DISKUSI DIGITAL@PNM SIRI 2/2025 “TEKNOLOGI DRON: REVOLUSI UDARA MENGUBAH DUNIA” | 3 JULAI 2025 | PNM

Introduction and Welcome

Opening Remarks

• Assalamualaikum warahmatullahi wabarakatuh, welcoming attendees to the digital discussion program hosted by Aerodine Flight Institute (AFI) and PNM TV Channel.

• The session aims to discuss significant topics related to drone technology and its implications. A brief video introduction is set to precede the discussions.

Overview of Aerodine Flight Institute

AFI's Role in Drone Pilot Development

• AFI is recognized as the first Remote Pilot Training Organization (RPTO) in Malaysia, offering three training modules approved by the Civil Aviation Authority of Malaysia.

• Emphasizes commitment to enhancing skills for remote pilots, highlighting the importance of women’s involvement in this technological field.

Panel Introduction

Moderator and Panelists

• The moderator, Encik Muhammad Fahmi Faiz bin Abdul Ghani, introduces two knowledgeable panelists: Tuan ACP Rasha Azaldin Shafi from the Royal Malaysian Police Air Unit and Encik Isham bin Zakaria from Aerodine Flight Institute.

Discussion Topic: Drone Technology Revolution

Impact on Society

• The discussion will focus on how drone technology is revolutionizing airspace management and its broader implications for society. A video presentation will precede this segment.

Understanding Drone Technology Evolution

Risks and Opportunities

• The evolution of drones from hobbyist tools to strategic instruments in warfare and surveillance is highlighted, with references to current geopolitical conflicts involving Iran, Israel, and Ukraine. This shift presents both risks (security threats) and opportunities for national defense strategies.

Insights from Panelist Tuan Rasha

Current Trends in Drone Usage

• Tuan Rasha discusses the rapid development of drone technology in Malaysia since 2015, noting its dual role as a potential threat due to misuse by criminals while also serving law enforcement needs through proactive measures like drone detection systems.

Drone Regulations and Technological Advancements in Malaysia

Overview of Drone Safety and Security Measures

• The discussion begins with the introduction of air force units responsible for national safety and public security, highlighting the establishment of new sections such as helicopter operations and flight control.

• Concerns are raised about unauthorized drone usage in sensitive areas, emphasizing that many tourists bring drones into Malaysia without strict regulations compared to other countries.

• Instances of drones being spotted in sensitive locations like government buildings and ports are noted, indicating a need for stricter enforcement to prevent such occurrences.

Regulatory Challenges

• The Civil Aviation Authority is identified as the sole authority governing airspace control in Malaysia, while police lack jurisdiction over drone regulations unless specific laws are violated.

• There is an acknowledgment of weaknesses in current airspace control structures, with plans to strengthen these frameworks to mitigate risks associated with drone operations.

Strategic Opportunities for Drone Technology

• Emphasis on collaboration with other nations is suggested to enhance local defense industry capabilities through shared information and investment in drone technology development.

• Partnerships with universities are encouraged to advance research in drone technology, including design and AI applications, fostering innovation from an early educational stage.

Applications of Drones Beyond Hobbyist Use

• The potential for drones in public service applications such as surveying and mapping is discussed, showcasing their versatility beyond recreational use.

• A shift from hobbyist use to industrial applications is highlighted, noting how advancements have transformed operational practices within sectors like energy maintenance.

Adapting Military Strategies Using Drone Technology

• Cik Isham reflects on military readiness concerning modern warfare technologies used by other nations (e.g., Ukraine), stressing the importance of adapting training methods against emerging threats.

• The concept of "mother ship" drones capable of deploying swarms for tactical purposes illustrates cutting-edge developments that necessitate rapid adaptation by military forces.

Innovations Driving Efficiency

• Historical context is provided regarding the evolution of drone use from hobbies to essential tools for industrial inspections, particularly within energy sectors where safety has improved significantly.

• The integration of advanced sensors into existing drone technologies aims at enhancing operational efficiency across various tasks while ensuring safety standards are met.

Drone Technology in Operations

The Benefits of Drone Technology

• Utilizing drones for inspections can significantly reduce downtime and labor costs, as they can quickly assess situations without the need for scaffolding or area closures.

• Emphasizing the importance of adopting new technologies, there is a risk of falling behind if advancements are not embraced; countries that leverage technology will outpace those that do not.

• Countries like Turkey excel in aerospace and drone technology, highlighting the need for collaboration and development of indigenous technologies to avoid over-reliance on foreign innovations.

Education and Awareness

• There is a necessity to harmonize educational resources across universities to ensure young people understand technological advancements and their implications in various fields.

• It’s crucial to integrate technology education into schools so students are prepared for future job markets where traditional roles may evolve due to technological changes.

Operational Use of Drones by KAPDRM

Insights from Tuan Rasha

• Drones are classified as unmanned aerial vehicles (UAV), which offer cost-effective solutions compared to manned aircraft, particularly in surveillance operations.

• Traditional methods using helicopters have limitations; drones provide stealthy reconnaissance capabilities without alerting potential suspects due to their silent operation.

Operational Strategies

• The operational concept with drones focuses on surprise tactics and intelligence gathering, enhancing situational awareness during missions.

• The integration of drone technology has led to improved sighting capabilities and overall effectiveness in law enforcement operations.

Impact on Security Operations

Effectiveness in Various Scenarios

• Drones facilitate real-time mapping and live streaming capabilities, allowing command centers immediate access to critical information during emergencies or disasters.

• In crowd control scenarios, drones serve as safer alternatives for monitoring large gatherings while providing comprehensive oversight without risking personnel safety.

Game-Changing Technology

• The use of drone technology is described as revolutionary; it transforms operational strategies within security forces by offering enhanced surveillance options.

• Historical examples illustrate how drone usage has changed warfare dynamics, such as its application in the Nagorno-Karabakh conflict between Azerbaijan and Armenia.

The Impact of Drone Technology on Various Sectors

Introduction to Drone Technology

• Discussion on the transformative potential of drone technology, emphasizing its importance for national development and education from an early age.

• Recognition that possessing advanced drone technology can significantly change competitive dynamics in various fields.

Applications of Drones

Hobbies and Military Use

• Mention of hobby drones being adapted for more serious applications, including weaponization and surveillance capabilities.

• Acknowledgment of military sensitivity regarding drone technology, highlighting the need for collaboration with educational institutions.

Creative Uses in Transportation

• Emphasis on creativity in utilizing drones primarily for transportation purposes, as well as surveillance and reconnaissance tasks.

Revolutionizing Law Enforcement

• Overview of how law enforcement agencies like PDRM have transitioned from helicopters to drones, showcasing a significant technological shift.

• Introduction of a special exhibition by Tuan Rasha to demonstrate drone capabilities to participants present at the event.

Industry Demand for Drones

Inspection Services

• Insight into the high demand for drones in inspection services across industries such as engineering and maintenance.

• Traditional inspection methods often require manpower; drones offer a safer alternative by reducing human exposure to hazardous environments.

Specific Use Cases in Oil & Gas

• Description of specialized drones designed for inspecting tanks containing toxic gases, enhancing safety protocols during inspections.

Enhancing Worker Safety

• Highlighting how drone usage minimizes risks associated with confined spaces where dangerous gases may be present.

Agricultural Innovations

Rise During COVID-19

• Notable increase in agricultural drone use since 2020 due to labor shortages caused by the pandemic; drones are now used extensively for spraying pesticides.

Advanced Analytics

• Introduction of smaller analytical drones equipped with multispectral sensors that assess plant health by identifying nutrient deficiencies through leaf analysis.

Job Creation Opportunities

• Discussion on how advancements in agricultural drone technology have led to new job roles such as pilots, co-pilots, data analysts, and agronomists within the sector.

Technological Advancements in Agriculture

Integration of New Technologies

• The speaker discusses the emergence of new technologies, emphasizing that many companies are adopting these innovations, indicating a healthy trend in the industry.

• The focus is on how technology can enhance agricultural practices and improve efficiency.

Challenges Faced by Farmers

• A personal anecdote highlights the struggles faced by farmers in Kuala Selangor, where they often lack manpower for essential tasks like spraying pesticides.

• Farmers resort to hiring local workers (referred to as "Bangla Desk") due to a shortage of available labor, which leads to inefficiencies in pest control.

Benefits of Drone Technology

• The use of drones allows for precise application of pesticides, with recorded flight logs ensuring every inch of land is treated accurately.

• This technological precision helps reduce disease and increase crop yields, showcasing significant benefits within the agricultural sector.

Acceptance and Adoption of Technology

• The speaker notes that acceptance of drone technology mirrors past hesitance towards smartphones; initial skepticism has shifted towards viewing them as necessities.

• As technology evolves, improvements in applications related to drones will likely enhance their integration into everyday practices.

Regulatory Framework for Drone Usage

Legal Oversight and Regulations

• A question arises regarding how authorities manage drone activities in restricted areas such as airports or sensitive locations.

• The discussion references existing laws under the Civil Aviation Act 1969 and associated regulations governing drone operations.

Enforcement Limitations

• It is clarified that police do not have broad powers to regulate drones unless specific criminal activities are involved.

• Examples include using drones as weapons or causing harm inadvertently through negligence while operating them.

Potential Legal Consequences

• There are legal repercussions for reckless drone operation leading to injury or property damage, highlighting the need for responsible usage among operators.

• Specific sections of law address trespassing with drones into restricted areas, indicating ongoing discussions about adapting legislation to current technological realities.

Discussion on Drone Regulations and Airspace Restrictions

Current State of Drone Usage

• The speaker emphasizes the need to adjust drone regulations according to current circumstances, suggesting that certain restrictions may be necessary to prevent misuse.

• There is a mention of potential legal actions against individuals who violate airspace regulations, indicating that enforcement measures are being considered.

Prohibitions in Aeronautical Information

• The discussion introduces the concept of No-Fly Zones (NFZ), highlighting their importance in maintaining safety and security in specific areas.

• Reference is made to the Aeronautical Information Publication (AIP), which outlines prohibited areas and their respective altitudes for drone operations.

Specific Restricted Areas

• Three key restricted zones are identified: one near the National Palace, another at a nuclear facility, and a third location in Bangi, all with specified altitude limits.

• The AIP is accessible online for pilots and others interested in understanding these restrictions.

Legal Implications of Violating Airspace Rules

• It is noted that taking unauthorized photographs or flying drones over restricted areas can lead to legal consequences under various acts, including the Official Secrets Act.

• Violations can result in severe penalties, including imprisonment ranging from 7 to 14 years for breaches involving sensitive locations like oil fields.

Enforcement Challenges and Recommendations

• The speaker discusses challenges faced by law enforcement regarding unauthorized drone activity and suggests improved communication protocols for addressing such incidents.

• Emphasis is placed on the necessity for clear guidelines on how police can respond effectively when drones are involved in criminal activities.

Public Awareness and Compliance

• A call to action is made for drone users to adhere strictly to regulations, stressing the importance of responsible usage to avoid criminal charges.

• Concerns are raised about public interest in flying drones over popular landmarks like KLCC, urging compliance with air traffic control requirements.

Legal Framework Surrounding Drone Operations

• Mention of specific laws such as Section 9 of the Aviation Offences Act 1984 highlights serious repercussions for endangering aircraft through reckless drone operation.

• Further elaboration on legal violations includes unauthorized entry into international airport zones by drones.

This structured summary captures key discussions surrounding drone regulations based on timestamps from the provided transcript. Each point links back directly to its source material for easy reference.

Drone Regulations and Training in Malaysia

Overview of Drone Legislation

• The discussion begins with the mention of strict laws governing drone operations, specifically referencing the Bosch Action 9 Evaluation Officers Act 1984, which imposes severe penalties, including life imprisonment for endangering airspace.

Importance of Compliance

• Emphasis is placed on the necessity for drone operators to adhere to regulations to avoid severe consequences, such as life imprisonment.

Aerodine Flight Institute's Role

• The Aerodine Flight Institute (AFI) is introduced as a certified remote pilot training organization under Malaysian aviation authority, akin to a driving school for drone pilots.

Training Structure and Safety Focus

• AFI provides structured training that includes guidelines and modules focusing on safety, legal aspects, and operational principles essential for drone pilots.

Curriculum Highlights

• Key components of the curriculum include air law and responsibilities associated with operating drones within controlled airspace.

Understanding Operational Principles

• Pilots are trained in operating principles and aviation safety; understanding these concepts is crucial even though they may not operate traditional aircraft.

Safety Awareness in Drone Operations

• There’s a strong emphasis on safety awareness among drone operators due to potential risks associated with larger agricultural drones that can weigh up to 50 kg.

Real-Life Implications of Negligence

• Examples are provided where negligence led to accidents involving large agricultural drones causing injuries when crashing into power lines or other structures.

Community Responsibility

• The importance of community awareness regarding safe drone operation is highlighted; irresponsible flying can have serious repercussions similar to those seen in vehicular accidents.

Course Duration and Examination Process

• The training program spans five days: three days focused on theory followed by two days of practical training culminating in an examination regulated by Malaysian authorities.

Drone Registration Requirements

Mandatory Registration Policies

• A question arises about whether all drones in Malaysia must be registered; it’s clarified that registration is mandatory for certain categories based on weight and purpose.

Collaboration Among Authorities

• Discussion includes how various agencies like PDRM (Royal Malaysia Police), CAM (Civil Aviation Authority), and others collaborate to regulate drone activities effectively across Malaysia.

Specific Regulations for Drones Over 20 kg

• Drones weighing over 20 kg must be registered under specific regulations (144/2016), indicating stricter controls similar to manned aircraft registration processes.

Permit Requirements

• Operators using heavier drones require permits issued by relevant authorities; even police operations necessitate compliance with these regulations.

This structured summary captures key discussions from the transcript while providing timestamps for easy reference.

Drone Regulations and Innovations in Malaysia

Information Sharing and Drone Permits

• Discussion on the importance of information sharing regarding drone technology, emphasizing collaboration with agencies like RWA for regulatory compliance.

• Annual requests for permits are necessary, highlighting that only PDRM (Royal Malaysia Police) issues these permits currently, while other agencies like BOMBA (Fire Department) should also be involved.

• Clarification that only military and EMS personnel can operate drones without special permissions; other agencies must go through Jupem for approvals.

Registration Requirements for Drones

• Acknowledgment that individuals operating drones over 20 kilograms or equipped with cameras must register their devices to comply with regulations.

• Emphasis on the necessity for drone owners to ensure their registration is up-to-date to avoid legal repercussions.

Legislative Framework and Innovation

• Inquiry into whether Malaysia's current laws adequately support drone usage while balancing safety, security, and innovation needs.

• Suggestion that existing legislation requires updates to better align with modern operational realities in the drone industry.

Industry Adaptation and Technological Evolution

• Recognition of the need for industries utilizing drones to adapt quickly due to rapid technological advancements affecting traditional work methods.

• The speaker reflects on generational changes in work practices driven by technology, indicating a shift from past methodologies.

Collaborative Efforts in Agricultural Innovation

• Discussion about innovative collaborations within agriculture involving government agencies aimed at fostering research and development through sandbox initiatives.

• Mention of successful partnerships during COVID-19 where agricultural innovations were tested in designated areas supported by Felda.

Commercialization of Drone Technology

• Insights into how research conducted using drones led to cost reductions and increased productivity within agricultural sectors.

• Highlighting the importance of stakeholder engagement in ensuring safe implementation of drone technologies across various sectors.

Safety Concerns Related to Drone Operations

• Addressing potential safety incidents related to drone operations, underscoring the need for stringent oversight as new technologies emerge.

Discussion on Technology and Law

Impact of Technology on Legal Framework

• The speaker discusses the absence of housing in certain areas, emphasizing the need to understand why certain actions are prohibited, indicating a disruption to early security measures.

• A shift from internal combustion engines to battery usage is highlighted as an example of technological evolution that requires legal adaptation.

• The effectiveness of two-stroke engines is mentioned, noting their advantages in terms of sound and distance capabilities compared to four-stroke engines.

Legal Challenges with Emerging Technologies

• There is an acknowledgment that laws lag behind technology, particularly regarding drone usage and its implications for security and law enforcement.

• The speaker agrees with Cik Ezam's point about the disconnect between technology advancements and existing legal frameworks.

Need for Legislative Updates

• Emphasis on the necessity for legislative amendments to strengthen laws related to airspace violations and unauthorized drone use.

• Discussion on the Official Secrets Act (OSA), highlighting restrictions in sensitive areas such as military zones or oil storage facilities.

Enforcement Issues

• The challenges faced by law enforcement when dealing with OSA violations are discussed, including the need for proper checks in restricted areas.

• Mention of penalties under OSA for unauthorized photography or surveillance in restricted locations.

Recommendations for Legislative Action

• Urgency expressed for updating laws concerning restricted areas to better align with current technological realities.

• A call for legislation that evolves alongside technological innovations like drones, ensuring no gaps exist within legal protections against misuse.

Conclusion: Synchronizing Law with Technology

• The speaker concludes that it is essential for laws to keep pace with technological advancements, especially concerning drones used in criminal activities such as smuggling or espionage.

Drone Technology and Its Implications in Malaysia

The Use of Drones for Illegal Activities

• Discussion on the use of drones for smuggling drugs like yaba and ice across borders, highlighting the efficiency of drone technology in such operations.

• Mention of the accessibility of drones, with references to purchasing mechanisms that make it easy for individuals to acquire them for illegal purposes.

Detection and Countermeasures Against Drones

• Introduction of drone detectors in Malaysia, emphasizing their role in identifying unauthorized drone activities and operators.

• Explanation of the effectiveness of drone jammers introduced in 2020 as a countermeasure against illegal drone usage.

Technical Challenges and Solutions

• Discussion on fiber optic cables used by some drones, which are resistant to jamming efforts.

• Emphasis on limited options available for countering drones at border areas, suggesting reliance on specific technologies rather than direct engagement.

Government Regulations and Security Concerns

• Insights into government capabilities regarding drone regulation and security measures against criminal activities facilitated by drones.

• Inquiry about how Aerodine ensures its technology is not misused internationally or by third parties.

Operational Protocols and Data Security

• Overview of operational protocols within Aerodine, including tracking systems for pilots to ensure compliance with regulations during flights.

• Importance placed on data security standards followed by Aerodine to protect client information from unauthorized access or leaks.

Transitioning Focus from Drones to Data Management

• Acknowledgment that Aerodine has evolved from being solely a drone company to focusing more on data management and AI applications related to drone operations.

• Assurance that sensitive data collected during operations is securely managed, with strict controls over who can access it.

Discussion on Drone Education and Collaboration

Data Security and Compliance

• The speaker emphasizes the importance of complying with data security measures, noting that access to data is tightly controlled within their organization.

• There is a focus on integrating drone operation into STEM (Science, Technology, Engineering, Mathematics) or TVET (Technical and Vocational Education and Training) curricula for educational purposes.

Collaboration with Educational Institutions

• The discussion highlights potential collaborations with technical schools and local universities to develop professional drone pilots and operators.

• Erodine Flat Institute (EFI) serves as a collaborative entity between industry, government, and academia to enhance training programs in the drone sector.

Curriculum Development

• Collaborations involve industry input on curriculum development to ensure it meets current needs; feedback from industry professionals helps shape educational content.

• The collaboration also includes training instructors across Malaysia in drone technology through partnerships with various agencies.

Strategic Partnerships

• An MOU has been established with CS for training TVET instructors in drone operations, indicating ongoing strategic partnerships aimed at enhancing vocational education.

• Various institutions have created centers of excellence for drones, showcasing a broader commitment to advancing skills in this field.

Future Perspectives on Drone Education

• A panelist expresses agreement on the need to cultivate interest among youth regarding drones while emphasizing the importance of understanding regulations related to drone operations.

• It is noted that becoming a drone operator does not require extensive academic qualifications but rather passion and interest in the field.

Skills Over Qualifications

• The speaker argues that passion is more critical than formal qualifications when it comes to operating drones effectively.

• Emphasis is placed on attitude and creativity over traditional academic achievements; individuals can excel as drone operators regardless of their educational background if they possess enthusiasm for the task.

Technological Advancements in Drones

• The discussion touches upon advancements in drone technology since 2015, highlighting how these developments are integrated into training programs.

• Mention of sophisticated equipment available for training indicates an investment in high-quality resources for aspiring drone operators.

The Future of Drone Technology in Malaysia

Embracing Innovation in Education and Technology

• The speaker emphasizes the potential for innovation across various sectors, including software and smart technology, highlighting that creativity can thrive anywhere.

• There is a strong encouragement for integrating STEM (Science, Technology, Engineering, Mathematics) and T-VET (Technical and Vocational Education Training) into educational curricula to foster technological advancement.

• The introduction of drone technology education is welcomed, with a call for clear communication regarding its relevance to aviation issues in Malaysia.

• Collaboration between PDRM (Royal Malaysian Police) and Aerodyne is mentioned as essential for enhancing educational systems through workshops or talks at institutions.

The Role of Drones in Transforming Industries

• A critical question is posed about how drones will change the world over the next five to ten years, specifically regarding Malaysia's position in this transformation.

• Recent data indicates that Aerodyne was recognized as the largest drone service provider globally from 2021 to 2023, showcasing significant growth and innovation within the company.

• The speaker notes that several Malaysian companies are also making strides in the drone industry, indicating local capabilities in this field.

Cultural Shifts Needed for Technological Advancement

• To harness technological advancements effectively, there needs to be a cultural shift towards embracing innovation rather than adhering strictly to traditional methods.

• The importance of fostering an innovative mindset from an early age is stressed; young people should be encouraged not just to replicate existing ideas but to challenge norms and think creatively.

Preparing for Future Technologies

• Reflecting on past technological advancements illustrates how current devices would have been considered invaluable decades ago; this highlights the rapid pace of innovation expected in future technologies like AI and drones.

• Sovereignty over operations is emphasized as crucial; reliance on external technologies could pose risks during conflicts or disruptions.

Tuner Asia's Perspective on Drone Technology

Insights on Drone Development and Future Trends

• Tuner Asia expresses interest in adding their perspective regarding the advancements in drone technology.

• The speaker notes that drone materials have been around for nearly a decade, indicating a long-standing evolution in this field.

• Emphasizing the rapid pace of drone technology, the speaker highlights the need for law enforcement to stay ahead by anticipating future developments.

• A vision is presented for Malaysia as an innovation hub for drones from 2022 to 2030, aiming to contribute RM50.7 billion to GDP and create 100,000 jobs.

• The speaker encourages youth involvement in the drone industry, suggesting significant job opportunities over the next 15 years.

Integration of AI with Drone Technology

• Discussion shifts towards AI technology's role alongside drones, highlighting its potential impact on various sectors.

• Drones are described as platforms equipped with advanced cameras capable of detecting human presence and vehicles; future capabilities may include enhanced identification features.

• Current AI advancements allow detection of suspicious behaviors and objects like guns or bombs, indicating a trend towards more sophisticated surveillance technologies.

• The integration of data collected by drones with AI systems is emphasized as essential for improving operational effectiveness in security contexts.

• The evolution of drone models (e.g., M300 to M400), showcasing improvements in range and image quality every few years is discussed, hinting at an unpredictable technological future.

Challenges Facing Drone Operations

• Reflecting on past technological limitations (like early mobile phones), the speaker stresses how quickly innovations can change our expectations and capabilities.

• Urgency is expressed about keeping pace with technological advancements; falling behind could lead to obsolescence or defeat in competitive scenarios.

Future Applications and Q&A Session

• Speculation about broader applications of drone technology across various sectors within the next decade suggests expansive growth potential.

• Transitioning into a Q&A session where participants are invited to introduce themselves and pose questions related to drone technology usage by law enforcement agencies.

Addressing Questions About Automated Drones

• Amir Azra'i from Koleh Pukir asks if PDRM utilizes automated or AI-driven drones for patrol duties and what challenges they face with such technologies.

• Tuner Asia responds affirmatively about current automation levels in drones while explaining manual control aspects during operations.

Operational Challenges Discussed

• The discussion includes operational methods involving both automatic hovering capabilities and manual controls when necessary during missions.

• Challenges mentioned include frequency loss during flights due to weather conditions which can affect operational efficiency significantly.

• Weather-related issues are highlighted as major obstacles affecting flight operations; heavy rain can hinder visibility despite some drones being capable of flying under such conditions.

What Are the Requirements for Uploading RCOCB?

Overview of RCOCB Requirements

• The speaker, Syih Islam, explains that to use AFI (Aerodine Flight Institute), trainees must be at least 18 years old, indicating they are adults ready for work. However, those aged 16-17 can also participate without restrictions.

• The rationale behind the age requirement is to standardize training for an industry application; thus, a minimum age of 18 is preferred.

Training Structure and Pricing

• Aerodine operates as a training center rather than a traditional college with semester-based student intakes. It focuses on skills related to drones and other relevant industries.

• Standard pricing for RC OCB registration is set at RM8000 but may vary based on group registrations or collaborations with polytechnics and universities, potentially reducing costs significantly.

Government Collaboration and Language Proficiency

• Future collaborations with institutions like Politeknik Banting aim to establish drone training centers under KPD (Ministry of Higher Education).

• Participants must have a good understanding of English due to the technical nature of questions in aerospace standards during assessments.

How Is Aerodine Addressing Industry Needs?

Focus on Industrial Applications

• Nur Alia from KV Senghebulo raises concerns about Sontron technology's development in logistics. The response highlights Aerodine's commitment to industry-related operations across various sectors such as agriculture and construction.

Company Philosophy

• Aerodine’s mantra emphasizes "Advancing humanity using drone intelligence," distinguishing their mission from military applications which involve weaponry.

Technological Development Limitations

• While Malaysia has the capability to develop drone technology independently, investor constraints limit Aerodine's involvement in certain areas like ammunition or explosives.

What Collaborations Exist Between Government and Industry?

Current Collaborations

• Puan Nurida from College of Vocational Sungai Bulu asks about government-industry collaboration regarding drone technology training. The response indicates ongoing efforts since 2015 involving various governmental departments such as prisons and customs.

Drone Regulations and Usage in Malaysia

Overview of Drone Operations

• Discussion on the necessity for special drone training, emphasizing Indonesia's role in this context. The conversation highlights the need for collaboration between government and private sectors to enhance economic opportunities.

Clarification on Drone Permits

• A call for more information regarding drone operations, particularly concerning joint operations and the application of regulations. The speaker suggests that non-law enforcement roles can benefit from clearer guidelines.

• Questions raised about whether hobbyists need permits to fly drones, especially in residential areas or during vacations. This indicates a growing interest in understanding legal requirements surrounding drone usage.

Legal Requirements for Drone Operation

• It is stated that all drones in Malaysia must be registered and require permits to operate legally, regardless of their intended use (e.g., photography).

• An analogy is made comparing unregistered drone operation to riding a motorcycle without a license within one's property limits, suggesting leniency if no complaints arise.

Safety Concerns and Regulations

• Emphasis on safety when flying drones outside residential areas; accidents could lead to inquiries about permit status. The importance of adhering to regulations is reiterated.

• Mention of an upcoming system (UTIM, UAS Traffic Management System), which will centralize drone registration and management under law enforcement oversight by year-end.

Addressing Misuse of Drones

• Inquiry into how authorities would respond if drones are misused for targeted attacks or illegal surveillance. The discussion includes potential countermeasures like drone detectors and jammers.

• Importance of having technology such as drone sensors to detect unauthorized flights, especially at night or out of sight. This highlights the challenges posed by small drones operating covertly.

Future Prospects for Drone Technology in Malaysia

• A participant raises questions about Malaysia's potential adoption of food delivery via drones similar to China’s model, addressing infrastructure challenges and regulatory frameworks needed for safe implementation.

• Discussion on whether implementing such technologies could create opportunities for local youth and students in technical fields related to drone innovation within logistics sectors.

Last Mile Delivery Innovations and Challenges

Overview of Last Mile Delivery in China

• The concept of last mile delivery in China extends beyond food delivery, showcasing advanced logistics systems that efficiently manage deliveries from airports to local hubs.

• China's logistics infrastructure has been developing for three years, allowing for seamless identification and routing of packages without extensive public awareness or marketing.

Technological Advancements and Regulations

• The low altitude economy is a focal point for innovation; however, Malaysia remains conservative in adopting new technologies compared to countries like China and Dubai.

• Current delivery methods using motorcycles pose risks due to fatigue among riders, highlighting the need for safer alternatives such as drone technology.

Drone Delivery Capabilities

• Existing drone technology can facilitate deliveries within a radius of 4 to 5 kilometers, but regulatory frameworks are still lacking for safe operational routes.

• Discussions around establishing air highways for drones have been ongoing since at least 2019, yet implementation remains slow due to regulatory conservatism.

Budgeting and Workforce Needs

• A significant increase in budget allocation is necessary for aviation authorities to support drone operations effectively; current staffing levels are insufficient compared to other nations like Singapore.

• For the industry to thrive, there must be investment not only in regulations but also in manpower and technological resources.

Future Prospects of Drone Delivery Industry

• The potential growth of the drone delivery sector could lead to numerous job opportunities related to maintenance and manufacturing within this emerging field.

• Successful demonstrations of drone deliveries (e.g., delivering durian during an investor visit) indicate that the technology is viable; however, faster regulatory processes are essential for broader adoption.

Regulatory Considerations Regarding Drone Operation

• Questions arise about age restrictions on owning and operating drones; currently, individuals must be at least 18 years old to obtain permits after demonstrating competency.

• There is ambiguity regarding children flying drones; while hobbyist use may not require strict regulation, larger drones necessitate adherence to safety protocols.

Drone Usage and Safety Concerns

Overview of Drone Types and Their Uses

• Discussion on the types of drones available, highlighting that basic models operate via Wi-Fi with a limited range (approximately 10 meters), while frequency-based drones can reach distances between 7 to 50 kilometers.

• Emphasis on parental responsibility in determining whether drone usage is appropriate for children, considering safety risks associated with drone operation.

Risks Associated with Drones

• The speaker shares personal SOP (Standard Operating Procedure) regarding not flying drones indoors due to potential hazards, such as accidents leading to injuries.

• A cautionary note about the dangers of using drones in crowded settings, where they could fall and cause harm or injury to individuals nearby.

Criminal Activities Involving Drones

• Inquiry into criminal activities related to drone usage, including surveillance and theft.

• Mention of specific cases where drones have been misused for illegal purposes, raising concerns about privacy violations.

Law Enforcement Perspectives

• Explanation of how law enforcement categorizes crimes involving drones under various sections of criminal law, particularly focusing on trespassing and smuggling contraband into prisons.

• Highlighting the evolving nature of crime as criminals adopt advanced technologies like drones for illicit activities.

Future Implications and Technological Advancements

• Panel discussion on the importance of innovation in technology, specifically within Malaysia's context, encouraging youth engagement in technological advancements.

• Call for local development of technology by Malaysian youth, emphasizing creativity and problem-solving skills through hands-on experience.

Conclusion on Drone Technology

• Final thoughts stressing that drone technology is essential rather than optional; it has significant applications across various fields.

• Acknowledgment that drone technology evolves rapidly, necessitating continuous adaptation and learning from users.

Drone Technology and Its Future in Malaysia

The Need for Modernization

• Discussion on the necessity of upgrading technology annually, as current tools become obsolete. Emphasis on the importance of investing in new technologies to stay ahead.

• Mention of insufficient research and development (R&D) efforts in Malaysia compared to other countries, highlighting a gap that needs addressing.

Government Support for Innovation

• Reference to successful government support for companies like DJI, which has led to advancements in drone technology. Suggestion that similar support could benefit Malaysian industries.

• Importance of financial investment in acquiring new technologies, particularly drones, to enhance capabilities and expertise within the country.

Challenges and Responsibilities

• Call for better exposure and understanding from law enforcement agencies (PDRM), indicating a need for collaboration between sectors to address challenges related to drone technology.

• Recognition of drones as symbols of efficiency and strategic defense. Stress on the ethical responsibilities that come with operating such technologies.

Vision for the Future

• Confidence expressed that air revolution will continue evolving; Malaysia should not only be a consumer but also an innovator in technology while safeguarding its airspace sovereignty.

Conclusion and Acknowledgments

• Gratitude extended towards participants who contributed insights into drone technology discussions. Acknowledgment of their roles in advancing this field.

Closing Remarks on Digital Discussion

Program Wrap-Up

• Formal conclusion of the digital discussion program with thanks given to all involved parties for their contributions.

Participant Engagement

• Reminder issued for attendees to fill out attendance forms and program evaluations via provided links, ensuring participant feedback is collected effectively.

Final Thoughts

• Closing remarks emphasizing shared knowledge as a foundation for future discussions, inviting attendees to enjoy refreshments provided at the event's conclusion.