Bird Detection System Market Size, Share, Growth, and Industry Analysis, By Types (Fixed Bird Detection System, Mobile Bird Detection System), By Applications (Airport, Wind Farms, Bird Study and Protection), and Regional Insights and Forecast to 2034

Bird Detection System Market Size

The Global Bird Detection System Market size was USD 157.79 million in 2024 and is projected to reach USD 177.26 million in 2025, expanding further to USD 199.13 million in 2026 and ultimately surging to USD 505.09 million by 2034. This trajectory showcases a CAGR of 12.34% during the forecast period from 2025 to 2034. Growth momentum is being driven by over 37% expansion in aviation safety programs, 33% adoption across renewable energy installations, and 30% increase in smart radar-based detection solutions. Additionally, around 35% of investments are flowing into AI-powered monitoring systems, reflecting a major shift toward technology-led precision detection in airports, wind farms, and defense applications.

In the U.S. Bird Detection System Market, adoption in airport safety operations has grown by 38%, while usage across wind energy projects has surged by 34%. Defense-related applications have recorded a 32% expansion, supported by integration of advanced sensor technologies. AI-driven radar solutions have witnessed a 36% increase, and cloud-based monitoring platforms have grown by 29%. Moreover, nearly 31% of U.S. bird strike prevention programs are now powered by automated detection technologies, showcasing how innovation and digital solutions are reshaping market growth across the nation.

Key Findings

• Market Size: The market is expected to rise from $157.79 Million in 2024 to $177.26 Million in 2025, reaching $505.09 Million by 2034, showing a CAGR of 12.34%.
• Growth Drivers: 42% adoption in aviation safety, 39% demand across renewable energy, 36% increase in AI monitoring, 34% integration of smart radars, 38% defense-driven deployment.
• Trends: 41% rise in AI-based radar, 37% adoption in airports, 33% expansion in wind farms, 46% cloud platforms use, 39% automated detection programs.
• Key Players: Accipiter Radar, Robin Radar, Swiss Bird Radar Solutions, Detect-Inc., Xsight Sys.
• Regional Insights: North America holds 35% share led by aviation safety; Asia-Pacific captures 30% driven by renewable projects; Europe secures 23% with smart defense adoption; Middle East & Africa account for 12% through environmental monitoring.
• Challenges: 40% high costs in advanced radar, 36% compliance complexities, 38% technology integration barriers, 34% cybersecurity risks, 39% limited skilled workforce.
• Industry Impact: 44% enhanced aviation safety, 37% improved wind farm efficiency, 42% rise in defense readiness, 35% smarter environmental monitoring, 40% predictive detection expansion.
• Recent Developments: 43% growth in AI platforms, 39% new airport partnerships, 36% smart radar innovations, 42% expansion in defense contracts, 38% global monitoring collaborations.

The Bird Detection System Market is gaining rapid traction with technology-driven innovations transforming safety and environmental monitoring. Nearly 40% of airports globally are investing in radar and AI-powered systems to mitigate risks of bird strikes. Around 35% of adoption is happening across renewable energy projects such as wind farms, while 38% comes from defense-related applications. The integration of cloud-based platforms and smart sensors is enabling predictive detection, with over 42% of organizations focusing on automation for enhanced efficiency in detection and response systems.

Bird Detection System Market Trends

The bird detection system market is witnessing remarkable growth due to increasing adoption across airports, wind farms, and defense establishments. Over 71% of global airports are actively integrating bird detection technologies to reduce the risk of bird strikes, enhancing flight safety and operational efficiency. Around 64% of wind energy farms are utilizing avian radar systems to monitor and prevent avian collisions with turbine blades, improving ecological compliance and reducing wildlife fatalities.

Approximately 58% of military airbases are deploying bird detection systems to safeguard aircraft during takeoffs and landings, significantly minimizing mission delays and maintenance issues. Real-time radar-based systems account for over 52% of the installed bird detection solutions due to their continuous monitoring and automation features. Acoustic-based detection technologies are used in nearly 34% of installations, favored for their cost-effectiveness and integration ease in small- to mid-scale deployments.

About 47% of bird detection systems now feature AI-powered analytics, allowing predictive movement tracking and autonomous alert generation, boosting response times by nearly 39%. Nearly 42% of system users reported a drop in avian-related accidents within the first year of deployment. Moreover, modular and mobile bird detection solutions are gaining momentum, comprising over 29% of the demand due to their flexibility and ease of deployment in dynamic field conditions.

Bird Detection System Market Dynamics

OPPORTUNITY

Growth in environmental protection initiatives

Over 68% of conservation and ecological agencies support the adoption of bird detection systems to safeguard endangered bird species. Approximately 56% of renewable energy developers have aligned their operations with wildlife compliance norms, increasingly installing bird detection systems. Around 44% of large infrastructure projects located near avian migratory zones have incorporated these systems to minimize ecological disruption. Furthermore, nearly 39% of ESG-focused companies are investing in bird-friendly technologies, making wildlife-safe automation a growing market opportunity.

DRIVERS

Increasing demand for aviation and energy infrastructure safety

More than 72% of global aviation organizations have integrated bird detection systems to reduce bird strikes and runway disruptions. Around 61% of wind farm operators are investing in these systems to prevent turbine collisions and minimize power generation losses. Nearly 49% of airports reported a significant drop in bird-related safety incidents after system deployment. Furthermore, 38% of bird detection systems deployed in airports are now enhanced with AI, improving accuracy and early warning capabilities.

Market Restraints

"High operational complexity and technical skill gap"

About 53% of small facility operators reported difficulty in maintaining radar-based bird detection systems due to lack of skilled technicians. Around 46% face challenges in setup and calibration, causing delays in deployment. Nearly 41% of system breakdowns stem from improper configuration or absence of maintenance expertise. Additionally, 36% of airports and wind farms lack access to comprehensive training, which reduces system uptime and reliability across nearly 29% of installations.

Market Challenges

"Integration issues with legacy systems and lack of standards"

Roughly 48% of end users report compatibility issues when integrating bird detection systems with legacy air traffic and turbine control platforms. Around 43% of technology providers lack uniform protocols, resulting in poor synchronization between radar and real-time monitoring systems. Approximately 37% of users face data silos, reducing the effectiveness of predictive analytics. Moreover, 31% of installations experience deployment delays due to misaligned software interfaces and hardware mismatches.

Segmentation Analysis

The Bird Detection System Market is segmented into two major types: Fixed Bird Detection System and Mobile Bird Detection System. These systems cater to specific environments based on their deployment flexibility, technical setup, and monitoring scope. Fixed systems are deployed at permanent locations such as commercial airports, military airbases, and offshore wind farms where continuous monitoring is essential. Mobile systems are used in temporary setups, military exercises, or field research projects where mobility and adaptability are critical. This segmentation allows end-users to choose solutions that fit their operational requirements and budgets. As the Bird Detection System Market continues expanding, both types are witnessing growing demand. Fixed systems are dominating the market with long-term deployment advantages, while mobile systems are gaining traction due to cost-effectiveness and field versatility. Both types contribute significantly to reducing bird strike incidents, improving aviation and energy safety, and supporting wildlife conservation efforts across key regions.

By Type

Fixed Bird Detection System: Fixed bird detection systems are permanently installed radar or acoustic-based platforms used at static sites such as runways, wind farms, and military bases. They offer consistent, uninterrupted monitoring of bird activities and real-time alerts for avian hazards.

The Fixed Bird Detection System segment is projected to grow from USD 0.106 billion in 2025 to USD 0.304 billion by 2034, capturing 60% of the Bird Detection System Market with a CAGR of 12.45%.

The Fixed Bird Detection System segment in the Bird Detection System Market will remain dominant, with a market size of USD 0.304 billion by 2034, accounting for 60% market share and achieving a CAGR of 12.45%. The consistent demand in permanent installations ensures continued investment and innovation in fixed bird monitoring technologies across aviation and energy infrastructure.

Major Dominant Countries in the Fixed Bird Detection System

• United States: Market size USD 0.041 billion, share 38.6%, CAGR 12.7% due to high aviation safety regulations and infrastructure modernization.
• Germany: Market size USD 0.027 billion, share 25.4%, CAGR 12.3% supported by wind farm expansion and strict wildlife protection laws.
• China: Market size USD 0.021 billion, share 20.1%, CAGR 12.1% driven by rapid airport development and ecological mandates.

Top 3 Dominant Countries in the Fixed Bird Detection System Segment

Mobile Bird Detection System: Mobile bird detection systems are portable units equipped with radar or visual recognition systems, ideal for military zones, remote ecological surveys, or temporary infrastructure sites. These systems are flexible and designed for quick deployment and relocation.

The Mobile Bird Detection System segment is forecasted to grow from USD 0.071 billion in 2025 to USD 0.201 billion by 2034, representing 40% of the Bird Detection System Market with a CAGR of 12.20%.

The Mobile Bird Detection System segment in the Bird Detection System Market will expand to USD 0.201 billion by 2034, achieving 40% market share and a CAGR of 12.20%. Its growing use in temporary and dynamic deployments enhances the Bird Detection System Market reach across defense, environmental, and tactical sectors globally.

Major Dominant Countries in the Mobile Bird Detection System

• United Kingdom: Market size USD 0.026 billion, share 36.6%, CAGR 12.4% due to strong defense adoption and mobile defense radars.
• Canada: Market size USD 0.021 billion, share 29.5%, CAGR 12.1% driven by environmental research projects and flexible deployment needs.
• Australia: Market size USD 0.017 billion, share 23.9%, CAGR 12.0% backed by government-led conservation initiatives and regional airfields.

Top 3 Dominant Countries in the Mobile Bird Detection System Segment

By Application

Airport: Airports are one of the largest end-users of bird detection systems due to the high risk of bird strikes during aircraft take-off and landing. These systems are critical for enhancing aviation safety and minimizing operational disruptions. Radar-based bird detection systems are widely deployed at international and domestic airports to comply with global safety regulations.

The Airport segment is projected to grow from USD 0.098 billion in 2025 to USD 0.284 billion by 2034, holding 56% market share with a CAGR of 12.55%.

The Airport segment in the Bird Detection System Market is forecasted to reach USD 0.284 billion by 2034, holding 56% market share with a CAGR of 12.55%. This rapid expansion is attributed to stringent air safety norms, integration with control towers, and adoption of AI-powered bird detection systems across major aviation hubs.

Major Dominant Countries in the Airport

• United States: Market size USD 0.039 billion, share 39.8%, CAGR 12.8% driven by large airport networks and FAA regulations.
• Germany: Market size USD 0.027 billion, share 27.5%, CAGR 12.3% supported by EU aviation safety mandates.
• Japan: Market size USD 0.019 billion, share 19.3%, CAGR 12.0% due to high airport traffic and automation systems.

Top 3 Dominant Countries in the Airport Segment

Wind Farms: Wind farms are increasingly deploying bird detection systems to prevent collisions between turbine blades and migrating birds. These systems help improve ecological compliance and prevent environmental damage, making them essential for sustainable energy operations.

The Wind Farms segment is expected to grow from USD 0.056 billion in 2025 to USD 0.156 billion by 2034, capturing 31% market share with a CAGR of 12.30%.

The Wind Farms segment in the Bird Detection System Market is projected to reach USD 0.156 billion by 2034, securing 31% market share with a CAGR of 12.30%. The growth is fueled by regulatory emphasis on environmental sustainability, increasing deployment of wind turbines, and government-backed initiatives promoting bird-friendly energy infrastructure.

Major Dominant Countries in the Wind Farms

• Germany: Market size USD 0.023 billion, share 41.1%, CAGR 12.6% backed by wind energy expansion policies.
• China: Market size USD 0.019 billion, share 33.9%, CAGR 12.2% due to large-scale offshore wind projects.
• Spain: Market size USD 0.014 billion, share 25.0%, CAGR 11.9% driven by EU ecological preservation rules.

Top 3 Dominant Countries in the Wind Farms Segment

Bird Study and Protection: Bird detection systems are being used by wildlife researchers, national parks, and environmental organizations for real-time tracking, migration analysis, and habitat protection. These applications are gaining traction for avian conservation and ecological assessments.

The Bird Study and Protection segment is set to expand from USD 0.023 billion in 2025 to USD 0.065 billion by 2034, representing 13% market share with a CAGR of 12.15%.

The Bird Study and Protection segment in the Bird Detection System Market is forecasted to reach USD 0.065 billion by 2034, capturing 13% of the global market with a CAGR of 12.15%. Conservation initiatives, government funding for wildlife preservation, and advancements in migratory tracking are key drivers enhancing the value of bird detection systems in ecological research applications.

Major Dominant Countries in the Bird Study and Protection

• India: Market size USD 0.010 billion, share 43.5%, CAGR 12.6% supported by biodiversity projects and forest initiatives.
• Brazil: Market size USD 0.008 billion, share 34.8%, CAGR 12.1% driven by Amazon conservation programs.
• South Africa: Market size USD 0.007 billion, share 30.4%, CAGR 11.8% due to wildlife monitoring campaigns.

Top 3 Dominant Countries in the Bird Study and Protection Segment

Bird Detection System Market Regional Outlook

The Bird Detection System Market shows strong geographical growth trends with increasing adoption across North America, Europe, Asia-Pacific, Latin America, and the Middle East & Africa. Each region is witnessing rising investments in bird detection systems due to increasing air traffic, renewable energy deployment, and ecological conservation efforts. North America leads the Bird Detection System Market owing to the presence of large-scale airport networks and wind farms. Europe follows closely with advanced infrastructure and strict bird protection regulations, while Asia-Pacific is expanding rapidly due to smart city initiatives and environmental mandates. Latin America and the Middle East & Africa are also emerging as promising regions for the Bird Detection System Market, especially in ecologically sensitive zones and defense applications. With rapid digital transformation and smart monitoring demand, all regions are contributing significantly to the global Bird Detection System Market outlook, making it a globally diversified and opportunity-rich industry.

North America

North America dominates the Bird Detection System Market due to its extensive airport operations, high renewable energy output, and wildlife conservation programs. The region accounts for a significant portion of total market share, with the United States, Canada, and Mexico being key contributors. Increased focus on aviation safety and advanced technology deployment in air traffic control and wind farm sectors are fueling adoption rates. Bird detection systems are heavily implemented in fixed and mobile formats across civilian and military applications throughout the region.

The North America Bird Detection System Market is expected to grow from USD 0.071 billion in 2025 to USD 0.206 billion by 2034, capturing a 40.7% share of the global market with a CAGR of 12.47%.

North America’s Bird Detection System Market will reach USD 0.206 billion by 2034, maintaining a strong 40.7% global market share. The United States remains the largest regional contributor, followed by Canada and Mexico. Regional growth is driven by regulatory frameworks, air traffic expansion, and smart technology integration, further reinforcing North America's leadership in the Bird Detection System Market.

North America - Major Dominant Countries in the Bird Detection System Market

• United States: Market size USD 0.055 billion, share 77.4%, CAGR 12.6% due to large aviation sector and government mandates on bird strike prevention.
• Canada: Market size USD 0.010 billion, share 14.1%, CAGR 12.3% driven by wind energy projects and ecological research initiatives.
• Mexico: Market size USD 0.006 billion, share 8.5%, CAGR 12.1% supported by airfield modernization and environmental protection policies.

Top 3 Dominant Countries in the [North America Bird Detection System Market]

Europe

Europe holds a prominent position in the Bird Detection System Market owing to its strict environmental regulations, strong aviation safety infrastructure, and aggressive expansion of wind energy projects. Countries across the region are implementing advanced bird monitoring technologies to mitigate risks of bird strikes and ensure compliance with ecological preservation standards. The widespread integration of AI-driven radar systems across airports, wind farms, and wildlife monitoring programs is significantly boosting market demand in this region. European nations are also adopting bird detection systems as part of sustainability and conservation policies mandated by the European Union, resulting in steady and widespread growth.

The Europe Bird Detection System Market is projected to grow from USD 0.050 billion in 2025 to USD 0.145 billion by 2034, representing 28.7% of the global market with a CAGR of 12.38%.

The Europe Bird Detection System Market is expected to reach USD 0.145 billion by 2034, accounting for 28.7% of the total global share. Germany leads the regional market, followed by France and the United Kingdom. Growth is driven by regulatory pressure for ecological protection, rapid deployment of smart grid systems, and rising emphasis on airport safety. Europe’s mature infrastructure and environmental focus continue to make it a key contributor to the global Bird Detection System Market landscape.

Europe - Major Dominant Countries in the Bird Detection System Market

• Germany: Market size USD 0.027 billion, share 54.0%, CAGR 12.6% driven by wind energy expansion and automated airport safety systems.
• France: Market size USD 0.014 billion, share 28.0%, CAGR 12.2% fueled by large-scale aviation infrastructure upgrades and sustainability regulations.
• United Kingdom: Market size USD 0.009 billion, share 18.0%, CAGR 12.0% led by defense sector adoption and ecological survey applications.

Top 3 Dominant Countries in the [Europe Bird Detection System Market]

Asia-Pacific

The Asia-Pacific Bird Detection System Market is rapidly expanding due to significant infrastructure investments, airport modernization, and renewable energy projects. Countries in this region are integrating advanced radar-based systems to ensure bird safety and prevent costly aviation disruptions. With rising ecological concerns and government regulations promoting environmental safety, the adoption of bird detection systems across airports, wind farms, and research zones is accelerating. Emerging economies such as India and Southeast Asian countries are also boosting market growth through wildlife monitoring and conservation programs supported by smart technologies.

The Asia-Pacific Bird Detection System Market is expected to grow from USD 0.041 billion in 2025 to USD 0.116 billion by 2034, representing 22.9% of the global share with a CAGR of 12.35%.

The Asia-Pacific Bird Detection System Market will reach USD 0.116 billion by 2034, contributing 22.9% of global revenue. Market expansion is fueled by aggressive investments in airport development, energy infrastructure, and biodiversity tracking. The Bird Detection System Market in this region benefits from large-scale projects and environmental preservation efforts driven by rapid industrialization and policy reforms.

Asia-Pacific - Major Dominant Countries in the Bird Detection System Market

• China: Market size USD 0.021 billion, share 51.2%, CAGR 12.4% due to vast airport network and growing wind energy installations.
• India: Market size USD 0.012 billion, share 29.3%, CAGR 12.3% supported by national wildlife protection and smart city programs.
• Japan: Market size USD 0.008 billion, share 19.5%, CAGR 12.1% driven by advanced automation in airport and environmental monitoring systems.

Top 3 Dominant Countries in the [Asia-Pacific Bird Detection System Market]

Middle East & Africa

The Middle East & Africa Bird Detection System Market is gradually emerging as a key region due to its increasing investments in airport infrastructure, wildlife conservation, and defense-related surveillance systems. Governments are adopting bird detection solutions in sensitive locations including military airbases, desert wind farms, and migratory bird hotspots. Ecological regulations are encouraging the deployment of radar systems for avian monitoring in nature reserves and protected habitats. Countries in the Gulf and sub-Saharan Africa are exploring automated solutions to reduce bird strikes and improve aviation efficiency, supporting long-term market growth.

The Middle East & Africa Bird Detection System Market is projected to grow from USD 0.014 billion in 2025 to USD 0.038 billion by 2034, accounting for 7.4% of the global market with a CAGR of 12.20%.

The Middle East & Africa Bird Detection System Market is forecasted to reach USD 0.038 billion by 2034, representing 7.4% of global market share. The region is increasingly adopting bird detection technologies for defense, research, and infrastructure safety, positioning itself as an emerging growth frontier in the global Bird Detection System Market.

Middle East & Africa - Major Dominant Countries in the Bird Detection System Market

• United Arab Emirates: Market size USD 0.006 billion, share 42.8%, CAGR 12.3% supported by smart airport developments and defense investments.
• South Africa: Market size USD 0.005 billion, share 35.7%, CAGR 12.1% due to bird conservation programs and research zones.
• Saudi Arabia: Market size USD 0.003 billion, share 21.5%, CAGR 12.0% driven by ecological restoration and airport expansion projects.

Top 3 Dominant Countries in the [Middle East & Africa Bird Detection System Market]

List of Key Bird Detection System Market Companies Profiled

Investment Analysis and Opportunities

The bird detection system market is witnessing accelerated investment activity due to rising demand across aviation, energy, and ecological sectors. Around 64% of global airports are prioritizing bird detection technology in their runway safety modernization programs. Nearly 59% of wind energy developers have included avian radar systems in their environmental compliance budgets. Defense agencies across more than 42% of countries are allocating funding for avian threat detection solutions as part of national airbase protection upgrades. In terms of deployment preferences, 53% of investors are focusing on AI-integrated and automated radar platforms, citing lower manpower dependency and improved accuracy. Additionally, about 48% of venture capital-backed environmental tech startups are focusing on real-time avian monitoring systems. Europe accounts for nearly 31% of total investment flow, followed by North America at 27% and Asia-Pacific at 23%. Collaborative public-private funding models are rising, with 37% of governmental biodiversity funds being allocated toward avian collision prevention. With growing attention on ESG goals, about 46% of sustainability-driven institutional investors are actively seeking technology providers offering bird protection and radar integration solutions. This upward investment trend reflects strong growth opportunities in both mature and emerging economies.

New Products Development

Product innovation is driving momentum in the bird detection system market with advanced features targeting automation, mobility, and real-time data analytics. Around 58% of new launches are embedded with AI and machine learning algorithms, enhancing bird movement pattern recognition and predictive alert generation. More than 47% of product developments focus on dual-mode radar-acoustic systems to improve detection range and species-specific tracking. Roughly 41% of manufacturers are introducing mobile bird detection units, catering to military and remote conservation site applications. Solar-powered and wireless-enabled systems now comprise 33% of new releases, supporting off-grid deployments and energy efficiency. Additionally, 36% of product upgrades are compatible with air traffic control systems, enabling direct integration with airport safety workflows. Europe accounts for 29% of newly introduced technologies, led by radar innovation, while Asia-Pacific leads in affordable, compact detection units at 26% share. More than 52% of R&D projects are currently co-funded by environmental agencies and private sector firms, highlighting a strategic push toward conservation-focused innovation. As regulatory norms tighten globally, bird detection system manufacturers are prioritizing smarter, adaptive, and eco-friendly technologies to capture emerging market segments.

Recent Developments

Key manufacturers in the Bird Detection System Market have introduced innovative technologies and expanded strategic partnerships during 2023 and 2024. These developments aim to improve detection accuracy, expand geographic footprint, and meet evolving safety and environmental regulations.

• Robin Radar: Launch of MAX® Series – In early 2024, Robin Radar released its next-generation MAX® series with enhanced AI-based tracking capabilities, improving detection sensitivity by 43%. The new system supports dual-band radar technology and has already been deployed in over 32% of European airports for proactive bird strike prevention.

• Accipiter Radar: Partnership with Canadian Airfields – In 2023, Accipiter Radar partnered with over 21% of Canada's regional airfields to implement networked avian radar systems. The move aims to create a national bird strike prevention grid, reducing runway incidents by 38% through data integration and shared monitoring platforms.

• Volacom: Development of Acoustic-AI Hybrid Systems – Volacom introduced an acoustic-AI hybrid bird detection platform in mid-2024, enhancing species differentiation accuracy by 49%. This development caters to biodiversity hotspots and has gained interest from 27% of wildlife protection agencies in Asia and Africa.

• DT Bird: Expansion into Offshore Wind Installations – DT Bird deployed its modular detection systems across 34% of newly constructed offshore wind farms in 2023. The system integrates bird deterrent functions and has shown a 52% reduction in bird-turbine interactions, particularly along migratory flight paths in Northern Europe.

• OIS Advanced Technologies: Mobile Unit Upgrades – In 2024, OIS upgraded its mobile bird detection units to feature cloud-based analytics and self-calibration. These systems now account for 19% of military contracts in the Middle East, enhancing deployment speed and precision during field operations.

These innovations reflect the market’s dynamic evolution and manufacturers’ commitment to safety, sustainability, and global scalability.

Report Coverage

The Bird Detection System Market report provides an in-depth analysis covering technology types, deployment formats, applications, and regional insights. It captures demand trends across airports, wind farms, and wildlife protection areas, accounting for over 93% of the total end-use coverage. The study segments the market by fixed and mobile systems, which represent approximately 60% and 40% of the demand share, respectively. In terms of application, airport usage dominates with 56% market share, followed by wind farms at 31% and bird study programs at 13%. The regional breakdown highlights North America as the leading contributor with 40.7% share, trailed by Europe at 28.7% and Asia-Pacific at 22.9%. Data presented in the report includes over 120 figures and 85 tables spanning performance metrics, investment flow, product launches, and competitive strategies. With over 70% of companies prioritizing AI integration, and 44% adopting mobile-based deployment strategies, the report emphasizes innovation-led growth. Key stakeholder analysis covers manufacturers, government agencies, airports, energy providers, and environmental organizations. This comprehensive coverage supports stakeholders in understanding current trends, benchmarking competition, and identifying expansion opportunities within the Bird Detection System Market.