Hydrus:The Underwater Drone

Hydrus, a revolutionary Autonomous Underwater Vehicle (AUV) that brings the power and ease of use of drones to the underwater realm. Hydrus boasts the most advanced suite of navigation and communication systems ever seen in a subsea vehicle. Hydrus is the only AUV designed for rapid deployment. Its flight-safe status and single-person operation allow you to get Hydrus on-site quickly, safely, and cost-effectively. Once there, the open platform architecture empowers you to run your own software and access all imaging data, sensor data, and navigation systems directly. Hydrus is also optimized for intensive AI tasks, allowing for real-time object localization and classification, Imagine a world where underwater exploration is as accessible and efficient as using a drone to capture aerial footage. 

 

These tightly integrated systems allow for truly autonomous underwater missions, all controllable from your fingertips.Hydrus even features obstacle detection and collision avoidance, ensuring your underwater exploration goes smoothly.Hydrus produces exceptional visuals, even in low-light and murky environments.This is achieved through a unique combination of a high-resolution 4K camera, dynamic lighting, and cutting-edge AI image processing. The 60fps frame rate captures fast-moving objects with exceptional detail, perfect for AI analysis and onboard classification. Hydrus can even generate 3D point clouds by combining its imagery with sonar and navigation data.

Despite its advanced features, Hydrus is one of the most compact and affordable AUVs on the market. Its durable, fully encapsulated polymer construction ensures reliable operation with minimal maintenance required. Hydrus takes the complexity out of underwater exploration. Its user-friendly 3D map interface allows anyone to design intricate missions with just a few clicks. AI-powered mission execution ensures reliable navigation and optimal image quality, even for untrained operators.Hydrus boasts an open architecture that seamlessly integrates your custom software. This powerful platform provides full access to the camera, sensors, navigation, modems, and control systems, making it ideal for developers working with machine vision and AI applications.

Reef Monitoring: Hydrus's maneuverability allows it to navigate intricate reef structures, capturing high-definition images perfect for AI analysis and photogrammetry. By eliminating the need for divers and enabling single-person deployment, Hydrus reduces operational costs and allows for more frequent monitoring surveys.

Environmental Mapping: The tight integration of Hydrus's imaging and navigation systems allows for the capture of high-resolution, georeferenced seabed images. These images can be directly imported into industry-standard GIS software for mosaicking and photogrammetry. Hydrus missions can be saved and repeated as often as needed, providing highly repeatable data sets. Hydrus is more than just an underwater drone. it's a gateway to a whole new world of underwater exploration and possibility.

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AUVSI Xponential 2024: A Year of Progress, Partnerships, and Powering the Future

The annual AUVSI Xponential conference has always been a hub for the drone community, but 2024 marked a significant shift. This year's event wasn't just about exploring the potential of drone technology, it was about turning that potential into reality. XPONENTIAL 2024 A Year of Momentum, AUVSI Xponential 2024 wasn't just a conference it was a turning point for the drone industry. With a focus on collaboration, data-driven decision making, and innovation, the event showcased the significant progress being made and the exciting possibilities that lie ahead. As the industry works together to overcome challenges and navigate regulations, the future of drones promises to be a powerful one.

New Priorities, Michael Robbins, AUVSI's recently appointed President and CEO, set the tone for the conference. His message was clear: unity is key. He emphasized the need for the industry to speak with one voice to accelerate progress on critical issues like BVLOS (Beyond Visual Line of Sight) regulations, which will unlock game-changing applications like drone delivery and inspections. Additionally, he addressed concerns about American competitiveness, assuring the audience that AUVSI is committed to finding common-sense solutions for diversifying the drone supply chain. Cybersecurity concerns, a major theme in 2023 due to the war in Ukraine, took a more hopeful turn at XPONENTIAL 2024. Keynote speakers discussed how these issues are being actively addressed in both commercial and defense applications, highlighting the potential for cross-sector collaboration. This collaboration was further underscored by the announcement of a Memorandum of Understanding between AUVSI and the Defense Innovation Unit (DIU). This partnership streamlines the process for drone component manufacturers to contribute to the DIU's Blue UAS Framework list, potentially boosting American-made technology in defense applications.

It was  a showcase for cutting-edge technology. Saab unveiled "S kapa," a dynamic security solution designed to safeguard the future of drone operations. Additionally, a candid conversation with FAA representatives explored the path from drone innovation to airspace integration. The FAA's focus on data-driven decision making and collaboration with industry stakeholders was a welcome message for attendees. Building a Collaborative Future, The FAA panel acknowledged the frustrations industry faces in navigating the regulatory process. They emphasized their commitment to transparency and collaboration, highlighting the need for early engagement and data-backed proposals from industry players. This collaborative approach is crucial for ensuring that drone technology reaches its full potential. Drones shaping the Global Landscape, Hal Brands, a renowned scholar, provided a global perspective on the impact of drone technology. He discussed the transformative role of drones in conflicts like Ukraine and the Middle East, while also acknowledging the potential for counter-innovation. These developments highlight the rapid advancements in drone technology and its growing influence on the global stage.

Drone Positioning: Septentrio Elevates UAV Navigation with High-Precision GNSS

Septentrio, a leader in high-precision GNSS (Global Navigation Satellite System) solutions, is teaming up with top drone providers to take UAV (Unmanned Aerial Vehicle) performance to the next level. This is a game-changer for anyone who relies on drones, from stunning drone shows and safe delivery services to complex industrial applications. 

Introducing the mosaic™ GNSS Receiver: A Compact Powerhouse super-powered receiver that unlocks centimeter-level positioning accuracy for your drone. That's the magic of mosaic™. This triple-frequency marvel leverages signals from every major GNSS constellation (GPS, GLONASS, Galileo, BeiDou, and QZSS) to deliver unwavering positioning, even in challenging environments. Think flying near tall buildings, under dense foliage, or battling potential radio interference? No problem! mosaic™ keeps your drone on track with rock-solid precision.Safety First, Especially for Drone Shows and Deliveries. When it comes to drone shows and delivery services, safety is paramount. mosaic™ ensures pinpoint positioning, keeping your drone exactly where it needs to be. This translates to smoother, safer operations, minimizing risks and maximizing peace of mind.

Built-in Defenses for Uninterrupted Flight: Worried about glitches or signal hijacking? mosaic™ has your back. Septentrio's advanced anti-jamming and anti-spoofing technology, AIM+, shields your drone from both intentional and accidental interference. This means no more worries about rogue radio signals from nearby electronics disrupting your flight.

A Collaborative Effort for Seamless Integration: Septentrio isn't going it alone. They're working closely with industry leaders like 3DR, Holybro, ARK Electronics, and Systork to develop a range of UAV-specific products featuring mosaic™. These products are not just powerful, they're also designed for easy integration into your existing drone setup.

The open-source autopilot community (PX4 and Ardupilot) is also on board, collaborating with Septentrio to ensure smooth integration of mosaic™ features for end-users. This collaborative spirit guarantees a user-friendly experience for everyone. Several new, mosaic™-powered products are already available, including the Holybro H-RTK mosaic-H, 3DR mosaic-X5 CAN GPS, Systork Linnet mosaic-X5, and ARK mosaic-x5 GPS. These cutting-edge solutions offer a range of UAV-centric features like magnetometers, barometers, and UAVCAN communication, all working in perfect harmony with mosaic’s incredible positioning power. So, if you're looking to push the boundaries of drone performance and unlock a new level of flight control, then Septentrio's mosaic ecosystem is your key. Get ready to experience the future of drone positioning – it's arriving sooner than you think!

Source information: Link

Asylon Robotics Gets FAA Nod for BVLOS Flight

Asylon Robotics Takes Flight with FAA Approval for Advanced Security Drone System. Pennsylvania-based Asylon Robotics is soaring to new heights with the recent approval from the Federal Aviation Administration (FAA) for Beyond Visual Line of Sight (BVLOS) operation of their innovative DroneSentry security system. This groundbreaking achievement unlocks a new era of possibilities for remote drone security applications.

What's the Big Deal? Previously, Asylon's DroneSentry system boasted an impressive track record with over 40,000 completed missions.  However, this new BVLOS certification removes the need for an on-site pilot, allowing for off-site control of the drones.  This significantly expands the system's usability and scalability for customers seeking top-notch security solutions.

Benefits Galore

Imagine a "set and forget" security system that autonomously patrols your property. The DroneSentry system delivers exactly that! 

Here's a glimpse into its capabilities: 

Fully Autonomous Flight: DroneSentry boasts "point-and-click" piloting, eliminating the need for constant manual control.

Seamless Integration: The system integrates effortlessly with existing security infrastructure, including various third-party alarm solutions.

Live Monitoring: Keep a watchful eye on your property with live EO/IR video monitoring capabilities.

Automated Battery Swapping: Say goodbye to battery worries! The system features an automated battery-swapping mechanism for uninterrupted operation.

Customer Satisfaction Soars,

Asylon Robotics prioritizes not only innovation but also customer satisfaction. This FAA approval reflects their commitment to both.  Brent Mclaughlin, Co-Founder and COO at Asylon Robotics, expressed his excitement: "This approval is a game-changer... This success is a testament to the Asylon team's dedication to providing 24/7 operations and safety-first solutions for our customers."

The Future of Security,

The BVLOS certification for the DroneSentry system marks a significant leap forward in the security drone industry.  Asylon Robotics has positioned itself at the forefront, offering a minimally invasive, highly effective, and scalable solution for businesses and organizations seeking top-notch security.

To know more about DroneSentry system: Link

Lock Down Your Drone: Free Cybersecurity Webinar for All Pilots

Don't Get Hacked! Free Drone Cybersecurity Webinar Takes Flight! Calling all drone pilots!  Want to keep your drone missions safe from prying eyes and malicious code?  Gear up for a FREE cybersecurity webinar hosted by the Massachusetts Department of Transportation's (MassDOT) Aeronautics Division!

This isn't your average snooze-fest.  This one-hour session on Monday, April 29th, from 9 AM to 10 AM is packed with actionable tips and insights from a decorated Air Force cybersecurity expert, Noel Zamot. 

Whether you're a government official, a non-profit whiz, a corporate high-flyer, or a recreational drone enthusiast, this webinar will equip you to:

Dodge cyber threats: Learn how to identify and avoid the latest hacking attempts that could take down your drone or steal your data.

Master best practices: Discover the essential cybersecurity protocols you NEED to implement to keep your drone missions safe and sound.

Stay ahead of the game: Get the inside scoop on how to adapt your drone security as technology continues to evolve.

Here's why you can't miss this: Expert instruction: Learn from the best with Noel Zamot, a seasoned pro in cybersecurity and autonomous vehicles.

Valuable for everyone: No matter your drone background, this webinar has something for you!

Space is limited, so register now! Free registration: Save your bucks and invest in knowledge!

Don't let cybercrime clip your drone wings!  Sign up today and take control of your drone's security.

This webinar is part of the Federal Aviation Administration's (FAA) annual Drone Safety Day.  Want to learn more about Drone Safety Day and other events?  Check out the FAA website! [link to FAA Drone Safety Day info]

Silence the Static: Red Cat & Doodle Labs' Drones Pierce Through Ukrainian Jamming

Red Cat and Doodle Labs Soar Above Jamming in Ukraine, Red Cat and Doodle Labs Triumph in Electronic Warfare Tests in Ukraine: collaboration demonstrates enhanced anti-jamming capabilities for drones amid ongoing military challenges. The ongoing conflict in Ukraine has shone a light on the critical role of drones, particularly small unmanned aerial systems (sUAS). But a major challenge for these drones has been enemy jamming attempts that disrupt their signal and render them useless.

This is where a recent collaboration between Red Cat and Doodle Labs comes in. Their joint effort has yielded positive results in electronic warfare (EW) testing conducted in Ukraine.

Testing Success: Teal Systems with Doodle Labs Radios

Red Cat, a leading name in drone technology, announced the successful outcome of these EW tests. The focus was on the ability of their Teal drones equipped with Doodle Labs' frequency-hopping radios to resist Russian jamming efforts. This is significant because jamming has been a significant obstacle for Ukrainian forces relying on sUAS for crucial missions like surveillance and swarming tactics. The Teal systems with Doodle Labs' tech, designed for multi-domain environments, successfully countered these attempts.

 

Strategic Importance of the Partnership

George Matus, CTO of Red Cat, emphasized the importance of this partnership. He highlighted their commitment to enhancing "the survivability and lethality of the war fighter."  This collaboration aims to provide the U.S. and its allies with reliable drone systems that can function even in environments with jamming threats.

Doodle Labs' Mesh Rider Technology

The key to this success lies in Doodle Labs' Mesh Rider radio technology. This innovative system boasts the ability to evade sophisticated jamming attempts over long distances, making it a valuable asset for drones operating in contested zones. Amol Parikh, Co-CEO of Doodle Labs, echoed the significance of this advancement. He pointed out the war in Ukraine's role in underlining the need for "low-cost, U.S. made drones" that can be deployed quickly and resist jamming. Their Mesh Rider radio's performance in the EW tests with Red Cat is a promising step forward.

Red Cat's Expanding Ecosystem

This collaboration strengthens Red Cat's position in the drone industry. Their strategy of integrating with various partners, including Doodle Labs, Sentien Robotics, and Ocean Power Technologies, enriches their tactical ecosystem and provides a wider range of capabilities for their drones.

 

The Teal 2 drone, known for its portability, night vision, and modular design, is a prime example of this approach. This versatility makes it a valuable asset in both military and civilian applications.

The success of Red Cat and Doodle Labs' partnership offers a promising glimpse into the future of drone warfare. With jamming becoming an increasingly common tactic, the ability to overcome it will be crucial for deploying effective drone technology.

From Battlefield to Boardroom: XPONENTIAL Showcases the Power of Uncrewed Systems

XPONENTIAL 2024 Soars with Focus on Autonomous Military Tech. Uncrewed Systems Take Center Stage at AUVSI's Annual Conference. This year's XPONENTIAL conference kicked off in San Diego, California, with a strong emphasis on autonomous military tech. From keynotes to exhibitions, the focus was on the latest advancements and future directions of unmanned vehicles in defense applications.

 AUVSI Sets New Course

AUVSI's new President and CEO, Michael Robbins, a U.S. Navy Reservist, outlined the association's plans to prioritize defense while still supporting the commercial drone industry.  A key initiative is the upcoming "Robot Ready Campaign" aimed at advancing ground-based autonomous systems.

 Military Leaders Embrace Autonomy

U.S. Central Command (CENTCOM) showcased its innovative efforts in integrating unmanned systems into operations across the Middle East.  From maritime drones to logistics vehicles, autonomy is transforming how CENTCOM gathers intelligence, conducts strike, and protects its forces.

 

Industry Giants Forge Alliances

Saab Inc., with its new AUVSI board member Michael Brasseur, is at the forefront of military robotics and AI.  Saab announced "S kapa by Saab," a collaborative workspace designed to foster innovation in defense and security.

A Look Ahead

The focus on military applications at XPONENTIAL raises questions about AUVSI's future direction. While some commercial companies see the defense sector as a potential growth area, the overall impact on the industry remains to be seen.

 Despite the shifting landscape, the conference buzzed with energy as attendees explored the vast exhibition hall showcasing the latest advancements in autonomous technology across various sectors. XPONENTIAL 2024 was a clear sign that the future of unmanned systems is taking flight.

From Warzones to Doorsteps: BMT's SPARO® Delivers a Drone Revolution

 

BMT Takes Drone Delivery to New Heights with Revolutionary SPARO® Technology!!!

Get ready for a game-changer in the world of drones! BMT, a leader in maritime engineering, has joined forces with the British Army to unveil the SPARO® project – a groundbreaking approach to drone delivery. This isn't your average pizza-dropping drone; SPARO® is designed for precision and safety, particularly in challenging environments.

Imagine this: a medical supply delivery in a warzone, or critical aid reaching a disaster zone – all without the risk of a large drone needing to land. SPARO®, a small, silent hero, dangles from a traditional drone, taking over payload delivery at the final stage. This innovative design allows the main drone to remain at a safe altitude, minimizing noise and risk in sensitive areas.

This project isn't just about military applications. BMT sees the potential for SPARO® to revolutionize logistics across the board. Think emergency services delivering vital supplies in a storm, or even contactless e-commerce deliveries reaching your doorstep (quietly!).

Here's what makes SPARO® special:

• 
  Soaring high: Operates at significant heights, keeping the main drone out of harm's way.
• Silent precision: Delivers payloads to exact locations with minimal noise disruption.
• Adaptable tech: This isn't just for military use! SPARO®'s technology has the potential to transform civilian drone operations in various sectors.

Industry experts are buzzing with excitement. James Campbell, BMT's Emerging Products Manager, points to SPARO® as ushering in "a new type of robot," while Dr. Steve Wright of Wright Airborne Computing highlights the surge in innovative drone applications.

BMT is actively seeking partners to bring SPARO® to the world. With continued development and collaboration, this revolutionary technology could redefine the future of autonomous logistics. Get ready for a quieter, safer, and more efficient way to deliver the things we need!

 

Rise of the Machines? TEKEVER's ARX Drone Commands Its Own Army

TEKEVER Unveils the ARX: A Drone Commander with a Swarm of Superpowers.

TEKEVER, the European leader in unmanned aerial systems (UAS), has just unveiled the ARX – a game-changer in the drone world. This isn't your average remote-controlled aircraft. The ARX boasts a whole arsenal of features that make it the most advanced long-range drone on the market, primed to revolutionize both civilian and military operations. TEKEVER ARX promises to revolutionize its class, by offering a combination of long-range endurance, advanced onboard AI/ML capabilities, SATCOM and mesh connectivity, and readiness for GNSS-denied environments.

Here's what sets the ARX apart:

Adaptability is Key:  The ARX features a modular payload configuration, meaning it can be customized to carry a variety of sensors, cargo, or even heavy lifting equipment. This flexibility makes it suitable for a wide range of missions.

Long Haul Hero:  Forget about needing to constantly recharge. The ARX boasts long-range endurance, allowing it to cover vast distances without needing to return to base.

Efficiency Reigns Supreme:  The ARX seamlessly integrates with TEKEVER's existing drone family, making training, maintenance, and upgrades a breeze. Additionally, it comes with a digital twin – a virtual replica of the drone that allows for smoother operation and easier integration of new technologies.

Swarm Power:  Imagine a drone that can launch and coordinate a squadron of smaller drones, all working together on a single mission. That's the magic of the ARX. This swarm technology allows for incredibly detailed recon and inspection, perfect for tasks like fighting wildfires, inspecting suspicious ships, or conducting search and rescue missions.

Brains and Brawn:  The ARX isn't just about brute force. It comes equipped with advanced AI and machine learning capabilities, allowing for intelligent decision-making and autonomous operation. Plus, it can handle any environment, even those without GPS signals.

The ARX isn't just a technological marvel, it has real-world applications:

Enhanced Security:  Military and security forces can leverage the ARX's long-range surveillance and swarm capabilities to identify threats and maintain a watchful eye over vast areas.

Lifesaving Potential:  Search and rescue missions get a major boost with the ARX's ability to cover large areas quickly and deploy smaller drones for detailed searches.

Protecting the Environment:  From fighting wildfires to monitoring environmental threats, the ARX provides the data and tools needed to safeguard our planet.

TEKEVER is showcasing the ARX at Exponential 2024 (booth 4737). This drone represents a significant leap forward in UAS technology, and its potential applications are vast. With its combination of power, intelligence, and adaptability, the ARX is poised to revolutionize the way we see and interact with the world.

Amsterdam Drone Week 2024: 5 Insights on UTM Testing, AI Integration, and Industry Collaboration.

 The first Amsterdam Drone Week saw "Mobility as a Service" take center stage, alongside passenger-carrying drones. But regulations and public perception were major hurdles.  This year's event continued these discussions, highlighting key advancements and a crucial shift in focus.

From Integration to Transformation

Technical and regulatory hurdles remain, but safety is paramount. Existing systems like Air Traffic Control (ATC) and UTM need to evolve. As Mildred Troegeler from Boeing suggests, a global digital transformation is needed, creating a new system encompassing all aircraft types. Data-driven regulations will be crucial, with stakeholders collaborating on data utilization.

Public Demand, Not Just Acceptance

Public acceptance is vital, but Amsterdam Drone Week emphasized the need for public demand. Luc Tytgat of EASA proposes that communities become active stakeholders. They shouldn't just accept drone technology, but actively seek its benefits, from traffic relief to faster delivery of life-saving resources.

AI: A Helpful Force, Not a Controller

AI wasn't a dominant theme, but its role was clarified. AI can enhance inspections, communication, and workload reduction. However, it shouldn't take total control. This responsible approach to AI adoption sets a valuable example.

Learning from the Dallas UTM Key Site

Performance-based standards for drone integration were a constant theme. Discussions focused heavily on the FAA's UTM Operational Key Site in Dallas. This project aims to enable large-scale BVLOS operations. The tests conducted there will define common requirements for routine BVLOS operations elsewhere. Stakeholders across Europe are closely following this project, seeking to replicate its success.

Forming a "Coalition of the Willing"

A striking quote emerged from a UTM certification session. Speakers discussed aligning UTM certification with rapid technological advancements. Amit Ganjoo of ANRA Technologies emphasized collaboration. Technology creators, governments, and other stakeholders need to form a "coalition of the willing" to effectively work together and move the industry forward.

Amsterdam Drone Week 2024 showcased an industry progressing beyond basic acceptance. Public demand, data-driven regulations, and responsible AI integration are paving the way for a future where drones safely share the skies. The "coalition of the willing" will be crucial in navigating this exciting new era.

DJI Whitepaper : Taking Drone Security to New Heights

DJI Whitepaper : Taking Drone Security to New Heights

DJI recently released a white paper designed to showcase their security features. These include hardware features, like their processor and encryption systems, software options designed to maximize user control, and third-party certifications designed to reassure customers that their data remains safe.

In today's tech-driven world, data security is more important than ever. This is especially true for drones, where incredible advancements have opened doors to exciting possibilities, but also raised concerns about privacy and security. White paper, DJI technology aims to underline that the user is in control of their own encrypted information which is stored entirely locally.

DJI, a leader in civilian drone technology, understands this responsibility. Their recently updated white paper, "Enhancing System Security in Drone Technology," dives deep into the comprehensive security measures they've implemented across various aspects of their drone systems.

Building a Secure Foundation

Strong security starts with secure devices. DJI utilizes a multi-layered approach that includes:

• Chip and Hardware Security: Secure boot and tamper-resistant chips prevent unauthorized access and tampering.
• Firmware Security: Digital signatures and secure update mechanisms ensure firmware integrity, guarding against malicious modifications.
• Device Data Security: Encryption protects user data stored on DJI devices, adding an extra layer of Défense against data breaches.

Safeguarding Communication

Secure communication is crucial to prevent eavesdropping and data manipulation during transmission. DJI employs robust measures for both OcuSync and Wi-Fi communication:

• Ocu Sync Communication Security: Encryption protocols safeguard data transmission between the drone and controller, ensuring confidentiality and data integrity.
• Wi-Fi Communication Security: Encryption and authentication mechanisms fortify Wi-Fi channels, preventing unauthorized access and interference.

Securing Your App

The DJI app acts as the bridge between users and their drones, making its security paramount. DJI takes steps like

• Application Hardening: Techniques like code obfuscation and anti-tampering mechanisms make the app resistant to reverse engineering and unauthorized modifications.
• Application Data Security: User data processed and stored within the app is encrypted to prevent unauthorized access and data leaks.

 Cloud Security: Keeping Your Data Safe in the Sky

As drones become more connected, cloud security becomes vital. DJI implements robust measures across accounts, servers, and cloud services

• User Account Security: Strong authentication and access controls protect user accounts from unauthorized access and hijacking.
• Server Security: Regular security audits and updates ensure DJI's servers adhere to industry best practices for mitigating vulnerabilities.
• Cloud Services and Data Security: Data stored in the cloud is encrypted in transit and at rest, guaranteeing confidentiality and integrity throughout its lifecycle.

Tailored Security Solutions

Recognizing diverse user needs, DJI offers various security solutions

• Consumer-Grade Security Solutions: Designed for recreational users, these solutions provide essential features to protect against common threats.
• Enterprise-Grade Security Solutions: Advanced features and customization options cater to professional users with stricter security requirements.
• Government-Grade Security Solutions: Developed with government agencies, these solutions offer the highest level of security assurance and compliance with regulatory standards.

DJI prioritizes transparency and accountability through

• Security Audits: Rigorous security audits conducted by reputable third-party organizations.
• Bug Bounty Program: Encouraging responsible disclosure of security vulnerabilities through incentives for security researchers.

Putting Privacy First

DJI's commitment to user privacy is outlined in their privacy policy, which details how user data is collected, used, and protected. By taking a comprehensive approach to security, DJI is ensuring that their drones continue to push the boundaries of what's possible, while keeping user data and privacy safe and sound.