Industrial Performance
Robust real-time performance with minimal processing load. Thanks to smart keyframe sealing, we provide seamless stream integrity without slowing down processing.
Compression tolerant
Robust chain of evidence. The cryptographic seal remains intact even when data streams are compressed using standard compression methods for transmission.
Live Verification
Instant certainty. Enables immediate, real-time verification of live streams without the latency of traditional signature-based protocols.
Prevention, not detection.
Traditional cybersecurity attempts to detect tampering after the fact using reactive AI - an endless game of cat and mouse. TrustNXT breaks this pattern: We mathematically seal the data directly at the source - that is, at the sensor or at the bare-metal level. Instead of laboriously detecting injections and deepfakes after the fact, we make tampering technically impossible from the outset.
Technology Highlights
Discover the key technical features that make the Data Chain the solution for trust at the source.
Comprehensive stream protection
Creates an immutable, cryptographic timeline of a data stream. Data injections (e.g., via virtual cameras) or frame splicing will immediately fail.
Audit-ready evidence
Generates tamper-proof, admissible evidence (e.g., for dashcams or surveillance cameras).
Deep hardware integration
The implementation takes place directly at the bare-metal level or as a low-level OS driver to secure the data stream at the source - even before it reaches the application software.
Platform- and hardware-agnostic
Maximum flexibility for integration. As a pure software solution, Data Chain runs on standard edge hardware infrastructure or software platforms.
Here's how it works
Here's how to integrate our compression-tolerant source sealing directly into hardware or software architecture in three simple steps.
#include <trustnxt/data_chain.hpp>int main() { trustnxt::InstallConfig config{}; config.layer = trustnxt::IntegrationLayer::Firmware; config.driver = trustnxt::DriverType::OsLowLevel; config.enableHardwareSealing = true; auto chain = trustnxt::DataChain::install(config); if (!chain) { return EXIT_FAILURE; } chain->initializeBuffers(); return EXIT_SUCCESS;}01
Edge-Level Integration
The Edge Chain Hardware SDK is integrated as an extremely lightweight layer directly at the firmware level or as a low-level OS driver at the PC level.
02
Seamless Pipeline Hook
The software integrates seamlessly into the existing video or data pipeline. The smart key-frame sealing process processes the stream locally in real time.
03
Verification by the recipient
On the receiving end (control center, server, cloud backend), integrate our verification SDK to validate the uninterrupted integrity of the live stream.
01
Edge-Level Integration
The Edge Chain Hardware SDK is integrated as an extremely lightweight layer directly at the firmware level or as a low-level OS driver at the PC level.
02
Seamless Pipeline Hook
The software integrates seamlessly into the existing video or data pipeline. The smart key-frame sealing process processes the stream locally in real time.
03
Verification by the recipient
On the receiving end (control center, server, cloud backend), integrate our verification SDK to validate the uninterrupted integrity of the live stream.
#include <trustnxt/data_chain.hpp>int main() { trustnxt::InstallConfig config{}; config.layer = trustnxt::IntegrationLayer::Firmware; config.driver = trustnxt::DriverType::OsLowLevel; config.enableHardwareSealing = true; auto chain = trustnxt::DataChain::install(config); if (!chain) { return EXIT_FAILURE; } chain->initializeBuffers(); return EXIT_SUCCESS;}