Deployment options
Managed service to get you up & running in your operations
Here, you’ll have a definitive path on the hardware you’ll operationalise in your environment.
Supported Platforms
| Devices | Automated BVLOS operations | Tasking | Data Analysis |
|---|---|---|---|
| DJI Dock 3 Matrice 4D / 4TD | Yes (recommended) | Yes | Yes |
| DJI Dock 2 Matrice 3D / 3TD | Yes (recommended) | Yes | Yes |
| DJI Dock 1 Matrice 30/30T | Yes (recommended) | Yes | Yes |
| Matrice 350 RTK | - | Yes | Yes |
| Matrice 300 RTK | - | Yes | Yes |
| Mavic 3E | - | Yes | Yes |
| Autel Dragonfish Pro | - | - | Yes |
| Autel Dragonfish | - | - | Yes |
For a comprehensive and up-to-date list of all supported hardware, please refer to the Getting Started / Supported Hardware section.
Deployment steps
Picking the right configuration within your physical infrastructure. Our team of experts provide a white-gloved experience to ensure the deployment is fit for purpose.
Scoping your needs
A clear scope is the first step toward a successful deployment. Let’s define yours.
Aerodyne Group has operated over 10 million flight hours of remote-sensing & payload delivery missions, solving high-consequence data complexities for enterprises the past decade
Region of operations: Works best within a network of devices for maximum visibility.
Use case: Perimeter monitoring, asset management
Constraints: Mission parameters & locations of asset
Service level agreements: Uptime requirements
Procurement preference: Leasing or direct asset ownership
Integrations: Data fusion & rule-based automated deployments
Feasibility & timeline proposal
We will synthesize a deployment plan that is fit for purpose with the recommended hardware & handling of airspace approvals for seamless operations.
Concepts of Operations
Concepts of Operations
To ensure maximum value is realised, we tailor capture & delivery methods that best fits your operations.
This includes RBIs for asset management to align classifications with internal escalation standards, or peak operational hours for your asset security needs.
Fit for purpose operations matches capture methodologies & sensors configurations in specific time-windows for optimal visibility.
Risk Assessments
Risk Assessments
Before any drone takes flight, our approach identifies, analyses & mitigates potential hazards.
- Environmental Hazards: Assessment of weather patterns (wind speeds, precipitation, temperature extremes), electromagnetic interference sources, and natural obstacles (trees, uneven terrain, water bodies).
- Operational Risks: Evaluation of potential equipment malfunctions, software glitches, battery failures, and human error. This includes identifying single points of failure and developing contingency plans.
- Security Vulnerabilities: Analysis of potential threats to data integrity, unauthorized access to drones or control systems, and risks of intentional interference.
- Privacy Concerns: Identification of areas where drone operations might inadvertently capture sensitive personal data, and establishment of clear protocols for data handling, storage, and anonymization where necessary.
- Emergency Response Protocols: Developing clear, actionable plans for various contingencies, including forced landings, loss of communication, or unexpected encounters with wildlife. This includes defined roles, communication flows, and recovery procedures.
- Personnel Safety: Ensuring all ground crew and pilots are adequately trained, equipped with necessary PPE, and aware of emergency procedures. Assessing risks related to take-off/landing zones and operational perimeters.
Airspace Evaluations
Airspace Evaluations
We look at region-specific constraints to ensure every flight adheres to local, national & site-specific regulations.
- Regulatory Compliance: Thorough review of local aviation authority regulations (e.g., Civil Aviation Authority of Malaysia - CAAM), including airspace classifications (controlled, uncontrolled, restricted), altitude limitations, and specific flight restrictions for the operational area.
- Site-Specific Airspace Analysis: Detailed mapping of the immediate operational environment, identifying permanent and temporary flight restrictions (e.g., helipads, airports, military bases, critical infrastructure).
- NOTAM (Notice to Airmen) Review: Regular checks for active NOTAMs that may impact planned flight operations, including temporary flight restrictions, military exercises, or special events.
- Obstacle Identification: High-precision mapping of ground-based obstacles (buildings, power lines, antennas, cranes) and dynamic obstacles (birds, other aerial vehicles) that could pose a collision risk.
- Communication Line of Sight: Assessment of the radio frequency environment to ensure clear and uninterrupted communication between the ground control station and the drone, minimizing signal interference.
- Stakeholder Consultation: Engaging with local air traffic control, property owners, and relevant authorities to secure necessary permissions and inform them of planned operations.
Recommendations
Recommendations
Our recommendations deliver a clear path for operational readiness, addressing key SLA requirements via:
- Deployment Plan & Feasibility: A validated roadmap for rapid, compliant deployment, including all necessary local airspace approvals, ensuring your operational objectives are met on schedule.
- System & Infrastructure Readiness: Specifications for all necessary drone hardware and supporting infrastructure, guaranteeing optimal performance and seamless integration with your existing environment.
- Integrated Service Delivery: Defined protocols for data ingestion and system integration, ensuring high-fidelity data flow and reliable service uptime aligned with your operational SLAs.
- Specialized Support & Continuity: Outlining tailored training, contingency plans, and continuous support to meet unique service demands and ensure operational resilience.
Operational readiness
We will deploy our on-site teams. Set up time ranges between 1 day to 5 days depending on site constraints, power access, network connectivity & other environment variables.
Civil & infrastructure setup
Civil & infrastructure setup
This phase is critical for laying the groundwork for your drone ecosystem. Our teams will meticulously establish robust power and network supplies essential for consistent sensor operation and data transmission. This involves:
- Site Assessment & Preparation: A final on-site assessment to confirm optimal placement for drones (e.g., DJI Docks), ensuring clear line-of-sight and secure mounting. This includes evaluating existing infrastructure for integration points.
- Power Provisioning: Ensuring a stable and reliable power source for all deployed hardware. Where existing infrastructure is insufficient, we will deploy supplementary solutions, including solar panels for sustained energy and battery backup systems for uninterrupted uptime.
- Network Integration: Establishing high-bandwidth, low-latency network connectivity crucial for real-time data streaming and command-and-control. This involves connecting to your existing network infrastructure.
In remote regions, we’ve deployed multiple Starlink networks & solar panels for uninterrupted access.
- Environmental Conditioning: Implementing necessary enclosures or climate control solutions to protect hardware from environmental extremes, ensuring longevity and consistent performance.
Fusing sensors
Fusing sensors
This pivotal stage integrates all specified data sources, transforming raw inputs into actionable intelligence. We ensure seamless connectivity and calibration across all your chosen devices:
- Drone Sensor Integration: Configuring and calibrating all onboard drone sensors (e.g., visual, thermal, multispectral) from DJI platforms (Matrice series, Mavic 3E/3T) to work seamlessly with the AlphaSight platform, ensuring data integrity and precision.
- Third-Party Data Ingestion: Establishing robust data pipelines for diverse inputs, including image transfer from iPhones, and real-time CCTV streams from Hikvision cameras via RTSP and WebRTC. This extends to integrating specialized drone data, such as from Autel Dragonfish, ensuring all relevant information funnels into your centralized system.
- Platform Configuration: Tailoring the AlphaSight platform to recognize, process, and analyze data from each specific sensor and device, ensuring accurate interpretation and relevant insights.
Emergency control measures
Emergency control measures
This phase configures the right contigencies for personnel & systems to act effectively.
- Automated Failsafes: Configuring pre-programmed emergency landing procedures, return-to-home protocols, and geofencing limits to prevent drones from entering restricted areas or encountering unforeseen hazards.
- Manual Overrides & Abort Protocols: Establishing clear manual control options for pilots and operators to intervene immediately, alongside defined procedures for mission abort in critical situations.
- Emergency Communication Protocols: Setting up dedicated communication channels for alerts, notifications, and coordination with relevant stakeholders (e.g., local authorities, security teams) during an emergency.
- System Health Monitoring: Implementing real-time monitoring of drone telemetry, battery status, and sensor health, with automated alerts triggered by anomalies, allowing for proactive intervention.
Training
Training
Comprehensive training is the final step to ensure your personnel are fully proficient in operating the system, extracting maximum value, and responding to all scenarios. Our training modules are tailored to specific roles:
- Operator & Pilot Certification: Intensive training for drone pilots on flight controls, mission planning, emergency procedures, and platform-specific functionalities, ensuring safe and compliant operations. For DJI platforms, this includes advanced remote control techniques.
- System Administrator Training: In-depth training for managing the AlphaSight platform, including user permissions, data management, system diagnostics, and troubleshooting common issues.
- Data Analyst Training: Equipping your team with the skills to interpret collected data, utilize platform analytics tools, and generate actionable insights from the fused sensor information.
- Emergency Response Drills: Practical, scenario-based exercises to familiarize your team with emergency control measures, communication protocols, and recovery procedures, fostering rapid and effective responses.
Get in touch
Use the Chat interface on the bottom right of this site to get in touch with our team to schedule a discussion.