaaS Factory team to build their Identity Security Insights solution as a SaaS offering on AWS. This collaboration helped BeyondTrust navigate business and technical decisions for a successful SaaS model launch.September 2023 – CyberArk collaborates with Accenture to deploy CyberArk Privilege Cloud to enhance PAM solutions. This initiative aims to bolster cybersecurity defenses by managing and monitoring privileged access, which is crucial for ITDR. The collaboration leverages CyberArk’s Identity Security Platform, enabling comprehensive security for identities across various IT environments, aligning with ITDR principles by securing access and mitigating risks associated with privileged accounts.July 2023 – Microsoft partnered with CISA by offering expanded cloud logging capabilities at no additional cost. This initiative directly supports ITDR by improving detection and response to identity-related threats, making it easier for organizations to maintain identity integrity and security through better visibility and monitoring of security incidents.Inquire Before Buying@ https://www.marketsandmarkets.com/Enquiry_Before_BuyingNew.asp?id=259116012
Identity Threat Detection and Response (ITDR) Market Advantages:
ITDR solutions assist avoid security breaches and data loss by enabling organisations to proactively detect and respond in real-time to identity-related threats such account takeovers, credential stuffing, and insider threats.ITDR solutions assist organisations in strengthening their security posture and safeguarding sensitive data and assets from unauthorised access and misuse by continually monitoring user activities, access patterns, and behaviour across digital channels and systems.Rapid incident response is made possible by ITDR systems, which immediately notify security teams of potentially dangerous activity and security issues. This allows the teams to quickly investigate and neutralise threats to minimise the damage to the organisation.By offering thorough visibility, audit trails, and reporting capabilities, ITDR solutions help enterprises comply with legal and regulatory requirements pertaining to identity and access management, data protection, and cybersecurity.ITDR systems with advanced analytics and machine learning capabilities help minimise noise and false positives, allowing security professionals to concentrate on real threats and efficiently prioritise their response efforts.Numerous ITDR systems come with easy-to-use dashboards and interfaces that give security teams the tools and knowledge they need to effectively monitor, assess, and address identity-related threats without the need for in-depth training or specialised knowledge.Organisations may take advantage of their investments and coordinate automated response activities throughout the security ecosystem by integrating ITDR solutions with pre-existing security technologies and systems like SIEM, IAM, CASB, and SOAR platforms.Report Objectives
To describe and forecast the global Identity Threat Detection and Response Market by offering, deployment mode, organization size, vertical, and regionTo forecast the market size of five central regions: North America, Europe, Asia Pacific (APAC), Middle East and Africa (MEA), and Latin AmericaTo analyze the subsegments of the market concerning individual growth trends, prospects, and contributions to the overall marketTo provide detailed information related to significant factors (drivers, restraints, opportunities, and challenges) influencing the growth of the marketTo analyze the opportunities in the market for stakeholders and provide the competitive landscape details of major playersTo profile the key players of the Identity Threat Detection and Response Market and comprehensively analyze their market shares and core competenciesTo track and analyze competitive developments, such as Mergers and Acquisitions (M&A), new product developments, and partnerships and collaborations in the marketTo track and analyze the impact of COVID-19 on the Identity Threat Detection and Response MarketBrowse Adjacent Market: Information Security Market Research Reports & Consulting
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Physical Security Information Management Market- Global Forecast to 2029
Operational Technology Security Market- Global Forecast to 2029
Identity Verification Market- Global Forecast to 2028
Cloud Data Security Market- Global Forecast to 2027
Big Data Security Market- Global Forecast to 2026
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