Are you ready to soar to new heights in your career as an Airborne Sensor Operator? Look no further! Our comprehensive course is designed to equip you with the essential skills and knowledge needed to excel in operating basic ASO workstation mission management systems and associated sensors

This course caters to novice and experienced non-rated/rated aircrew members (such as Airborne Sensor Operators, TFOs, etc.), Specialists & Technicians, and Supervisors engaged in various Aerial Work aviation operations (including Public Safety, Defense, and Commercial sectors).

This course is tailored for individuals with foundational knowledge of basic flight operations and sensor usage. They provide comprehensive insights into airborne AI mission management, sensors and principles of airmanship for non-rated aircrew members. Whether you're seeking to expand your expertise or enhance your skills in these specialized domains, these courses are designed to meet your needs and advance your career in aviation.

Why Attend?

• Expert instruction from seasoned professionals in the field.
• State-of-the-art facilities and equipment for immersive learning.
• Option of two Aerial Work aviation events in one week at the same location.
• Affordable tuition.
• Networking opportunities with industry and operators.

What you'll gain:

• In-depth understanding of airborne sensor operation principles.
• Proficiency in effectively utilizing unique airborne mission management systems and sensors.
• Hands-on experience with cutting-edge technology.
• Practical skills for mission planning, execution, and analysis.
• Certification upon successful completion.

Partnership Highlights

• FLYSIGHT, deep dive into OPENSIGHT: The multi-platform PED (Processing, Exploitation and Dissemination) system created to provide the best support in Airborne mission decision making.
• SAFRAN, featuring EUROFLIR™ 410: Airborne electro-optical system integrated with OPENSIGHT to allows fixed, rotary-wing aircraft & UAV to carry out, in any conditions, intelligence, protection, search and rescue missions thanks to long-range observation and accurate targeting and designation capabilities.
• CENTUM Research & Technology, highlighting Lifeseeker®: The Airborne Phone Locator System for planes, helicopters and UAVs/ drones SAR Mission Optimization.
• SMITH MYERS, showcasing ARTEMIS®: The Mobile Phone Location system designed for search and rescue (SAR) operations in challenging airborne environments.

Training Week Description and Issued Certification

The ASOG Training Week, following the Police Aviation Conference (PAvCON) Europe at the same hanger is two days of focused training designed to increase operator airmanship skills and allow attendees to operate leading-edge ASO systems. In addition, attendees will be exposed to the equipment, tools, and techniques necessary to expand their operator knowledge. The training courses offered this week are:

Basic ASO Mission Management Systems Course - Dive into the fundamentals of airborne sensor operation and mission management systems. Gain hands-on experience with cutting-edge technology and learn essential skills for mission planning, execution, and analysis.

The practical activity of navigating the Mission Console OPENSIGHT® system, a Real-time Augmented Reality engine with Artificial Intelligence that leverages Multi-Domain Expertise and features an Operator-Friendly Design, will be introduced.

The course is endorsed by:

Certification:

• OPENSIGHT® system technology basic-use Certification
• ASOG Aerial Mission Management Systems Certification

Course Curriculum

The course curriculum comprises classroom instruction and hands-on practical training, providing participants with a comprehensive learning experience that applies to airborne mission management capabilities to real-world scenarios. Throughout the course, attendees will:

• Gain insight into the functions and operations of airborne mission management systems and sensors.
• Engage in simulated exercises that directly correlate with such systems' practical use and operation.
• Acquire knowledge of fundamental non-rated aircrew airmanship principles and practices essential for safe and effective operations in an airborne environment.

By combining theoretical knowledge with practical application, participants will develop a well-rounded understanding of ASO workstation systems, sensors and non-rated aircrew airmanship, empowering them to excel in their Aerial Work aviation industry roles.

Course Information & Registration

Dates - May 30 - 31, 2024 | 08:00 – 17:00 Daily  (PAvCon Europe | 27 – 29 May, 2024)

Location - Wiener Neustadt East Airport | Austria

Course Cost - €490

ASOG Registration Form

Note

Don't hesitate to contact us at info@aso-group.org if you need assistance registering. All attendees must be registered to participate by 23 May 2024.

Travel Information

Training Facility

• Airborne Technologies GmbH, Viktor-Lang Straße 8 (Wiener Neustadt East Airport), 2700 Wiener Neustadt, Austria
• Conference rooms Alpha and Bravo

Travel

• Air – Airline service to Vienna International Airport or GA aircraft to Wiener Neustadt East Airport with prior permission.
• Train – Wiener Neustadt Hbf
• Taxi - Vienna International Airport to Wiener Neustadt (Cost around €140)

Lodging

• Hilton Garden Inn | +43 2622 29400 | info@hgi-wn.at | Promenade 6. | 2700 Wiener Neustadt | Austria
• Hotel Garni Steinfeld | +43 2622 26907 | www.hotel-steinfeld.at/en/ | Nikolaus-August-Otto Straße 4 | 2700 Wiener Neustadt | Austria

Again, don't miss this unique opportunity to enhance your skills and advance your career in airborne sensor operations. Reserve your spot today and join us after PAvCON on May 30th and 31st, 2024. Spaces are limited, so act fast!

For more information and registration details, visit our website or contact us directly at info@aso-group.org. We look forward to welcoming you to Wiener Neustadt for two days of immersive learning and professional growth!

Sponsors

Crafting an effective resume is vital in showcasing one's qualifications and suitability for an Airborne Sensor Operator career. This role demands a unique blend of technical proficiency and interpersonal understanding, encompassing hard and soft skills.

ASOG Focus Area | Career Management

Source | ASOG Career Center

So, what is essential to understand regarding your professional skills? First, with an eye on your next resume, understanding how to articulate these skills on a resume is crucial for capturing the attention of potential employers and conveying one's readiness to excel in this dynamic and challenging field. This article delves into the art of effectively presenting hard and soft skills on a resume for aspiring airborne sensor operators, providing insights and strategies to help candidates stand out in a competitive job market.

What are Hard & Soft Skills?

On a resume, "hard skills" and "soft skills" refer to two different types of abilities and attributes a candidate possesses.

Hard Skills - Hard skills are specific, teachable abilities that can be quantified and measured. They are typically related to technical expertise, knowledge, or proficiency in a particular area. Examples of hard skills include proficiency in programming languages, software or tools, data analysis, project management, and fluency in a foreign language. Hard skills are often gained through education, training programs, certifications, or hands-on experience.

Soft Skills - Soft skills, on the other hand, are interpersonal or "people" skills that are less tangible and more difficult to quantify. They refer to personal attributes, characteristics, and behaviors contributing to effective communication, collaboration, and interpersonal relationships. Soft skills include communication, teamwork, problem-solving abilities, adaptability, leadership, time management, and emotional intelligence. Soft skills are often inherent traits but can be developed and honed over time through experience, feedback, and self-awareness.

The bottom-line, hard skills represent technical abilities and expertise, while soft skills represent interpersonal and personal attributes. Both types of skills are valuable and important to highlight on a resume, as they collectively demonstrate a candidate's suitability for a particular role or position.

ASO Hard & Soft Skills

So, for an ASO, a combination of hard and soft skills is essential for effective performance and highlighting on a resume. Here are the hard & soft skills we recommend you strive to and broadcast on your resume:

Hard Skills

Technical Proficiency - Ability to operate and troubleshoot complex sensor systems, including radar, infrared cameras, LiDAR, and other specialized equipment.

Aircraft Knowledge - Understanding aircraft systems, flight operations, and aerodynamics, particularly concerning sensor deployment and data collection.

Data Analysis - Proficiency in analyzing sensor data, interpreting imagery, and extracting actionable intelligence or information relevant to mission objectives.

Navigation Skills - Ability to navigate and use navigational aids effectively, including GPS, maps, and terrain databases, to ensure accurate positioning and data collection.

Maintenance and Calibration - Knowledge of sensor maintenance procedures, calibration techniques, and quality control measures to ensure the accuracy and reliability of sensor data.

Soft Skills

Communication - Effective communication skills are essential for coordinating with other crew members, ground personnel, and mission commanders and conveying information clearly and concisely during missions.

Problem-Solving - Strong problem-solving skills are critical for troubleshooting technical issues, adapting to changing mission requirements, and making quick decisions in dynamic situations.

Attention to Detail - Attention to detail is crucial for accurately interpreting sensor data, identifying anomalies or potential threats, and ensuring the integrity of collected information.

Teamwork - Ability to work collaboratively as part of a multidisciplinary team, including pilots, mission planners, and other crew members, to achieve mission objectives and ensure mission success.

Adaptability - Flexibility and adaptability are essential for quickly adjusting to changing conditions, mission priorities, or unexpected challenges during flights.

Stress Management - Strong stress management skills are necessary for maintaining composure and focus during high-pressure situations, such as emergencies or critical missions.

Decision-Making - Sound judgment and decision-making skills are crucial for prioritizing tasks, assessing risks, and making timely and effective decisions in fast-paced, high-stakes environments.

Summary

As you can see, in airborne sensor operations, the ability to effectively convey hard and soft skills on a resume is paramount for aspiring professionals seeking to enter or advance in this dynamic field. While hard skills demonstrate technical proficiency and expertise with sensor equipment and aircraft systems, soft skills showcase interpersonal abilities crucial for effective communication, collaboration, and problem-solving. By understanding how to articulate these skills strategically on a resume, candidates can effectively demonstrate their readiness to excel as ASOs and distinguish themselves in a competitive job market.

The 5Ps – Plan, Plane, Pilot, Passengers and Programming – work synergistically to create a pre-flight working plan that considers potential problems such as terrain considerations and excessive data gathering.
Operators can fine-tune their plan at this juncture, especially using the final P: Programming. Using software such as OPENSIGHT takes much of the hard work away from operators.
Utilising Deep Learning protocol, it can be fully integrated into existing operations and exploits the benefits of AI processing for exceptionally fast and accurate data acquisition.

Additional Programming tools such as Augmented Reality can give operators vital real-time information in 3D overlays, defining potentially hazardous areas and positioning the aircraft in its exact geospatial position. This assists pilots in planning not only the most effective and efficient route but the safest too.

Based on the SUCCESSFUL INTEGRATIONS AND TRUSTED PARTNERSHIPS THAT HAVE CHOSEN OPENSIGHT , 8 Key Factors to Consider When Choosing OPENSIGHT as your Mission System Software:

1. Universally Adaptable OPENSIGHT Mission Console is Operating System and Hardware Agnostic, ranging from lightweight tablets to robust mission systems, ensuring compatibility for all integration needs. 
   Discover the freedom to use OPENSIGHT anywhere
   
   
2. Empower your vision Embrace the OPENSIGHT-mc Open-Code approach, shape your unique solution, and own the final product. 
   It's your journey, your rules – OPENSIGHT Mission Console Open-Code is here to guide you
   
   
3. Seamless Deployment for End Users - For end users, OPENSIGHT Mission Console is delivered as a ready-to-use application. Just pure readiness to elevate your operations
   
   
4. Unmatched Flexibility - Stanag4609, SDI acquisition, frame grabber control, custom interfaces and plugins - Effortlessly adapting to multiple scenarios, OPENSIGHT Mission Console is designed to be the chameleon of software – versatile and dynamic
   
   
5. Data integration Made Easy - Pull in any kind of data effortlessly, from Radar to AIS, MPDLS, and weather. With ready-made plugins or the freedom to develop your own using OPENSIGHT Software Development Kit,the possibilities are limitless
   
   
6. Open Data Exchange - Record, Replay, Record, Record, Restream, Exchange, Export – OPENSIGHT Mission Console is Open, ensuring seamless data export to other system. 
   Your data, your way
   
   
7. Leverage Multi-Domain Expertise - OPENSIGHT-mc is continually enriched by the cross-domain expertise of the OPENSIGHT system technology, MULTI-PLATFORM ped designed to offer optimal decision-making support, spanning from airborne surveillance missions to underwater operations.
   
   
8. Operator-Friendly Design - Simplify your operator's life with a user-friendly Human-Machine Interface (HMI) and support for Automatic Target Recognition (ATR) capabilities, ensuring satisfaction with its operations.
   
   

To learn more, at your disposal, the Company Overview and brochure for the OPENSIGHT Mission Console:

⤵️ FlySight's Overview
⤵️ OPENSIGHT Mission Console - Brochure 

Within the realm of Aerial Work aviation, numerous specialized professionals, including non-rated aircrew personnel, play indispensable roles in executing a wide range of Aerial Work (AW) operations. To gain a comprehensive understanding of these individuals, this series of articles aims to shed light on this distinctive community of essential aircrew professionals and their pivotal contributions to multi-mission operations.

ASOG Focus Area | News & Information & Career Management

Source | Patrick Ryan

When discussing Aerial Work "Aircrew," our minds often conjure images of Aerial Surveying Pilots, Aerial Firefighting Pilots, or Helicopter Flight Engineers. However, there exists a plethora of other vital aircrew roles within the civil & public safety AW domain that are often overlooked. These professionals, known as non-rated Aircrew members, possess distinct skills and equipment that transform General Aviation (GA) aircraft into versatile utility platforms.

Advancements in technology have propelled aircraft beyond their conventional transportation functions, ushering in a new era of unique AW services previously unimaginable. Alongside these innovations, many specialized aircrew positions have emerged or evolved to support this evolution. Among these groups is the non-rated aircrew community.

But who exactly are these non-rated aircrew members, and how do they contribute to the Aerial Work aviation sector and the broader aviation community? To comprehend their significance, it's essential to establish a foundational understanding of "What constitutes Aircrew?" and "Who qualifies as a non-rated Aircrew Member?"

Definition

Aircrew encompasses the collective of individuals tasked with the operation of an aircraft. Comprising essential personnel vital for the safe and effective conduct of the flight, this team assumes various responsibilities, including aircraft control, navigation, system operation, and ensuring the welfare of passengers and cargo. Roles and titles within the aircrew may vary depending on the aircraft's type and mission, yet their collaborative efforts remain focused on ensuring the aircraft's operational success.

Defining Non-rated Aircrew Members

A non-rated aircrew member is a crew member aboard an aircraft who lacks a specific "rating" in aviation. In aviation, a "rating" typically signifies a particular qualification or certification awarded to individuals who have completed training and demonstrated proficiency in a specific role or function on an aircraft. These ratings are issued by aviation authorities such as the Federal Aviation Administration (FAA) in the United States or the UK Civil Aviation Authority (CAA).

On the other hand, Rated aircrew members hold individual ratings corresponding to their roles, such as pilot, co-pilot, flight engineer, navigator, or other specialized positions. These individuals undergo training and certification specific to their roles.

Nonetheless, non-rated aircrew members encompass individuals performing support roles on an aircraft, including loadmasters, sensor operators, flight medics, or various technical specialists. While lacking specific aviation authority-issued ratings like pilots or flight engineers, these personnel are crucial in ensuring the aircraft's safe operation and functionality. Their duties vary based on the aircraft type, mission, and employing organization.

Understanding Aerial Work Non-rated Crewmembers

An Aerial Work non-rated aircrew member is someone fulfilling specific roles and functions on an aircraft engaged in Aerial Work operations without a specific aviation rating. Aerial Work operations typically involve aircraft unrelated to scheduled commercial passenger or traditional cargo transport. Instead, they focus on specialized tasks specific to the Aerial Work sector, such as:

• Aerial Photography
• Aerial Surveying & Mapping
• Search and Rescue
• Aerial Firefighting
• Maritime Patrol
• Police Aviation
• Pipeline Monitoring
• Humanitarian Relief
• And more

Despite lacking specific aviation ratings or certifications, many non-rated aircrew members receive specialized training and may need to meet specific qualifications relevant to their roles. Responsibilities and qualifications can vary based on the specific Aerial Work operation, aviation regulations, and employing organization. Like their rated counterparts, non-rated aircrew members must understand safety procedures and practices, as safety remains paramount in Aerial Work operations.

Varieties of Aerial Work Non-rated Crewmembers

Non-rated aircrew members in Aerial Work operations encompass various roles and responsibilities depending on the specific operation. Some core non-rated aircrew members frequently encountered worldwide include:

• Flight Nurse & Medical Technician
• Airborne Sensor Operator
• Helicopter Hoist Operator
• Helicopter Lineman
• Skydiving Loadmaster and Jumpmaster

Additionally, numerous other specialized roles support specific Aerial Work operations, such as Environmental Scientists, Weather Specialists, and Aerial Archaeologists. The composition of the aircrew hinges on the operation's nature, equipment utilized, and expertise required to ensure safe and successful task completion.

Conclusion

As you can see, in the realm of aviation, non-rated aircrew members represent a vital yet often overlooked segment of the workforce. While lacking specific aviation ratings, these professionals play essential roles in Aerial Work operations, spanning diverse tasks such as aerial photography, search and rescue, and humanitarian relief efforts.

Despite lacking formal certifications, many non-rated aircrew undergo specialized training to effectively fulfill their duties. From flight nurses providing critical medical care to sensor operators collecting invaluable data, their contributions ensure the safe and successful execution of missions worldwide.

In the upcoming article, we'll extend our examination of Non-Rated Aircrew, delving into the challenges confronting these professionals and analyzing their future within the Aerial Work sector of aviation.

ASOG Focus Area | News & Information

Source | Patrick Ryan

If you didn't know, from March 6th to 8th, 2024, the notable Aerial Firefighting series organized by Tangent-Link returned to Sacramento, California, home to the esteemed headquarters of CAL FIRE. The series originated in 2008 in Athens, Greece. The location of each series event bounces between N. America, Europe, and Australia.

The Aerial Firefighting Series offers attendees a platform for aerial firefighting presentations and insightful case studies, delving into critical themes such as Tactics, Training, and Technology. Bringing together top experts in aerial firefighting, the conference facilitated discussions on the latest advancements in this safety-focused profession, particularly emphasizing developments in the North American region.

Complementing the conference sessions, more than 49 exhibitors participated, showcasing the cutting-edge capabilities and services within aerial firefighting. Among the notable exhibitors were Coulson Aviation, Air Tracker Inc., and Bell Helicopter.

This event provided valuable opportunities for attendees, including Airborne Sensor Operators, to stay abreast of advancements in aerial firefighting, particularly in response to the escalating demand for enhanced remote sensing capabilities. Moreover, attendees had the chance to engage directly with industry experts, fostering knowledge exchange and learning from shared experiences.

Conference Program Takeaways

Based on attending most of the presentations over two days, which I thought were very interesting and relative to the ASO community, here are the big issues or takeaways from this year's program:

Climate Change and Extreme Weather Events - The increasing frequency and intensity of wildfires due to climate change pose significant challenges for aerial firefighting efforts. Drier conditions, prolonged fire seasons (12 months vs. six months), and extreme weather events create more volatile fire behavior and greater demand for firefighting resources.

Resource Constraints - Limited availability of aerial firefighting resources, including aircraft, pilots, and firefighting chemicals, are straining response capabilities during peak wildfire seasons. Competition for resources between regions or countries facing simultaneous wildfire outbreaks can sometimes exacerbate this challenge.

Safety Concerns - Safety remains a paramount concern for aerial firefighting operations. Risks associated with flying in hazardous conditions, low visibility, and turbulent air, coupled with the complexity of coordinating multiple aircraft in dynamic fire environments, underscore the importance of rigorous safety protocols and training programs.

Technology Integration and Innovation - While technological advancements, such as UASs and remote-sensing systems, offer promising solutions for enhancing aerial firefighting capabilities, integrating new technologies into existing firefighting systems and protocols presents logistical, operational, and regulatory challenges. Overcoming barriers to adoption and ensuring the reliability and effectiveness of emerging technologies are ongoing priorities.

Environmental Considerations - Aerial firefighting activities can have environmental impacts, such as water pollution, habitat destruction, and emissions from aircraft operations. Balancing the need for effective wildfire suppression with environmental conservation and sustainability goals requires careful planning, monitoring, and mitigation measures.

Interagency Coordination and Collaboration - Effective wildfire response relies on seamless coordination and collaboration among multiple agencies and organizations at local, regional, and national levels. Strengthening interagency partnerships, communication networks, and resource-sharing agreements is essential for optimizing firefighting efforts and maximizing efficiency and effectiveness.

Budgetary Constraints - Last but not least, local, state, and federal fiscal constraints continue to limit investment in wildfire prevention, preparedness, and suppression efforts, including aerial firefighting resources. Securing adequate funding and resources to support comprehensive wildfire management programs is essential for maintaining readiness and response capabilities in the face of increasing wildfire threats.

Exhibition Highlights

As mentioned before, over 49 exhibitors attended this year's event. However, of those 49, two were ASOG Corporate Supporters – Smith Myers and Oversight Imaging. Meeting their teams and discussing their latest efforts to support the aerial firefighting community was professionally fun & informative. Here are some fascinating takeaways from our discussions:

Smith Myers (ARTEMIS – Cell Phone Locator System), Peter Myers – CEO Smith Myers

According to Peter, even in low light/IMC/forest fire conditions, as shown here (left) with the ARTEMIS (Cell Phone Locator System) plugin to CarteNav AIMS ISR Mission System, ARTEMIS can provide crucial, fast, and accurate real-time visibility. This offers everyone involved a new level of critical situation awareness during fast-moving situations such as wildfires.

Additionally, ARTEMIS can identify and locate persons in distress and firefighting and rescue teams and display their locations in real-time. It is also possible for the ARTEMIS operator to pass aerial photographs or SMS directly to cellular handsets on the ground to offer them full situational awareness. Plus, ARTEMIS can receive SMS/calls from those needing assistance or support.

Overwatch Imaging, Niko Peha, Product Manager

Regarding aerial firefighting, Overwatch Imaging systems are playing an ever-growing role in enhancing the situational awareness of firefighting teams, enabling them to respond more effectively to wildfires and other emergencies. What I learned from the team at Overwatch Imaging is that they achieve this via their Smart Sensor systems and Automated Sensor Operator software. They aim to provide automated sensor systems, real-time data analysis, and actionable intelligence.

The Next Series

If you're interested in attending future events, Tangent Link announced on March 21st, 2024, after completing this year's Aerial Firefighting North America show, that the conference series will continue next year, with two global shows taking place in France (March 2025, Bordeaux) and Australia (August, Dubbo, in New South Wales).

The Final Takeaway

As the acting ASOG Desk Editor, the Aerial Firefighting Series is a must-attend event for anyone interested in aerial firefighting. Regarding the Airborne Sensor Operator profession, the Aerial Firefighting Series conference and exhibit offers a unique opportunity for ASOs to engage with the latest advancements, strategies, and best practices in aerial firefighting. With the increasing role of technology in wildfire detection, monitoring, and response, sensor operators are playing a growing role in enhancing situational awareness and supporting practical firefighting efforts from the air. By attending this event, ASOs can gain valuable insights, network with industry experts, and contribute to shaping the future of aerial firefighting.

For more information regarding Tangent Link and the Aerial Firefighting series, visit their website at https://www.tangentlink.com/

ASOG Focus Area | Career Management & Industry Support

Source | Darren Daigle

Trans Capital Air, based at Toronto City Center airport, is looking to hire 3 Sensor Operators to fly on our state-of-the-art DA-42-MNG aircraft for wildfire mapping mission for this summer's forest fire season. Although based in Toronto, these missions will be flown and deployed from a forward operating location (at company expense). Employment is for the summer but could lead to future full-time employment if desired.

Trans Capital Air has conducted operations for several major world clients around the globe. We are a proven Air Operator with over 40,000 hours of flying experience (including as a charter airline company flying transport category aircraft) and a zero-injury, zero-fatality flight safety record since our operations began in the 1990s.

Responsibilities

Sensor operators must operate EO/IR equipment, tactical radios, data link equipment, and mission computers onboard the DA-42-MNG aircraft to record and log wildfire data.

Qualifications

• Candidates should have a minimum of 3 years of experience as an Airborne Sensor Operator.
• UAV Sensor Operators may be considered.
• Experience using the Wescam MX series camera and the AIMS mission system is an asset.
• Canadian citizens or Permanent Resident status only, please.

Contact

Michael Schnabel

Director of Flight Operations

Trans Capital Air, Toronto On

E: mschnabel@vigilance-systems.com

T: +1.778.814.2634

ASOG Focus Area | Aviation Safety

Source | ASOG Safety Center

If you’re in an ASO supervisor position within your flight department to promote safety, one tool within your flight bag are aircraft accident videos. Aircraft accident videos provide a visual means to comprehend and learn from. If you want to integrate videos into your personal or aircrew safety program, here are some tips to get it right.

When to Visualize

The frequency and timing of using aircraft accident videos in an aircrew safety program depend on several factors, including the organization's safety culture, the nature of its operations, and the availability of relevant footage. Here are some guidelines to consider:

Initial Training - Introduce aircraft accident videos early in the training process to emphasize the importance of safety from the outset. Use these videos during initial training sessions to provide a foundational understanding of potential hazards and reinforce safety protocols.

Periodic Reviews - Incorporate aircraft accident videos into periodic safety training sessions to refresh aircrew members' awareness of safety risks. Conduct these reviews at regular intervals, such as annually or semi-annually, to ensure that safety remains a top priority and to reinforce key safety principles.

Following Significant Incidents - Utilize aircraft accident videos as part of post-incident debriefings following significant incidents or near misses. Analyze relevant footage to identify lessons learned and reinforce the importance of learning from such events to prevent recurrence.

As Needed for Specific Topics - Use aircraft accident videos as needed when addressing specific safety topics or concerns identified through safety audits, risk assessments, or incident investigations. Tailor the selection of videos to focus on areas where improvements are needed or to highlight particular safety issues relevant to current operations.

During Recurrent Training - Include aircraft accident videos as part of recurrent training programs to maintain aircrew proficiency and vigilance in safety matters. Integrate relevant footage into recurrent training modules to provide real-world examples and practical insights into safety challenges.

Specialized Training Programs - Incorporate aircraft accident videos into specialized training programs, such as emergency procedures training or advanced safety courses. Use these videos to illustrate the consequences of safety lapses and to reinforce the importance of adherence to standard procedures and protocols.

Ad Hoc Use - Be prepared to use aircraft accident videos on an ad hoc basis in response to emerging safety concerns or to address specific incidents or trends. Flexibly incorporate relevant footage into safety briefings, toolbox talks, or other safety communication channels as needed.

Ultimately, the goal is to strike a balance between using aircraft accident videos effectively to promote a culture of safety and ensuring that aircrew members are not unduly traumatized or desensitized by repeated exposure to such footage. Regularly assess the impact of using these videos on safety awareness and behavior, and adjust the frequency and timing of their use accordingly.

Where to Visualize

When sourcing aircraft accident videos for an aircrew safety program, it's crucial to prioritize reputable and professional sources to ensure accuracy and relevance. Here are some recommended sources:

Official Investigation Authorities - Aviation safety investigation agencies, such as the National Transportation Safety Board (NTSB) in the United States, the Air Accidents Investigation Branch (AAIB) in the United Kingdom, or the Transportation Safety Board of Canada (TSB), often release accident investigation reports along with multimedia materials, including videos. These agencies provide comprehensive and authoritative accounts of aircraft accidents, making their videos valuable resources for safety training.

Industry Associations and Organizations - Organizations like the Flight Safety Foundation (FSF) and the International Air Transport Association (IATA) may offer access to aircraft accident videos as part of their safety resources. These associations often collaborate with industry stakeholders to promote best practices in aviation safety and may provide access to a wide range of accident-related materials.

Training Providers and Aviation Safety Courses - Some aviation training providers and safety courses incorporate accident videos into their curriculum to enhance learning outcomes. Consider partnering with reputable training organizations or enrolling aircrew members in safety courses that include access to accident video libraries.

Documentary Films and Television Programs - Documentaries produced by reputable media organizations or television programs dedicated to aviation safety may feature high-quality accident reconstructions and analysis. Look for documentaries that have been critically acclaimed for their accuracy and educational value.

Aviation Industry Conferences and Seminars - Industry conferences and seminars often include sessions on aviation safety, where accident investigators or safety experts may present case studies with accompanying videos. Attend relevant events or access recorded sessions from past conferences to obtain valuable insights into aircraft accidents and their lessons.

Online Platforms and Databases - Some online platforms and databases specialize in aggregating aviation safety-related content, including accident videos. Examples include the Aviation Safety Network (ASN), which maintains a database of aviation accidents and incidents worldwide, including multimedia materials.

Collaboration with Industry Partners - Establish partnerships with airlines, aircraft manufacturers, or other industry stakeholders that may have access to proprietary accident investigation materials or training resources. Collaborate with these partners to exchange knowledge and resources to enhance your aircrew safety program.

When using aircraft accident videos from these sources, ensure that you comply with any copyright restrictions and use the materials responsibly, prioritizing safety education and awareness. Additionally, consider providing proper context and debriefing sessions to facilitate constructive learning experiences for aircrew members.

Summary

As you can see, the efficacy of utilizing aircraft accident videos as a powerful educational tool in aircrew safety training programs. By analyzing the benefits, challenges, and best practices associated with incorporating such visual materials, it sheds light on how these videos can enhance safety awareness, reinforce best practices, and cultivate a culture of continuous learning within aviation organizations. Through real-world examples and expert insights, this article provides a comprehensive overview of the role of aircraft accident videos in fostering safer skies for all.

If you haven't been tracking the ASOG Event board , the ASOG community will be active in California over the next few weeks. HAI Heli-Expo and Aerial Firefighting Series: North America is in California.

Suppose you plan to attend this year's events and want to connect with fellow ASOGers for professional fellowship and networking. In that case, the following ASOG Members and ASOG Corporate Supporters are attending…make it a point to connect, i.e., leverage the ASOG network:

HAI Heli-Expo,

• Marcus Gurtner and Thomas Unger , Airborne Technologies – Booth 7812 
• Peter Myer  and Andrew Munro , Smith Myers – Booth 3631
• Marina Ghidotti, Mattia Carpin and Andrea Masini, FlySight – Booth 6900, 
• Hector Estevez and Daniel Gallego, CENTUM-LifeSeeker – Booth 7125, 
• Peter Morawitz  and Ray Hyland, OFIL Airborne Solutions – Booth 3303, 

Aerial Firefighting Series: North America

• Patrick Ryan, ASOG & GA Buyer Magazine, Attending & Reporting
• Vince Macri , AeroTEC, Attending
• Peter Myer  and Andrew Munro , Smith Myers , Exhibiting
• Marcus Gurtner, Airborne Technologies, Attending

For those ASOG Members who live in the Sacramento area but are not attending but want to meet up for lunch or dinner, directly message Patrick Ryan (pryan@aso-group.org). The first round of drinks is on the ASOG Association.

• Michael Estigoy 
• Jeni Bellott
• Brent Bosler 
• Frank Swift 

As the adage goes…" Nothing lasts forever!" At some point, an ASO will leave the cockpit and find another means to make a living on Terra firma. When this happens, what are some of the options an ASO has when it comes to transferring their skills and knowledge?

ASOG Focus Areas | Career Management

Source | ASOG Career Center

Airborne Sensor Operators often change career paths for various reasons, such as seeking new challenges, career growth opportunities, personal interests, or changes in lifestyle preferences. Factors like technological advancements, shifts in industry demand, or organizational restructuring may also influence their decision to explore different career avenues.

As with many professions, ASOs develop unique skills and expertise that can be valuable in various career transitions. While their primary role is to operate sensors aboard aircraft for tasks like surveillance, data collection, and reconnaissance, the skills they acquire can be applied to several other careers. Here are some career options for Airborne Sensor Operators:

1. UAV (Drone) Pilot/Operator - Many of the skills and knowledge acquired as an airborne sensor operator can be transferred to operating unmanned aerial vehicles (UAVs) or drones. This is particularly relevant as the use of drones in various industries, including agriculture, construction, and filmmaking, continues to grow.

2. GIS Specialist (Geographic Information Systems) - Airborne Sensor Operators often work with geospatial data. Transitioning to a GIS specialist role involves using this data for mapping, spatial analysis, and decision-making in urban planning, environmental management, and disaster response.

3. Remote Sensing Specialist - Remote sensing specialists use sensor data to monitor and analyze Earth's surface and atmosphere. They work in fields like agriculture, forestry, and environmental science to assess changes and make informed decisions.

4. Data Analyst/Data Scientist - The ability to handle and process large datasets is valuable for data analysts and data scientists. Airborne Sensor Operators with strong analytical skills can transition to roles involving data analysis, predictive modeling, and data-driven decision-making.

5. Aerial Surveyor - Aerial surveyors use airborne sensors to collect data for purposes such as land surveying, construction planning, and infrastructure development. Sensor operation and data collection skills are directly transferable to this field.

6. Aircraft Dispatcher - Aircraft dispatchers play a crucial role in flight planning, monitoring aircraft movements, and ensuring safe and efficient flights. Airborne Sensor Operators with a strong understanding of aviation can transition to this role.

7. Aviation Safety Inspector - Individuals with experience in aviation safety and adherence to regulations can become aviation safety inspectors. They evaluate aircraft operations and maintenance to ensure compliance with safety standards.

8. Environmental Consultant - Environmental consultants assess the impact of projects and activities on the environment. Those with expertise in aerial data collection can provide valuable insights into environmental assessments and remediation efforts.

9. Law Enforcement Officer - Understanding surveillance and data collection techniques can benefit law enforcement careers, particularly in roles related to evidence gathering, surveillance, or cybercrime investigation.

10. Emergency Management Specialist - Emergency management specialists use data to plan and coordinate responses to natural disasters and emergencies. The ability to collect and analyze real-time data from the air can be invaluable in this field.

11. Aerospace Industry - Transitioning to roles in the aerospace industry, such as aircraft maintenance, quality control, or technical support, can be a logical step for those with a background in aviation and sensor operation.

12. Teaching/Training - Experienced Airborne Sensor Operators can share their knowledge by becoming instructors or trainers in aviation or sensor operation programs.

Summary

Transitioning to a new career may require additional education, certifications, or training, depending on the chosen field. Networking (hint, hint – ASOG!) with professionals in the desired industry and showcasing transferable skills and expertise can also be crucial for a successful career transition.

ASOG Focus Area | Industry Support

Source | Emmanuel PIZZO, INFOGEO

INFOGEO is a light airborne geophysics company (drone and plane). As part of restructuring our activity, we wish to sell our LiDAR sensor - RIEGL model VUX-240.

In addition to the sensor, the sale includes:

• RiAcquire and RiProcess software license
• RiAcquire and RiProcess software training video series
• Dovetail attachment to hang the sensor under a helicopter or a fixed-wing plane
• Sensor pod that we made for integration on to our light aircraft.

Specifications

This entire package is for sale on the Aerial Survey.com platform. For further information and specifications, follow the link  "Pre-owned-equipment - Europe - VUX-240" 

For More Information

If you're interested in knowing more, don't hesitate to get in touch with me directly via the following channels:

POC - Emmanuel Pizzo

E-Mail - emmanuel.pizzo@infogeo.xyz

Phone - +33 681790915

LinkedIn - https://www.linkedin.com/company/infogeodrones/

LinkedIn -  linkedin.com/in/emmanuel-pizzo-87996b82   

Webpage - www.infogeo.xyz

This month's ASOG Article of the Month is not just one article but a special focus on sensors from different authors in this month's GA Buyer magazine Aerial Work section. It's a good read regarding the basics and what is trending in passive & active aerial sensors.

ASOG Article of the Month | February 2024

Source | Astrid Ayling, ASOG Member & GA Buyer Magazine Editor

According to Astrid, to professionally stay abreast of what is trending in the world of aerial sensors or want to learn more about the kit ASOs work with every day, flip over to the following pages - pg 36-41

GA Buyer Europe – March 2024 Issue  

Besides the Aerial Work aviation section of the magazine. As an Airborne Sensor Operator aircrew member, you may find GA Buyer Magazine interesting for several professional reasons:

Industry Updates - GA Buyer Magazine provides updates and insights into the general aviation industry and the aircraft used by ASOs, including technological advancements, regulations, and market trends. As someone involved in airborne sensor operation, staying informed about the latest developments in the industry can enhance your knowledge and understanding of the field.

Product Reviews - The magazine likely features reviews of various equipment and technology relevant to airborne sensor operation, such as aircraft, sensors, aircraft modifications, and software tools. These reviews can help you make informed decisions when selecting equipment for your operations and stay up-to-date on the latest tools available.

Case Studies and Best Practices - GA Buyer Magazine may feature case studies and articles highlighting best practices in airborne sensor operation. Learning from the experiences of others in the field can provide valuable insights and help you improve your skills and techniques.

Networking Opportunities - The magazine may include advertisements, classifieds, or articles featuring industry events, conferences, and networking opportunities. Engaging with other professionals in the field can expand your network, provide learning opportunities, and potentially lead to new career opportunities or collaborations.

Inspiration and Motivation - Reading about successful projects, innovative technologies, and the achievements of other professionals in the industry can be inspiring and motivating. It can encourage you to continue advancing your career and exploring new opportunities within airborne sensor operation.

Overall, GA Buyer Magazine or other magazines like it can serve as a valuable resource for staying informed, connected, and inspired within the General & Aerial Work Aviation industries, particularly for professionals like yourself involved in airborne sensor operations.

ASOG 2024 Focus Area | Industry Support

Source | ASOG Desk Editor

If you're looking for a company to help you with your geophysical and topographic data needs, our new ASOG Corporate Support might be your right partner. INFOGEO just joined the outstanding business community that proudly recognizes the Airborne Sensor Operator profession and the mission of ASOG.

According to Emmanuel Pizzo, Director and founder of INFOGEO, "INFOGEO acquires, processes and analyzes geophysical and topographic data, acquired by air (drone and light aircraft) or on the ground for all projects related to the energy sector.

Whether our client's project is to set up ground-based solar or wind power plants, to produce mineral resources (such as critical metals, industrial minerals, or noble gases such as helium) or energy resources (such as geothermal or hydrogen) contained underground, or to build geological storage sites, INFOGEO will be able to offer the exploration data that suits anyone's needs in France and abroad through our DATA 4 EXPLORER solutions."

To learn more about INFOGEO and its services and solutions, check them out on the ASOG Corporate Supporter page (clicking their Logo).

Building on the previous post regarding advanced aerial surveillance, let's shift our focus to the future of law enforcement surveillance, delving into the role that artificial intelligence plays for law enforcement and aerial surveillance – making the most effective use of a valuable resource.

The increase in the use of surveillance technology by law enforcement 

For decades, police forces worldwide have deployed high-tech surveillance equipment to help them do just that by identifying and tracking suspects’ movements, gathering evidence that can be admissible in court, and preventing areas from becoming ‘no-go’ crime spots.  

The development of increasingly complex law enforcement surveillance technology has resulted in modern, highly mobile and adaptable police services customised to tackle the specific problems they encounter in their location. Whether they are operating in a rural or urban landscape, police surveillance technology needs to be adaptable and able to gather information quickly and easily without impeding the rights of innocent civilians.  

Law enforcement surveillance – a major business sector 

Much of the development of law enforcement surveillance technology doesn’t happen ‘in-house’. Instead, businesses that specifically work in this sector carry out extensive R&D, often working in partnership with the police and law enforcement bodies.  

Every year, large conferences and exhibitions showcase the best new ideas. Some, such as Segways with rifle mounts, are clearly destined for the scrap heap. However, other ideas, such as advanced biometrics, drone technology and software applications like Augmented Reality, are far more practical.  

In the case of software, immediate integration is possible without the need for new hardware, keeping operating costs down. It also utilises hardware that operators are already familiar with, so training time is cut to a minimum. 

Does it work? Chasing down the criminals 

The simple answer is yes. Without surveillance, police forces would be effectively ‘working blind’. Surveillance and intelligence gathering form the backbone of any criminal investigation, whether that’s a high-risk target such as a terrorist organisation or a low-level protest organisation. Surveillance is an irreplaceable aspect of law enforcement on every level. 

However, there is always a caveat to surveillance and intelligence gathering, and that’s just how far do you go. The reason so many governments have enforced legislative boundaries regarding surveillance is to ensure that the rights of innocent individuals are protected. However, as electronic surveillance has continued to become more and more advanced, that legislation may need to be examined in more detail. 

The ethics of data collection have to be weighed against the effectiveness of the investigation itself. The public is already wary of ‘Big Brother’ surveillance techniques as used by some regimes. So, it is imperative that new surveillance technology does nothing to inflame this mistrust but instead uses more finely tuned targeting to hone in on the real perpetrators. In short, the ‘background noise’ of the innocent population needs to be filtered out. And that’s where the latest surveillance technology comes into its own. 

CCTV – the bedrock of police surveillance

With limited resources, it is physically impossible for law enforcement agencies to have a police officer on every street corner. What they can have, however, is a camera. Easy to install, reliable, and operated remotely from a central location, CCTV cameras are commonplace in every town, village and street across the globe.  

CCTV technology produces better cameras that deliver high-definition images, even at night. Multi-spectrum cameras can quite literally see in the dark, while the use of colour imaging produces far clearer results during the day.  

Their reliability and accuracy mean that CCTV cameras will continue to be a significant factor in future police surveillance operations. The increased use of police mobile surveillance cameras also adds to the coverage that CCTV provides through airborne cameras, drones (more on that shortly), and 4K body cams.  

In fluid scenarios (such as when a large crowd is expected to gather), mobile surveillance trailers that utilise solar panels to power the cameras are increasingly used in some parts of the world. In colder climates, it may not be as practical. But in the Middle East and some parts of the USA, for example, solar trailers are a viable tool in crowd control surveillance at large events or demonstrations.  

These mobile units can also be used in traffic scenarios and integrated with advanced licence-plate recognition software to identify target vehicles or those that are not insured. Rather than being simply ‘revenue generators’, these roadside units ensure that dangerous and unroadworthy vehicles or banned drivers can be taken off the road, protecting other motorists. 

Drones – eyes in the sky  

Drones are increasingly used by police and law enforcement operators. Drones or ‘Unmanned Aerial Vehicles (UAVs) are an ideal piece of technology for a wide range of applications, including crowd monitoring, aerial reconnaissance, search and rescue and crime scene work. Because of their compact size and manoeuvrability, they can get into positions that a larger airborne unit like a helicopter couldn’t.  

New developments in drone technology include units that can be powered up and operated remotely, much like the larger military versions currently deployed in many conflict areas. Image stabilisation software ensures clear, sharp results. Some more sophisticated drones carry additional technology, such as 3D mapping and geospatial software for greater precision or thermal imaging that can assist in search and rescue operations in particular. 

The only issue with drones that needs to be addressed to make them more effective is a longer battery life. Currently, small drones can only stay in the air for minutes rather than hours. While it is possible to set up a ‘relay’ of drones for extended periods, battery technology does need to advance to make them more effective as surveillance equipment. 

AI – its role in law enforcement surveillance 

The biggest technological advance in the past couple of years, not just in law enforcement but generally, has been AI. Artificial Intelligence is permeating every aspect of modern life. While it has its flaws (as any 1.0 version of a tech advance will), it does have enormous potential to work alongside human operators, especially in surveillance scenarios. 

Until the bugs have been ironed out of AI, though, there are limitations as to its uses in police surveillance operations. Where it can assist is in the analysis of the remarkable amounts of data now being collected.  

Using AI (alongside human operators) to sift through this data reduces the amount of time and money it costs to process information gathered by surveillance units. Machine learning means that AI can adapt and refine its process. Applications include facial recognition (still a contentious issue in many parts of the world), crime mapping to identify high-crime areas, and biometrics such as gait recognition.  

AI is also at the cutting edge of ‘crime forecasting’. By using deep learning algorithms, AI can be programmed to analyse data from multiple sources to predict where crimes may occur. While this does sound a little too close to the plot of the film ‘Minority Report’, predictive surveillance has been used by law enforcement operators ever since the first policemen hit the streets. The only difference now is that the volume of data being sifted through to make these predictions is far greater. This, in turn, makes the results more accurate.  

The use of 5G in surveillance technology 

With many countries switching off their 3G networks and relying purely on 4 and 5G instead, the greater coverage that these stronger signals provide allows advanced surveillance technology to operate more effectively. 5G makes wireless video surveillance more accessible for use in remote locations and allows more devices to connect to a single network. 5G will allow advanced surveillance technology to penetrate new and more diverse markets, as well as drive forward the development of new equipment.

Airborne surveillance – making the best use of an expensive resource 

Airborne surveillance plays an ever-increasing role in law enforcement. While low-level operations are being replaced in many cases by police surveillance drones, airborne units are ideal for covering a larger target area or relaying information to ground units in the event of a chase.  

Helicopters are expensive to run, so making the best use of this costly resource is essential. They’re also limited when it comes to cabin space, so any advances in surveillance equipment have to be compact, effective, and intuitive.  

Fortunately, new technology developed by companies such as FlySight makes this a reality through Augmented Reality. 

FlySight produces a range of turnkey solutions for surveillance operators, including geospatial software and augmented reality, to optimise efficiency and make the most of flight time. This software grandfathers straight onto familiar hardware, reducing the time it takes operators to learn their way around the intuitive system.  

OPENSIGHT is a multi-platform processing, exploitation and dissemination (PED) system that integrates geospatial layers to enhance visual representation. Using modular plug-ins, simultaneous GIS and 3D graphics rendering, it provides operators with crucial information at a glance.  

The AR system can also use machine learning to identify and follow specific target vehicles, effectively filtering out the background noise and allowing the operator to focus on a specific target. It also has a role in monitoring large crowds, surveilling both urban and rural locations, and identifying targets in search and rescue operations. 

OPENSIGHT has been developed in accordance with STANAG guidelines and rules and is fully customisable.  

It is this next-level R&D that is helping police surveillance technology become more efficient and more effective at reducing crime and preventing it in the first place. AR, in particular, represents the future of modern police surveillance. 

Find out more about OPENSIGHT here.

As the President of the Airborne Sensor Operators Group (ASOG) Association, I'm frequently asked what ASOG stands for or Advocate! So, with that, this is my answer.

ASOG Focus Area | Standards & Advocacy

Source | Patrick Ryan

The Airborne Sensor Operators Group (ASOG), a non-profit professional international aircrew association, advocates for several key initiatives aimed at enhancing aviation safety, sensor operations, career management support, and industry support within the airborne sensor operator profession:

Aviation Safety:

• ASOG prioritizes the promotion of stringent safety protocols and adherence to aviation regulations among airborne sensor operators.
• The association advocates for continuous training and certification programs to ensure operators possess the necessary skills and knowledge to operate safely in diverse environments.
• ASOG collaborates with regulatory bodies and industry stakeholders to develop and implement best practices for mitigating risks associated with airborne sensor operations.

Sensor Operations Enhancement:

• ASOG strives to support advancing sensor technologies and operational techniques to improve data collection efficiency, accuracy, and reliability.
• The association supports or provides educational resources, workshops, and knowledge-sharing platforms to enhance the skills and expertise of sensor operators.
• ASOG fosters collaboration and innovation among operators to drive continuous improvement in sensor operations and data analysis methodologies.

Career Management Support:

• ASOG is committed to supporting airborne sensor operators' professional development and career advancement.
• The association promotes mentorship programs, career guidance, and networking opportunities to help operators navigate their career paths.
• ASOG advocates for standardized career pathways, recognition, and fair compensation within the aviation industry to ensure the profession's sustainability.

Industry Support and Collaboration:

• ASOG works closely with industry partners to address workforce shortages, equipment maintenance, and regulatory compliance challenges.
• The association advocates for policies and initiatives that promote a supportive and conducive environment for airborne sensor operators within the industry.
• ASOG serves as a unified voice for sensor operators in industry discussions, lobbying efforts, and policy-making processes to advocate for their interests and promote industry-wide collaboration.

To sum it up, ASOG's advocacy efforts aim to elevate Airborne Sensor Operators' professionalism, safety, and effectiveness while supporting the career development and industry integration of sensor operators worldwide. Through collaboration, education, and advocacy, ASOG strives to strengthen the ASO community and contribute to the advancement of the aviation industry as a whole.

The term ‘surveillance’ has a lot of connotations for the general public. Today, we have digital ‘eyes and ears’ to gather information, and modern surveillance technology is part of everyday life.  

From biometric systems to allow access to computers, laptops or phones to high-level security surveillance enhanced with Augmented Reality and AI, almost every part of our lives is digitally monitored in some way, even if we’re just walking down the high street. 

So, we have a self-perpetuating situation where more surveillance becomes necessary to protect the public and society’s infrastructure. But where is all this going? And as the dawn breaks on a world where AI is becoming increasingly prevalent, what direction will advanced surveillance take over the next few years? 

In this article, we’ll briefly look at the statistics of surveillance before examining the various types of technology used. We’ll also look at new developments, such as Augmented Reality, and address the big question regarding AI.  

How commercially important is advanced surveillance? 

The simple answer is very important. Data published by Statistica Research Department in December 2023 estimated that global surveillance technology in 2022 was valued at over US$130 billion and is expected to exceed US$148 billion in 2023. By 2027, the statistics show a massive growth in the financial viability of global surveillance, potentially topping around US$235 billion.  

Those numbers are massive and demonstrate quite clearly that surveillance is a hugely profitable business. But why is it worth so much? Well, when you consider that analysis by SRD into the scale of significant data breaches worldwide shows levels that impact almost everyone on the planet several times over, it is understandable why advanced surveillance is so necessary. 

But what about ‘real world’ surveillance as opposed to digital surveillance? As more conflicts escalate and criminal issues such as drug and people trafficking escalate, airborne surveillance combined with satellite imaging becomes ever more critical to military and law enforcement operators. Drones have become the latest weapon in this aerial battle, and thanks to considerable advances in multi-spectral imaging, real-time data analysis and a host of other elements, positive results are being reported in deployments around the world.  

Different types of surveillance 

As we move into 2024, several streams of advanced surveillance are coming online. While systems such as live video monitoring and managed video surveillance still have a significant role to play, they are being augmented by a raft of new technologies. Let’s look at each of these and how they factor into next-generation surveillance techniques. 

Live video monitoring and managed video surveillance 

At its most basic level, managed video surveillance is the bedrock of most surveillance systems. While it can’t justifiably be classified as an ‘advanced’ system, it is intrinsically linked to more up-to-date techniques. The skills acquired by operators using these systems are transferrable, and the level of detail captured by modern multi-spectral cameras far outweighs the grainy, poorly defined pictures of old. 

Live video monitoring, however, requires a whole other level of skill, and in recent years, we’ve seen live video monitoring being augmented by AI and complex algorithms. Because advanced surveillance systems capture so much information, the trick is to ‘filter out’ the background noise and focus on the relevant information.  

But rather than relying purely on AI, human interaction is also a factor, allowing experts to have the final say on interpreting the data captured. That human element is vital in a law enforcement or military field of operation. 

The IoT – utilising a whole new network for surveillance

The Internet of Things brings with it a new opportunity to utilise different platforms for surveillance. In 2024, experts predict that the groundwork laid down over the last couple of years will allow the IoT to play a more significant role in advanced surveillance technology. Integrating video surveillance with different IoT devices will enable comprehensive and specialist systems to be set up, including anything from temperature and movement sensors to access control systems. 

Predictive Analytics and big data collation 

While predictive analytics has been used in business modelling for some time, using machine learning to identify risks and statistically interpret data can be grandfathered over to the security industry. Thanks to cloud-based storage systems, massive amounts of big data can be collected and stored, providing instant access to that data for analysts anywhere in the world.  

This works particularly well with aerial surveillance and satellite imaging, where the data can be immediately sent to a ground-based centre for interpretation. By incorporating predictive analytics into the equation, that data can be sifted and analysed efficiently while maintaining the human element.

Enhanced authentication

As anyone with a Social Media account or who browses YouTube will know, there are a lot of fake videos out there. AI may have a positive role to play in advanced surveillance technology (more on that shortly), but it can also be used to manipulate video footage, calling into question the authenticity and accuracy of the content.  

Advanced validation is in greater demand as we move forward, especially if the video being presented is to be used in a law enforcement situation or as part of military intelligence gathering. Authentication isn’t just a matter of ‘ticking all the squares with a picture of a traffic light in them’ anymore. Advanced surveillance will require frame-by-frame authentication to ensure that a video capture is genuine. Expect this to be an area of considerable development in the coming months and years. 

The use of 5G in surveillance technology 

With many countries switching off their 3G networks and relying purely on 4 and 5G instead, the greater coverage that these stronger signals provide allows advanced surveillance technology to operate more effectively. 5G makes wireless video surveillance more accessible for use in remote locations and allows more devices to connect to a single network. 5G will allow advanced surveillance technology to penetrate new and more diverse markets, as well as drive forward the development of new equipment.

The big question: is AI really a good surveillance tool? 

AI has had a bit of a shaky year in 2023. Its integration into the Internet and the Metaverse, particularly, has met with considerable resistance. Many users think it isn’t ready to work as an effective tool, particularly when rendering images and content. However, as already mentioned, AI most certainly has a place in the surveillance industry. Its ability to analyse data and filter out extraneous and irrelevant information is not in question.  

But AI still has a long way to go before it can be used as an autonomous system without human intervention. Regulation and legislation are still needed to ensure that AI-based surveillance tech doesn’t contravene myriad human rights legislation and anti-privacy laws, for example.  

On the positive side, though, is the fact that AI has unlimited possibilities and can be integrated into technology as a System-on-Chip, which will allow it to optimise a wide range of video surveillance systems. It can potentially improve everything from analytics to image quality in all of the bandwidths and can be interlinked into multi-layered systems both on the ground and in the air.  

Augmented Reality – tried and tested technology 

While AI is still taking somewhat tentative steps into advanced surveillance, one system has already been tried and tested in the field – Augmented Reality. Layers of AR can be added to a surveillance system that overlays essential information on top of topographical mapping and multi-spectral software. This is of particular use for airborne surveillance units and can help them easily navigate an unfamiliar landscape.  

AR can also help to identify and track individual targets with exceptional accuracy, making the validity of AR’s real-world applications in surveillance situations unquestioned. 

The next level of biometric surveillance 

We briefly mentioned biometrics earlier, but experts believe that 2024 will see a considerable level of advancement in this particular field. Facial recognition has already been through the mill. It has been challenged in the UK and the USA for its accuracy (which is particularly poor when it comes to identifying and distinguishing POC subjects).  

So, while facial recognition undergoes a bit of a rethink, biometrics has advanced in other areas that can help surveillance operators identify and isolate individuals during an operation. One of the most significant developments has been in behavioural biometrics, where individuals can be identified by their behaviour or movement patterns.  

So far, the most successful has been ‘gait recognition’, which identifies an individual by how they walk. Currently being trialled by the Chinese police, the system relies on video surveillance footage and an algorithm to analyse how a person moves as they walk. If facial recognition becomes subject to prohibitive legislation, gait recognition may be the next major biometric surveillance system to emerge.  

FlySight – leading the way in surveillance tech

The different aspects of advanced surveillance applications are exciting for airborne surveillance systems. With the increased use of miniaturisation and drones in aerial surveillance operations, capabilities such as gait recognition and other biometric applications, AI, and predictive analytics can be easily integrated into existing systems. As these are intuitive and utilise equipment already familiar to the operator, advanced surveillance systems can come onstream almost immediately. 

At FlySight, we constantly innovate and develop geospatial software solutions for mission-critical operations for a wide range of clients. Our OPENSIGHT system offers development tools, turnkey solutions and plugins useful in the latest advanced surveillance systems. Using everything from Augmented Reality systems to multi-platform PED systems, we can provide our clients with surveillance systems that integrate geo-exploitation toolboxes and mission data analysis software.  

We feel that 2024 will be an exciting year for the development of advanced surveillance technologies and that, thanks to advances such as 5G integration and wireless surveillance systems, more and more organisations will see the benefits of including advanced surveillance tech in their operations. 

To learn more about OPENSIGHT browse our Resources section.

As an ASO, you might find yourself reading a checklist to your pilot in command (manned & unmanned aircraft). If this happens, have no fear; there are some simple things you can do to be a valuable asset in the cockpit or the Mission Control Unit (MCU)

ASOG Focus Area | Training & Education

Source | ASOG Training Center

Reading the checklist to the pilot in command (PIC) ensures a safe and efficient flight operation. Here are some tips for Airborne Sensor Operators or other non-rated aircrew members:

Top 10 Tips

1. Familiarize Yourself with the Checklist - Ensure you are familiar with the aircraft's checklist before the flight. Understand each item and its purpose.

2. Use Clear and Concise Communication - When reading the checklist, speak clearly and use concise language. Avoid jargon or ambiguous terms, i.e., use Aviation English.

3. Confirm Each Step - After reading each item, wait for confirmation from the pilot in command before moving on to the next item. This ensures that both of you are on the same page.

4. Read Slowly and Deliberately - Take your time when reading the checklist. Rushing through it can lead to errors or omissions.

5. Cross-Check - While you read the checklist, the pilot in command should cross-check each item visually or refer to the cockpit instruments. This helps in verifying that tasks are completed correctly.

6. Be Prepared for Changes - Sometimes, the pilot in command may need to deviate from the standard checklist due to specific circumstances. Be flexible and ready to adapt to such changes.

7. Stay Focused - Maintain your focus solely on the checklist during this time. Avoid distractions and ensure your full attention is on the task at hand.

8. Use Challenge and Response Format - Many checklists are designed in a challenge and response format. As the co-pilot, you issue the challenge, and the pilot in command responds with the action taken. Stick to this format for clarity and consistency.

9. Seek Clarification if Needed - If you're unsure about any item on the checklist or if something seems amiss, don't hesitate to seek clarification from the pilot in command or refer to the aircraft's operating manual.

10. Review and Debrief - After completing the checklist, take a moment to review the actions taken and discuss any issues or concerns with the pilot in command. This debriefing helps in continuous improvement and enhances safety for future flights.

Summary

By following these tips, an ASO can effectively assist the pilot in command in executing the pre-flight, in-flight, and post-flight procedures, contributing to the overall safety and efficiency of the flight operation. At the same time, promoting standardization, compliance, collaboration, and error prevention.

Do you know what to do during an Inflight Emergency if you're a non-rated aircrew member? The following are time-test best practices.

ASOG Focus Area | Aviation Safety

Source | ASOG Safety Center

In the high-stakes aviation environment, the airborne sensor operator (ASO) is pivotal in ensuring a flight mission's safety and success. When faced with an in-flight emergency, the actions taken by the ASO can be instrumental in assisting the pilot and other aircrew members in navigating through challenges and swiftly implementing effective solutions.

From immediate communication strategies to meticulous system monitoring and collaboration in decision-making, the ASO's responsibilities extend beyond sensor operation to encompass a critical support role that contributes to the overall operational resilience of the aircraft and its crew.

The following points delve into the essential actions an airborne sensor operator should undertake during an emergency, focusing on their pivotal contributions to maintaining situational awareness, troubleshooting technical issues, and fostering seamless coordination within the aircrew.

Critical Steps

In-flight emergencies can vary widely, and the actions taken by an airborne sensor operator (ASO) will depend on the nature of the emergency and the aircraft involved. However, here are some general steps that an ASO might take to assist the pilot and other aircrew members during an emergency:

Immediate Communication - Quickly inform the pilot and other aircrew members about the nature of the emergency. Use established communication procedures and channels to relay information.

Assist with Troubleshooting - If the emergency involves sensor or communication systems, assist in troubleshooting and resolving technical issues. Provide information to the pilot about the status of critical systems.

Emergency Procedures Review - Follow established emergency procedures and checklists. Assist the pilot in carrying out emergency procedures as necessary.

Monitoring Systems - Continue monitoring sensor data and other relevant systems. Provide real-time information to the pilot regarding any changes or developments related to the emergency.

Navigation Assistance - Assist with navigation if necessary, especially if there are issues with the aircraft's navigation systems.

Coordination with Other Crew Members - Coordinate actions with other crew members to ensure a cohesive and organized response to the emergency.

Emergency Equipment Operation - If applicable, operate emergency equipment such as fire extinguishers or emergency communication devices as per established procedures.

Maintain Situational Awareness - Keep a constant awareness of the overall situation, providing relevant information to the pilot to aid decision-making.

Prepare for Emergency Landing or Egress - If the situation requires, assist in preparations for an emergency landing or egress from the aircraft.

Follow Orders from the Pilot - Follow the pilot's instructions promptly and efficiently.

It's important to note that specific procedures may vary based on the aircraft type, the mission, and the nature of the emergency. Additionally, crew coordination and effective communication are crucial in managing in-flight emergencies. Training and regular drills help ensure the crew can respond effectively to various emergency scenarios.

First Four Actions

An airborne sensor operator (ASO) is critical in assisting the pilot and other aircrew members during an in-flight emergency. While the specific actions may depend on the nature of the emergency and the aircraft involved, here are four general first actions an ASO might take:

1. Immediate Communication - The first and foremost action is to immediately communicate the nature of the emergency to the pilot and other aircrew members. Use the aircraft's communication systems to relay important information. Maintain clear and concise communication to ensure that everyone is aware of the situation.

2. System Monitoring and Diagnosis - Begin monitoring relevant sensor data and other critical systems. Assist the pilot in diagnosing the issue by providing information about the status of sensors and associated systems. Collaborate with other crew members to identify the root cause of the emergency.

3. Follow Emergency Procedures - Refer to established emergency procedures and checklists for the specific type of emergency. Work with the pilot to systematically review the emergency checklist and take appropriate actions to address the situation. Ensure all necessary steps are taken to mitigate the emergency and stabilize the aircraft.

4. Assist in Decision-Making - Provide real-time information to the pilot regarding the status of sensors, systems, and other relevant data. Collaborate with the pilot in making informed decisions about the course of action, considering available options and potential consequences. If applicable, assist in navigating the aircraft to a safe altitude, location, or landing site.

These initial actions aim to establish clear communication, gather critical information, and begin addressing the emergency. The ASO's role is to support the pilot by providing valuable input and assistance, particularly in managing sensors and systems related to the mission objectives. As the situation unfolds, the ASO will continue collaborating with the pilot and other crew members to ensure a coordinated and effective response.

Summary

Again, in the high-stakes aviation environment, the airborne sensor operator (ASO) is pivotal in ensuring a flight mission's safety and success. When faced with an in-flight emergency, the actions taken by the ASO can be instrumental in assisting the pilot and other aircrew members in navigating through challenges and swiftly implementing effective solutions.

ASOG Focus Area | Career Management

Source | ASOG Career Center

Analyzing an aircrew job description is essential if you're considering a career in aviation or the aerial remote-sensing sector. A thorough analysis helps you understand the requirements, responsibilities, and qualifications needed for the position.

10 Steps

Here's a step-by-step guide on how to analyze an aircrew job description:

Step 1 - Read the Job Description Carefully: Start by reading the entire job description thoroughly to gain a complete understanding of the role. Pay attention to details and take notes as you go.

Step 2 - Identify Key Components: Break down the job description into its key components, which typically include:

• Job title
• Job summary or purpose
• Key responsibilities
• Qualifications and requirements
• Reporting structure
• Location and working conditions
• Company/organization information

Step 3 - Job Title and Summary: Understand the job title and summary or purpose. This provides an overview of the position and its primary objectives.

Step 4 - Key Responsibilities: Examine the list of key responsibilities. These are the tasks and duties the aircrew member will be expected to perform. Look for details such as:

• Flight duties and responsibilities
• Safety and emergency procedures
• Passenger or cargo handling
• Navigation and communication tasks
• Maintenance responsibilities (if applicable)

Step 5 - Qualifications and Requirements: Review the qualifications and requirements section. This outlines the qualifications, skills, and experience needed for the role. Standard requirements for aircrew positions include:

• Education level (e.g., high school diploma, bachelor's degree)
• Pilot's license or certification
• Flight hours and experience
• Physical fitness requirements
• Language proficiency (especially in multi-crew environments)
• Security clearances
• Specific aircraft type ratings (if applicable)

Step 6 - Special Skills and Competencies: Identify any special skills or competencies required, such as:

• Knowledge of aviation regulations and procedures
• Proficiency in using aviation equipment and technology
• Teamwork and communication skills
• Leadership abilities (for senior positions)
• Problem-solving and decision-making skills

Step 7 - Company/Organization Information: Understand the company or organization's background and mission. Familiarize yourself with its culture, values, and goals to assess if they align with your career aspirations.

Step 8 - Considerations: Keep in mind other factors that may be important to you, such as:

• Compensation and benefits
• Work schedule and flexibility
• Career advancement opportunities
• Location and travel requirements
• Company reputation and safety record

Step 9 - Compare and Contrast: If you evaluate multiple aircrew job descriptions, compare and contrast them to identify similarities and differences. This can help you decide which positions align best with your skills and career goals.

Step 10 - Seek Clarification: If you have questions or need clarification on any aspect of the job description, contact the hiring manager or HR department for more information.

Summary

The bottom line is – that analyzing an aircrew job description is a crucial step in the job search process, as it helps you determine if a particular position is the right fit for your qualifications and career aspirations.

ASOG Focus Area | Industry Support

Source | Astrid Ayling, GA Buyer Magazine

Call For Promotional Content

Does your firm design and build aerial remote sensors or technology that supports Aerial Sensors? GA Buyer Europe Magazine's March issue will focus on Aerial Work aviation sensors, i.e., Aerial Sensors – The Game Changer of Aerial Work Aviation.

If you want to add content and text to advertise your product along with this theme, contact Astrid Ayling at GA Buyer Magazine (astrid@avbuyer.com)

The deadline for submission is 6 February 2024.

GA Buyer Europe Magazine

In the dynamic and high-stakes realm of aircrew operations, the ability to navigate complex scenarios with precision and efficiency is paramount. At the heart of this operational finesse lies a strategic approach that aircrews employ - one that involves the art of prioritizing and compartmentalizing.

ASOG Focus Area | Training & Education

Source | ASOG Training Center

In the fast-paced and ever-changing environment of aviation, mastering the skill of discerning priorities and effectively compartmentalizing tasks is not just a necessity; it is the cornerstone of successful mission execution. This article delves into the intricate world of aircrew or ASO strategy, exploring how the deliberate organization of tasks and priorities contributes to the overall safety, success, and mission accomplishment of aircrew professionals.

Basic 101

Prioritizing and compartmentalizing are two strategies that complement each other in managing tasks and responsibilities effectively.

Prioritizing involves identifying tasks or goals based on their importance, urgency, or impact. It helps in allocating time and resources to the most crucial activities, ensuring they receive adequate attention.

Compartmentalizing, on the other hand, involves mentally or physically separating different aspects of your life or tasks into distinct compartments or categories. This separation helps in focusing on one thing at a time, reducing distractions, and preventing one area from overwhelming or interfering with another.

When used together, prioritizing and compartmentalizing create a structured approach to managing various responsibilities:

Setting Priorities within Compartments: Each compartment or category might contain multiple tasks or goals. Prioritizing within these compartments allows you to determine which tasks are most important or time-sensitive within each area.

Focus and Concentration: Compartmentalizing enables you to concentrate on one task or area at a time without being mentally burdened by other responsibilities. Prioritizing helps ensure that the most critical tasks within each compartment receive attention first.

Efficient Time Management: By prioritizing tasks within each compartment, you allocate your time and energy efficiently. This prevents you from getting sidetracked by less important tasks while ensuring that the most crucial ones are addressed promptly.

Reducing Overwhelm: Compartmentalizing prevents the feeling of being overwhelmed by a large workload or multiple responsibilities. Prioritizing within these compartments guides you in handling them systematically.

Adaptability: As priorities can change, the ability to re-prioritize within each compartment allows for adaptability. You can shift focus or resources based on changing circumstances while still maintaining a structured approach.

Overall, prioritizing and compartmentalizing work in tandem to help individuals stay organized, focused, and effective in managing their tasks and responsibilities.

Aircrew

As an aircrew member, compartmentalizing and prioritizing are crucial for ensuring safety, efficiency, and effectiveness during flights. Here's how you might approach it:

Safety First: Safety is the top priority in aviation. Before anything else, you prioritize safety procedures, pre-flight checks, and adherence to protocols. This includes assessing weather conditions, inspecting the aircraft, and ensuring all safety equipment is in place.

Flight Planning and Procedures: Compartmentalize your tasks related to flight planning, including reviewing the flight plan, coordinating with the crew, confirming routes, fuel calculations, and checking for any relevant updates or notices.

Emergency Preparedness: Prioritize knowledge and readiness for emergency procedures. This involves mental preparedness, understanding emergency protocols, and being ready to address any unexpected situations that may arise during the flight.

Passenger Service and Comfort: If your role involves passenger interaction, compartmentalize tasks related to passenger service, ensuring their comfort and safety while balancing it with your primary responsibilities.

Communication and Navigation: Prioritize effective communication with air traffic control, crew members, and relevant authorities. Compartmentalize tasks related to navigation, such as staying on course, monitoring altitude, speed, and other critical flight parameters.

In-flight Situational Awareness: Continuously compartmentalize your attention to maintain situational awareness. Keep an eye on instruments, monitor systems, and stay alert to any changes in conditions or unexpected events.

Post-Flight Procedures: After landing, prioritize post-flight procedures such as securing the aircraft, debriefing with the crew, and ensuring any necessary reports or documentation are completed.

Continuous Learning and Training: Allocate time outside of flights for ongoing training, staying updated on new procedures, regulations, or technological advancements in aviation.

By dividing your responsibilities into these compartments and prioritizing within each, you can effectively manage the multitude of tasks involved in aircrew duties while ensuring safety, adherence to protocols, and a smooth flight experience.

Airborne Sensor Operator

As an airborne sensor operator, your role involves managing complex equipment and monitoring data during flight operations. Compartmentalizing and prioritizing are essential to handle the myriad tasks involved. Here's how you might approach it:

Pre-Flight Preparation: Prioritize pre-flight checks and equipment setup. Ensure all sensors, cameras, or monitoring devices are functioning correctly. This involves checking calibration, power sources, and connectivity.

Mission-Specific Objectives: Compartmentalize tasks based on the specific mission objectives. Prioritize understanding the mission parameters, target areas, or data requirements outlined by your team or mission commander.

Sensor Operation: During the flight, prioritize the operation of sensors or equipment. This includes monitoring displays, collecting data, adjusting settings for optimal readings, and ensuring the quality of information being gathered.

Communication and Collaboration: Prioritize communication with the flight crew, mission commander, or ground personnel. Effectively relay information about sensor data, respond to requests, and collaborate to ensure mission success.

Data Analysis and Reporting: Compartmentalize tasks related to real-time data analysis. Prioritize identifying relevant information, interpreting sensor data, and providing timely reports or insights to support mission objectives.

Adaptability and Troubleshooting: Be prepared to compartmentalize troubleshooting tasks if any technical issues arise with the sensors or equipment. Prioritize quick and effective resolution to minimize disruptions to the mission.

Situational Awareness: Continuously compartmentalize your attention to maintain situational awareness regarding the aircraft's position, environmental conditions, and any potential hazards that may affect sensor operations.

Post-Mission Procedures: After the mission, prioritize post-mission procedures such as data backup, equipment shutdown, and debriefing sessions to discuss observations or issues encountered during the flight.

Continuous Training and Skill Development: Allocate time for continuous learning to stay updated on new sensor technologies, data analysis techniques, and evolving operational procedures.

By compartmentalizing tasks according to these aspects of your role and then prioritizing within each compartment, you can effectively manage the complex responsibilities of an airborne sensor operator, ensuring accurate data collection and mission success.

Summary

Without a doubt, the symbiotic relationship between aircrew and airborne sensor operators underscores the critical importance of prioritizing and compartmentalizing in the realm of aerial operations. As we've delved into the intricacies of their strategic approach, it becomes evident that the seamless coordination between these professionals hinges on their collective ability to discern priorities and compartmentalize tasks effectively.

This dynamic strategy not only optimizes mission success but also elevates the overall safety and efficiency of airborne endeavors. In the ever-evolving landscape of airborne operations, where the fusion of technology and human expertise is paramount, the strategic synergy between aircrew and sensor operators stands as a testament to the pivotal role played by prioritization and compartmentalization in the accomplishment of complex aerial missions. As they navigate the skies with precision and purpose, these professionals exemplify the power of a strategic mindset in conquering the challenges of the airborne domain safely and effectively.