Building ELDÆON Together: Your Voice Helps Us Shape Our Mission
In 2024, the Pentagon’s All-domain Anomaly Resolution Office received over 500 new UAP reports from military personnel alone, yet civilian researchers using current detection technology captured verifiable data on less than 1% of reported events. The reason isn’t that UAP don’t exist, it’s that the tools were never designed/characterized for UAP detection and they keep failing at the critical moment. At ELDÆON, we are building the next-generation platform for detecting and analyzing Unidentified Anomalous Phenomena (UAP). Our mission is to combine cutting-edge sensor technology, rigorous methodology, and community engagement to create a transparent, ethical, and scientifically robust approach to understanding anomalous phenomena.
Here’s what we know without speculation: Congressional hearings confirm UAP are real. Military sensors detect objects performing maneuvers that challenge our understanding of physics. Commercial pilots risk their careers to report encounters. Civilian detection networks matter because they allow everyday people to accurately and factually report their sightings. Whether you’re a skeptic demanding proof or a believer seeking validation, transparent civilian data collection serves everyone’s interests. The only way to move from speculation to understanding is through independent, verifiable measurement.
With that, we want to thank everyone that we reached out to for taking the time to give us feedback on what you would like to see from us as a company. Feedback from the community is super important to us. Everything we do, we do it keeping the UAP community in mind. The last thing we’d want to do is repeat mistakes from past efforts in UAP detection. If we make a mistake, know that we are always open to feedback. UAP and NHI are global concerns and so we have to tackle these subjects as a collaborative effort. It takes a lot of courage to share your experiences in this stigmatized field, so thank you again for your invaluable feedback. You shared and we listened.
We have intentions for a clear ethical framework, an explicit privacy policy, and a methodology that is open for community review. Transparency in your data collection, storage, and usage is a core principle for us. Detection is for understanding, not for exploitation. We want scientific rigor without sacrificing human dignity and sovereignty. Our objective is to implement a comprehensive privacy framework that puts you in control. This includes local storage options for sensitive data and no data sharing with government or military entities without your explicit consent.
Many of our users, especially those with direct UAP/NHI (Non Human Intelligence) experiences, expressed concern about privacy, data security, and potential government or military misuse of detection devices. Past devices from other UAP detection efforts have fueled skepticism due to unclear data usage and fears of attracting phenomena. Our devices do not emit signals to attract UAP. One community member captured this concern perfectly when they wrote that one of the highest concerns, especially for experiencers, is privacy and data possibly being used for nefarious or government/military related purposes. They mentioned concerns about some other devices and rumors that they were possibly sending signals to attract the phenomenon to the person using the device. The last thing they wanted was a device to attract the phenomenon. We want to emphasize that we only detect UAP, we do not attract them. ELDÆON devices are passive by design.
The community has been crystal clear about the frustrations with existing devices. Users of other UAP detection devices reported no battery backup and no notifications when internet connectivity failed. They also expressed struggles with complete internet dependency and no way to validate whether their device was even operational during an event. As one user shared, if they were to have a perceived interference event and their device did not detect anything unusual, they have no way of knowing whether it was temporarily disconnected. These fundamental reliability issues create plausible deniability that undermines the entire purpose of detection. We’re addressing these fundamental reliability issues with a battery backup to ensure continuous operation, offline functionality with local storage capabilities, real-time connectivity monitoring with immediate alerts, multiple validation layers to ensure data integrity, and redundant systems to eliminate single points of failure. We believe these are all essential requirements for any serious detection system.
Based on your feedback we’ve developed DIONYSUS, our UAP detection platform that goes far beyond what current consumer devices offer. We can track magnetic changes over a hundred thousand times smaller than Earth’s magnetic field, detect electromagnetic signals ranging from ultra-low frequencies through the microwave spectrum, and monitor radiation levels from normal background to hazardous thresholds. Our passive radar system, leveraging compact log-periodic antennas and software-defined radio, can detect objects at long ranges and track them moving at high speeds.
For those interested in the consciousness connection, we’re monitoring brain activity with medical-grade EEG sensors, tracking stress responses through skin conductivity, and measuring heart rate patterns that might correlate with UAP encounters. Our thermal cameras can spot heat signatures over a mile away, day or night, while our all-sky camera watches the entire dome above, capturing everything from horizon to horizon in high resolution.
We’ve even integrated some cutting-edge quantum detection capabilities. We monitor cosmic rays that could be affected by exotic propulsion systems, use atomic clocks precise enough to potentially detect time distortions, and include random number generators that some researchers believe can detect consciousness effects. Our radio systems can monitor an exceptionally wide spectrum of frequencies, capturing signals that conventional receivers overlook.
We acknowledge the skepticism around consciousness-related detection methods. As one community member pointed out, if EEG patterns or random number generators definitively detected anomalies, intelligence agencies would already be using them. That’s precisely why we’re taking a scientific approach by testing them rigorously alongside conventional sensors. If correlations exist, our multi-sensor approach will reveal them. If they don’t, the data will show that too. Science advances through testing hypotheses as opposed to completely avoiding them.
Early observations from our field testing have been illuminating. We’re seeing that many reported UAP events coincide with not just visual or radar data, but with multiple sensor anomalies such as electromagnetic and quantum disturbances occurring. We’ve also found that the presence or absence of activity may be shaped by intentionality itself. During one investigation, phenomena withheld from disclosure until we shifted our approach and made space for it to emerge. This suggests that how we engage with the environment can be as important as the instruments we deploy. While we’re still establishing baselines, refining our algorithms, and taking into account our intentions in field testing, it is clear that the multi-sensor approach is capturing subtleties that single-detection methods miss entirely.
Regarding where DIONYSUS will be deployed, we’re taking a multi-environment approach. While we’re starting with mobile units for field tests at known hotspots, we’re also exploring partnerships for more strategic stationary long-term placements. Several community members asked about deployment on aircraft, ships, or near airports. We’re actively discussing possible pilot programs. Unlike military systems that remain classified, our civilian network will provide transparent data from diverse locations. To expand our coverage, we’re researching ways to collaborate with existing UAP research organizations about hosting DIONYSUS units for anomaly research. These institutions recognize the value of having cost-effective, scientifically-calibrated detection systems for studying UAP. We’re still in the process of building that calibration and working with these organizations is exactly how we intend to achieve it. If you’re affiliated with an institution interested in partnering, we encourage you to reach out.
While DIONYSUS represents our current operational platform, we continue to explore enhancements based on your suggestions. Several of you mentioned gravity wave detection as a potential breakthrough for understanding UAP propulsion. As one community member noted, looking for light distortion from UAP could help confirm gravity manipulation theories and explain rapid acceleration without crushing occupants. Others have suggested gravimeter sensors for capturing transient gravitational anomalies and even experimental approaches like pulsed power systems to study UAP response patterns. We’re also investigating expanded infrasound capabilities, as many of you reported hearing rumbling or other sub-acoustic disturbances during sightings that current sensors might miss. Your feedback about integrating these advanced detection methods while maintaining our core principle of passive observation continues to guide our development roadmap.
A recurring theme in your feedback was frustration with complex, technical interfaces that require expertise to operate. One user put it perfectly when they said if we could make our detection system super user friendly for the not-so-tech-minded people like themselves. Another mentioned that ease of setup and calibration, along with automation for appropriate metadata capturing and file organization, was one of their biggest issues with all of their UAP footage, leaving them completely stuck. We’re committed to a simple setup from unboxing to having the system fully operational. This means automated calibration with no manual adjustments needed, a computer software interface for instant monitoring from anywhere, plain-English explanations with no jargon, and what several users called “deer cam” style alerts for instant notifications of anomalous activity.
We’re developing multiple deployment options to meet different needs: portable field units for researchers and mobile deployment, permanent installations for homes and known hotspots, vehicle-mounted systems, and scalable pricing tiers to ensure accessibility. Some users want something portable they can take to hotspots, while others want permanent roof installations. We’re designing for both.
Detection is just the beginning. You’ve told us you want ways to validate, analyze, and share findings with a trusted community. We’re exploring ways to partner with other UAP organizations that are working on building transparent data-sharing platforms and systems designed for attribution, privacy controls, and even mechanisms for individuals to monetize or retain full control of their own data. If such networks emerge, we’ll look to publish our data through them. If not, we’re prepared to take on the responsibility of building that infrastructure ourselves. Beyond data exchange, we can provide services that make the information actionable such as secure hosting and storage, expert review networks for professional analysis, advanced pattern recognition across multiple locations, and membership-based support for those who want deeper analysis. Our aim is to give users both sovereignty over their own data and access to the compute resources needed to process it, ensuring that what you collect doesn’t just sit on a hard drive, but contributes to a growing body of knowledge about the phenomenon.
Many of you asked for more context about why this work matters and how to understand the data. The strategic implications of UAP detection extend beyond scientific curiosity. If foreign adversaries have developed the capabilities described in military reports, civilian detection networks provide an independent verification layer free from classification restrictions. Our data could help identify whether observed phenomena represent security threats, natural occurrences, or something else entirely. By democratizing detection capabilities, we ensure this critical information isn’t monopolized by any single entity or hidden behind security clearances. As one community member noted, they’d love to see transparency in methodology regarding how data is collected, verified, and interpreted, and also accessibility of findings so the community can follow along without everything being locked in technical jargon. The balance between open-source transparency and protecting proprietary innovations is delicate, but we believe openness in the right areas builds trust and advances the field.
You’ve asked what drives us, what made us believers in the importance of this work. Without sensationalism, we can say that the convergence of credible witness testimony, sensor data, and the strategic implications of understanding these phenomena convinced us that this deserved serious, scientific attention. We are applying rigorous methodology to a phenomenon that deserves serious study. Whether these turn out to be foreign adversary technology, natural phenomena we don’t yet understand, or something more exotic, the data will guide us. What stood out to one reader was our willingness to bridge philosophy, emerging tech, and defense in a way that most companies shy away from.
One community member beautifully articulated something we deeply believe: dealing with the UAP subject matter means blending science and spirituality, where energy and intention are everything. To ensure our devices are of the best intentions, we believe values and integrity should be injected into every aspect of the company. Every decision we make is guided by respect for experiencers and witnesses, scientific integrity in data collection and analysis, transparency in our methods and findings, humility about what we don’t know, and responsibility to use this technology ethically. Less from a product standpoint and more from a philosophical frame of reference, we want to ensure our company has outlined a clear set of ethical principles under which to operate.
Our development timeline reflects both ambition and realism. In Q4 2025, we’re focusing on foundational work including beta program launch, core sensor suite finalization, and initial field testing. Q1 2026 brings expansion with an expanded beta program, first peer-reviewed results, and accessible UAP data to the public. Today, we’re deep in the trenches of development and continuous field tests with experiencers.
Your feedback has shaped everything from our sensor selection to our privacy policies. You’ve helped us understand what features you want as well as why this work matters to you personally. Some of you have shared deeply personal experiences. Others have offered technical expertise. All of you have contributed to making ELDÆON better than we could have made it alone. As someone wrote to us, they’ve been into this subject for more years than they’d like to admit and are growing increasingly frustrated with the lack of open data, clear images and videos, and full information from whistleblowers. This captures exactly why we’re building ELDÆON: to collect data and evidence with full transparency.
Ready to be part of this journey? Follow our X/Twitter account where we document our journey through regular posts and technical updates. Follow our progress, learn about our methodology, and see real field test data as we work toward launch. Your engagement and feedback continue to shape our mission.
Building ELDÆON democratizes access to tools that can help us understand phenomena that have captivated, confused, and sometimes frightened people for generations. We’re building a community dedicated to understanding the unknown with scientific rigor, ethical responsibility, and genuine curiosity. The journey has just begun, and we’re honored to have you with us. Thank you for your trust, your feedback, and your patience as we work to build something truly revolutionary.
Keep the feedback coming. This is your platform as much as ours.
Written by Co-Founder @moonsandhues
