Download the free PDF version of this blog
Next
Almost there!
Back
Oops! Something went wrong while submitting the form.
Jun 18th, 2025

Scaling Safe Docked Drone Operations with Senhive and FlytBase

Read time

"3" mins
Ayushi Mishra
Marcom Associate, FlytBase

Get the PDF Version of this Blog for Free!

Oops! Something went wrong while submitting the form.

As drone-in-a-box operations scale globally, the industry is reaching a critical inflection point; autonomy at scale demands safety at scale. While autonomous drone deployments are transforming security, inspections, and monitoring workflows across industries, one fundamental challenge remains: ensuring airspace safety and ground risk mitigation during critical failures while meeting strict Beyond Visual Line of Sight (BVLOS) regulations and ensuring operations run without a hitch.

This is especially true in the case of BVLOS missions or flights over populated areas, where traditional manual intervention is simply not an option. In such cases, even a minor malfunction can have significant consequences. That’s where the integration of Senhive’s SEN-ID+ drone detection sensor with FlytBase’s enterprise-grade autonomy platform comes in. Together, they deliver a robust solution for real-time airspace awareness and automated safety, allowing you to operate with confidence.

Why Scaling BVLOS Drone Operations Remains Complex

Modern drone-in-a-box systems like DJI Dock 2 and DJI Dock 3 enable truly autonomous operations, but scaling beyond visual line of sight introduces multifaceted safety requirements. When human intervention isn't possible and regulatory compliance is mandatory, traditional safety measures alone aren't sufficient.

Critical Challenges Limiting Autonomous Drone Scaling

Regulatory and compliance barriers:

  • Complex approval processes for BVLOS operations over populated areas
  • Extensive documentation requirements from FAA, EASA, and regional aviation authorities
  • Varying international standards for autonomous drone operations

Operational safety concerns:

  • Airspace congestion management without constant human monitoring
  • Mid-flight emergency response when visual observers aren't present
  • Real-time threat detection 

FlytBase already addresses many safety concerns through advanced failsafe management, collision avoidance integration, and real-time diagnostics. However, comprehensive airspace awareness requires additional detection capabilities that most drone autonomy platforms typically lack.

How Does The Senhive SEN-ID+ Ensure Safe Docked Drone Operations?

To address the growing safety demands of autonomous drone operations, FlytBase has integrated the Senhive SEN-ID+ drone detection sensor directly into its AI-powered drone autonomy software platform. This integration introduces a comprehensive airspace awareness layer, designed specifically for drone-in-a-box deployments where human intervention is minimal or nonexistent.

The SEN-ID+ sensor, compatible with DJI drones, is engineered to detect drones and aircraft up to 25 km away with exceptional precision. With a detection range of up to 25 km, the system is capable of identifying both cooperative drones (broadcasting Remote ID) and non-cooperative ones, as well as aircraft with ADS-B and Mode-S transponders, ensuring a controlled response that minimizes risk in the airspace.

Advanced Detection Capabilities

Comprehensive threat identification:

  • 25km detection range for early airspace threat warning
  • Cooperative drone detection via Remote ID broadcasts
  • Non-cooperative aircraft identification through ADS-B/Mode-S transponders
  • Real-time location tracking with precise positioning data

Enterprise-Grade Integration for Scalable Operations

Enabling scheduled BVLOS flights from docking stations, all managed via a centralized command center. The platform offers advanced mission planning, fleet management, and safety features like “Go to Safe Altitude.” The Senhive-FlytBase integration builds on proven enterprise automation like that of Genetec, Milestone, Pix4D, and more, rather than introducing separate monitoring systems. This approach particularly benefits organizations managing autonomous drone fleets across multiple locations.

The Integration: Real-Time Safety in Action

By combining Senhive’s SEN-ID+ detection capabilities with FlytBase’s automation, this integration creates a dynamic safety net. Here’s how it works:

  1. Detection: SEN-ID+ identifies drones or aircraft in your airspace, capturing their location and identity in real-time.
  2. Data Sharing: Through its open API and FlytBase’s Flinks, SEN-ID+ sends this data to the FlytBase platform instantly.

Latest FlytBase Updates Enhancing Flight Safety

The integration leverages recent FlytBase platform enhancements to maximize safety and operational efficiency:

Flinks:

  • One-click setup connects SEN-ID+ with FlytBase seamlessly
  • Real-time data flow enables immediate airspace awareness
  • No custom development required for full integration

Enhanced Operational Notifications:

  • Critical incident alerts for airspace intrusions
  • Offline notification capabilities ensure continuous monitoring
  • Customizable alert thresholds for different operational scenarios

Advanced 3D Map Overlays:

  • Point Cloud and Elevation Map integration for comprehensive terrain awareness
  • Enhanced mission planning with structure visualization
  • Safer navigation through complex environments

Comprehensive Documentation Tools:

  • Detailed operational logs for regulatory compliance
  • PDF report templates to streamline BVLOS approval processes
  • Automated compliance data collection and formatting

These features, combined with SEN-ID+’s detection capabilities, create a robust safety ecosystem for autonomous drone operations.

Key Integration Advantages for Enterprise Operations

Unified Platform Experience

Seamless connectivity: Senhive’s SEN-ID+ data flows through FlytBase's existing secure infrastructure, maintaining enterprise-grade security and reliability standards without introducing additional complexity.

Centralized Dashboard Management: FlytBase's Remote Operations Center provides unified control where operations teams can monitor airspace conditions alongside standard fleet management. This allows single operators to oversee airspace conditions across dozens of autonomous drone sites while eliminating training complexity and operational silos.

Regulatory Compliance Support

Standards alignment: The integration ensures compliance with ASTM, EASA MOC 2512, and other international standards, expediting approvals for BVLOS and urban missions.

Documentation automation: Combined logging from FlytBase's mission management and SEN-ID+'s detection data provides comprehensive records required by aviation authorities.


How To Get Started With Safe and Compliant BVLOS Drone Operations?

The integration of Senhive’s SEN-ID+ with FlytBase is a step toward a safer, more efficient future for drone operations. Whether you’re securing a construction site, monitoring critical infrastructure, or scaling public safety missions, this solution delivers the tools you need to succeed. 

Ready to explore how it can work for you? Contact our team to discuss implementation, compliance needs, or a demo tailored to your use case.

FAQs

Find quick answers to common questions about compatibility, setup, features, and pricing

As the Marketing Account Manager for EMEA region at FlytBase, Ayushi drives partner marketing initiatives and crafts strategic campaigns to accelerate the adoption of drone autonomy. With a keen focus on content-driven marketing, she works to bridge the gap between technology and its real-world applications, ensuring enterprise users stay informed and empowered.

Beyond FlytBase, Ayushi has a deep appreciation for architectural design and often finds herself exploring unique structures and creative spaces. When she’s not working on content around drone operations, you’ll likely find her sketching design ideas, discovering new architectural concepts.

Read More
Contact Us

From the Blog

The latest industry news, interviews, technologies, and resources.