Parrot ANAFI UKR – Tactical micro-UAV for Emergency Services

• • Parrot ANAFI UKR Drone x1
  • Parrot Skycontroller UKR + Samsung Tablet x1
  • Smart battery x1
  • PD charger x1
  • USB-C / USB-C cables x2
  • USC-A / USA-C cable x1
  • Transport Hard case x1

FAQs

1) - Is the Parrot ANAFI URK NDAA and Blue UAS certified?

Yes, the Parrot ANAFI UKR is both NDAA-compliant and Blue UAS certified.

• The ANAFI UKR meets the requirements set forth in the National Defense Authorization Act (NDAA), meaning it is built without restricted components and is approved for federal, state, and municipal agency use—including public safety, infrastructure, and critical government operations.
• The drone is also approved under the Department of Defense’s Blue UAS program, which certifies platforms for cyber-secure, reliable operation within sensitive U.S. government applications. The ANAFI UKR appears on the Blue UAS cleared list as of 2025 and is available for procurement by defense, public safety, and institutional agencies.

The combination of NDAA compliance and Blue UAS certification ensures the ANAFI UKR meets stringent standards for hardware sourcing, cybersecurity, operational reliability, and regulatory eligibility, addressing modern procurement requirements for public sector drone operations in the United States

2) - How does the ANAFI UKR enhance public safety operations in diverse environments?

The ANAFI UKR enhances public safety operations in diverse environments through a combination of advanced autonomy, robust communications, and operational resilience—features drawn directly from battlefield requirements but tailored for civilian use.

Key capabilities that benefit public safety missions:

• Dependability in GNSS-Denied and Contested Environments: The ANAFI UKR is engineered to remain fully operational even when GPS and satellite signals are jammed or spoofed, commonly experienced in disaster zones, urban canyons, or during electronic warfare. It employs advanced optical navigation and frequency-hopping anti-spoofing radio (MARS), ensuring navigation and control even when infrastructure is compromised or under deliberate attack.
• Mission-Ready Autonomy and Real-Time Intelligence: Onboard artificial intelligence allows the drone to process data in real time, supporting tasks such as obstacle avoidance, precise target tracking, and rapid threat assessment. This enables first responders and law enforcement to gain situational awareness instantly—vital for search and rescue in collapsed buildings, mountain environments, or during active emergencies like fires and chemical spills.
• Hardened Cybersecurity and Data Sovereignty: The ANAFI UKR features military-grade security, including AES-256 encryption, digitally signed firmware, and secure storage compliant with FIPS140-2 and CC EAL5+. This ensures that sensitive images, video, and telemetry captured during public safety, crowd monitoring, or suspect tracking missions remain secure and under agency control.
• Extreme Environmental Resilience: Designed from lessons learned in active warzones, the drone can operate in extreme temperatures (as low as -36°C), through rain, wind, and adverse conditions often encountered in both rural and urban emergency scenarios.
• Rapid Deployment and Tactical Flexibility: The compact, easy-to-launch design enables teams to get airborne in under two minutes—essential for timely perimeter monitoring, border surveillance, and immediate scene assessment in fast-moving incidents. Its low-profile form and silent operation also make it ideal for discreet police operations and sensitive facility security.
• Broad Use Cases with Real-World Validation: Already proven by NATO and multiple European, North American, and allied emergency agencies, ANAFI UKR supports crowd monitoring at public events, tracking and locating suspects in urban and rural landscapes, assisting in the inspection of critical infrastructure, and delivering reliable aerial intelligence for search and rescue.

In summary, the ANAFI UKR delivers reliable, secure, and versatile aerial support for public safety agencies, enabling effective operations in environments where traditional drones often fail. Its blend of autonomous capabilities, hardened security, and real-time intelligence gathering is a direct response to the increasingly complex and contested nature of today’s public safety missions.

3) - How does ANAFI UKR's AI enhance target identification in complex environments?

ANAFI UKR's AI enhances target identification in complex environments by leveraging real-time, edge-based processing that functions even without cloud connectivity or external data links. This is achieved through the following key mechanisms:

• Embedded Neural Networks for Classification and Tracking: The ANAFI UKR integrates advanced onboard neural networks that can classify and track objects such as people, vehicles, and animals in real time, helping operators quickly prioritize threats or locate individuals in challenging, cluttered settings like urban terrain, forests, or low-visibility disaster zones.
• Autonomous Adaptation to Environmental Complexity: The drone's AI continuously interprets its surroundings, automatically adjusting flight paths, focal areas, and mission parameters to respond to dynamic scenes—such as shifting crowds, obscured suspects, or rapidly evolving incidents—reducing operator workload and risk of human error.
• GNSS-Denied and Disconnected Operations: ANAFI UKR’s AI-driven visual-inertial odometry and satellite image matching enable precise navigation and optical target identification even when GPS is unavailable, signals are jammed, or infrastructure is down. This makes the drone usable in situations like collapsed buildings, urban canyons, or electronic warfare environments where other systems would fail.
• AI-Powered Sensor Fusion and Obstacle Avoidance: Proprietary AI models integrate visual and inertial data to detect and dynamically avoid obstacles—even in low-texture, poor-visibility, or night-time conditions- while simultaneously maintaining target lock for continuous surveillance or suspect tracking.
• Offline, Secure, and Sovereign Processing: All AI routines run locally on the aircraft, meaning target identification happens in real time, without reliance on cloud-based resources or risk of data leakage - critical for public safety, law enforcement, and defense operations where information control is paramount.

In summary, ANAFI UKR’s embedded AI empowers operators to detect, identify, and track targets rapidly and reliably in the most complex and adverse operational environments—maintaining superior situational awareness, decision speed, and operational continuity regardless of external disruptions.

4) - What makes ANAFI UKR effective against signal jamming and electromagnetic threats?

The ANAFI UKR is highly effective against signal jamming and electromagnetic threats due to an integrated suite of advanced technologies designed for contested and GNSS-denied environments.

Key factors that contribute to its resilience:

• Multi-layered, Secure Communications: ANAFI UKR employs a dual-radio system featuring encrypted Wi-Fi, 5G connectivity, and a military-grade frequency-hopping MARS radio. This design allows the drone to dynamically switch frequencies—making it extremely difficult for adversaries or hostile actors to jam or intercept its control and data links. The system also includes a LoRa backup for autonomous return-to-home if primary links are lost, ensuring mission continuity.
• Advanced Optical Navigation & Autonomy: In the event that GPS (GNSS) signals are jammed or spoofed, ANAFI UKR's sophisticated optical navigation system and onboard AI take over for navigation and target acquisition. This means the drone can continue to operate precisely even when satellite-based guidance is unavailable.
• Hardened Cybersecurity Architecture: The drone’s comms protocols and software are protected with military-grade encryption and digitally signed firmware, preventing data interception, manipulation, or unauthorized access—even in high-threat electromagnetic environments.
• Tested in Real-World Electronic Warfare: The ANAFI UKR has been extensively tested in live electronic warfare scenarios, demonstrating full operational capability in the kinds of environments where electromagnetic attacks are routine.
• Field-Ready and Mission-Adaptive: The combination of tactical-grade radio resilience, embedded autonomy, and rapid deployment means ANAFI UKR can perform for defense, public safety, and government agencies where infrastructure is compromised or deliberately attacked—enabling real-time visual intelligence, situational awareness, and command even under active jamming or interference.

In summary, ANAFI UKR counters signal jamming and electromagnetic threats through a combination of frequency-hopping encrypted radios, advanced autonomous navigation, and military-grade cybersecurity - enabling reliable operations when conventional drones would be rendered ineffective.

5) - Why is the rugged, encrypted design crucial for public safety missions in high-threat areas?

The rugged, encrypted design of the ANAFI UKR is crucial for public safety missions in high-threat areas because it ensures reliability, security, and operational integrity under challenging and potentially hostile conditions. Here’s why these features matter:

1. Durability in Harsh Environments

• Public safety missions- such as disaster response, crowd control, counterterrorism, and search and rescue - often take place in adverse conditions: extreme weather, rough terrain, smoke, dust, or urban rubble.
• A rugged designmeans the drone can withstand these stresses without failure, maintaining mission capability when traditional equipment might break down, preventing mission-critical downtime.

2. Resilience Against Cyber and Electronic Threats

• High-threat areas often have risks of signal jamming, spoofing, hacking, or data interceptionby malicious actors attempting to disrupt operations or gain unauthorized access.
• The drone’s military-grade encryption, digitally signed firmware, and secure communications prevent adversaries from intercepting or manipulating control signals and sensitive mission data, ensuring confidentiality and trustworthinessof information.

3. Maintaining Mission Continuity

• Interference and cyberattacks can cause drones to lose control, crash, or reveal sensitive data.
• A hardened, encrypted system paired with autonomous navigationallows the ANAFI UKR to continue operating even when GPS is denied or communication links are disrupted, supporting uninterrupted situational awareness and decision-making.

4. Protecting Sensitive Information and Privacy

• Public safety missions often collect sensitive video, imagery, and intelligence.
• Secure, encrypted storage and transmission ensure that privacy and regulatory complianceare maintained, which is essential when working alongside law enforcement, emergency responders, or in public areas.

5. Building Trust with Stakeholders and Communities

• The rugged and secure features demonstrate the technology is fit for purpose in high-risk missions, instilling confidence in operators, agencies, and the public.
• This encourages wider adoption and integration of drone technology into critical public safety workflows.

In summary: The rugged, encrypted design of ANAFI UKR ensures that public safety teams can rely on their drone technology to perform dependably, securely, and continuously - even in hostile, unpredictable, or resource-constrained environments - making it a vital tool for protecting lives and property in high-threat scenarios.

6) - What ways can ANAFI UKR's advanced sensors support real-time decision making during emergencies?

The ANAFI UKR’s advanced sensors directly enhance real-time decision-making during emergencies by delivering actionable situational awareness, streamlining resource deployment, and supporting secure information flow - even in highly disrupted, GPS-denied, or complicated environments.

Key ways the sensors support emergency operations:

• Rapid Situational Awareness: ANAFI UKR’s high-resolution visible and thermal sensors provide a comprehensive aerial view, allowing incident commanders to immediately observe the full scope of an emergency scene from above. This 360-degree view helps identify hotspots in fires, locate victims, assess structural damage, and detect hazards invisible from the ground.
• Intelligent Object and Victim Detection: Embedded AI and onboard neural networks enable automatic classification and tracking of people, vehicles, or animals in complex scenes—including at night or through smoke—reducing the manual burden on operators and speeding up the location of victims or threats.
• Environmental Adaptability: The ANAFI UKR can operate effectively even under electronic warfare, GPS jamming, or severe weather. Its advanced optical navigation and thermal imaging support search, mapping, and tracking in conditions that would disable traditional drones or ground teams.
• Effective Resource Deployment: Real-time sensor feeds allow teams to pinpoint critical areas, prioritize interventions, and dispatch the right assets to the right locations—for example, sending medics to a found victim, or firefighters to a detected flare-up before it spreads.
• Enhanced Coordination and Data Security: The drone’s encrypted transmission ensures sensitive video and data are securely streamed to all teams involved, supporting joint operations while protecting mission integrity—an essential factor when operating in public, high-threat, or privacy-sensitive environments.
• After-Action and Forensic Use: ANAFI UKR’s tri-sensor gimbal records “courtroom-grade” 4K and thermal footage. Blended video modes and precise zoom mean incident documentation is kept for review or evidence, without the need for multiple flyovers or risking personnel closer to danger.
• Obstacle Avoidance and Autonomous Flight: Stereo-vision and AI-powered processing enable obstacle detection and avoidance, letting the drone safely navigate cluttered, smoky, or structurally unstable spaces while maintaining data collection without interruption.

In summary, ANAFI UKR’s advanced sensor suite empowers emergency services with instant, secure, and actionable intelligence - dramatically improving response speed, resource allocation, and overall mission success in real time, regardless of environmental complexity or adversarial threats.