Verifiable Evidence
ATLHAS builds a high-integrity audit trail, ensuring your data meets the highest standards for professional, administrative, and internal reviews
More Informations
A Certified World
Built on Verified Data
From agriculture to logistics, from insurance to drone management, ATLHAS introduces a new way of documenting the world—simpler, safer, and more transparent.
Read MoreSystem Overview
How ATLHAS Certifies Position and Time.
The ATLHAS platform delivers instant certification for digital content by embedding authenticated location and timestamp data directly into the file.
Galileo OS-NMA Integration: We utilize Open Service Navigation Message Authentication from the Galileo Constellation to verify GNSS signal origin and integrity.
Immutable Proof: A cryptographic hash of the content is linked to the certified location and time data, rendering the evidence unalterable.
High Precision Options: We support multi-frequency GNSS with SBAS and RTK corrections, achieving positioning accuracy down to 2 cm for professional surveying.
This process creates a robust evidentiary layer suitable for regulatory compliance, insurance, and dispute resolution.
Our Advantages
The ATLHAS Difference.
We transform standard geotagging into authenticated, tamper-proof data for every digital asset you create
Certified Relevance
Our certified metadata provides a reliable foundation for official procedures, streamlining verification workflows and reducing operational friction
Authenticity Guard
ATLHAS pairs forensic insights with certified GNSS metadata to detect manipulations, such as re-photographed screens, deepfakes, or altered imagery
Further Information
Frequently Asked Questions
Find quick answers to common questions about the ATLHAS system.
What is the core technology behind ATLHAS?
ATLHAS utilizes advanced technology integrating data from the Galileo Constellation, specifically leveraging the Open Service Navigation Message Authentication (OS-NMA) signal. This ensures that the position and time data are genuine and have not been spoofed or manipulated.
How does ATLHAS prevent location and time falsification?
By authenticating GNSS signals directly from Galileo satellites, ATLHAS establishes a trustworthy, unalterable position and timestamp. This certified metadata is cryptographically linked to the media file (photo/video) to create immutable proof, making any manipulation immediately detectable.
What is the difference between ATLHAS and traditional GPS timestamping?
Traditional GPS timestamping relies on device-reported data which can be easily faked (spoofed) or altered post-capture. ATLHAS validates the GNSS signal itself at the point of capture using Galileo OS-NMA, providing a certified chain of custody designed to support professional and legal verification.
What level of precision can ATLHAS achieve?
In standard mode, ATLHAS provides high-reliability authentication. For professional use cases, by integrating technologies like SBAS (EGNOS) and RTK (Real-Time Kinematic), ATLHAS achieves unmatched high precision, down to 2cm.
Can ATLHAS be integrated into existing applications?
Yes, ATLHAS offers a dedicated SDK (Software Development Kit) and APIs, allowing for seamless integration into client-specific mobile apps or enterprise systems, as well as dedicated ATLHAS receivers.