Corax CoLAB operates at the intersection of advanced robotics, Edge AI, and global sustainability strategy. We are the architect behind cyber-physical systems that secure your future in an increasingly regulated and resource-constrained world. We are not just the creators of GAP (Green Automated Platform) and GAPbot; we are your strategic partner in the technological transition. Through our solutions, we help organizations and individuals drastically streamline resource utilization, secure data integrity, and reduce operating costs by up to 30–50%.
Corax CoLAB is the architect behind cyber-physical systems that secure your future in an increasingly regulated and resource-constrained world. We are a Deep Tech player that unites advanced robotics (GAP Bot), industrial-grade Edge AI, and architectural compliance (GAP Platform) in a seamless hybrid solution. We are your strategic partner in technological transformation, helping organizations drastically streamline resource utilization, secure data integrity, and reduce operating costs by up to 30–50%.
To establish Corax CoLAB as the global benchmark for autonomous, AI-driven ecosystems that deliver quantifiable sustainability and resource efficiency.
To develop and deliver integrated AI/IoT solutions that help organizations drastically streamline resource utilization, lower total operating costs, and ensure 100% regulatory traceability.
We adopt a 'bottom-up' perspective, where true global leadership is achieved by solving customers' most pressing challenges – from energy savings to mitigating fine risks (EUDR/AI Act).
Our strategic approach is based on a 'bottom-up' perspective: true global leadership is achieved by solving customers' most pressing challenges – from energy savings to mitigating fine risks (EUDR/AI Act).
To establish Corax CoLAB as the global benchmark for autonomous, AI-driven ecosystems that deliver quantifiable sustainability and resource efficiency. We drive this through our two strategic, synergistic lines: GAP Platform (the intelligent control center) and GAP Bot (the Edge-based, physical actor).
To develop and deliver integrated AI/IoT solutions that help organizations drastically streamline resource utilization (30–50% energy savings), lower total operating costs (TCO), and ensure 100% regulatory traceability. We create self-regulating systems that guarantee environmental responsibility is embedded in all processes.
GAP Platform (Version 3.0) is the industrial analysis and control center, developed to handle the most complex business logic and real-time data streams. With a proven Technology Readiness Level (TRL) of 7 (with a rapid goal towards TRL 8), the platform is ready for large-scale commercial deployment. It combines a robust hybrid architecture of Flask and FastAPI for maximum throughput, secure data storage through physical and logical separation in four databases, and a responsive React 18+ TypeScript-frontend with PWA functionality for zero-latency access and offline support.
GAPbot is a masterpiece of cyber-physical engineering. It is a premium robot designed to be the most efficient, autonomous data collector and actor in unstructured environments. With its unique hexapod design (six legs), it navigates where wheeled robots fail. At the core of GAPbot is a neuro-symbolic hybrid AI architecture, built on robust Edge Computing hardware like Raspberry Pi 5 (16GB RAM) and a Hailo-8 AI Accelerator (26 TOPS). This enables real-time analysis and complex reasoning directly on the device.
Explore the selected highlights that define the Corax CoLAB ecosystem, from the intelligent GAP Platform to the autonomous GAPbot.
Creates virtual copies for remote monitoring and Digital Risk Mitigation. By simulating new patrol routes and operation flows in the virtual twin before deployment, the risk of field errors is reduced and operating costs decrease. 4D Audit Trail Visualization with 'Time-Slider' for traceability and auditing.
Implements CBBA (Consensus-Based Bundle Algorithm), a decentralized task allocation algorithm. The robots exchange information about tasks until a conflict-free assignment is achieved, making the system extremely robust against single points of failure and enabling coordinated work for optimal efficiency.
The core of GAPbot is a groundbreaking neuro-symbolic hybrid AI architecture. It combines industrial Edge AI for ultra-low latency perception (YOLOv8m on Hailo-8 AI Accelerator, 26 TOPS) with Generative AI for complex cognition and autonomous reasoning (Phi-3 Medium).
The six-legged hexapod design gives GAPbot superior mobility in difficult terrain. 'Split-Belly Stability' with a low center of gravity minimizes the risk of tipping, and software-controlled 'Fail-Safe Phase Shifting' eliminates current spikes for maximum uptime.
XAI provides human-understandable explanations for predictive AI decisions and autonomous choices (e.g., 'Robot A chose route 3...'). This is a critical legal function for transparency and compliance with the EU AI Act, as well as for demonstrating transparency during audits.
GAPbot maximizes its autonomous runtime through MPPT Energy Optimization Mode ('Sun Bathing Mode'). The robot can shut down non-essential systems and autonomously charge when the battery level is below 80% and sufficient power is detected, providing extreme endurance in the field.
Regulatory requirements are hardcoded directly into the system logic via Compliance-as-Code. This includes EUDR (Geometry Validation, TRACES SOAP Bridge), the Data Act (Article 36 with Terminatable blockchain contracts), and CSRD/ESRS (machine-readable iXBRL documents for sustainability KPIs).
AI-driven systems with Self-Healing Code identify errors, generate fixes (via Generative AI), and apply them dynamically. An industrial-grade MLOps pipeline manages the entire AI model lifecycle, from data collection and training to secure OTA deployment and continuous operation monitoring (Isolation Forest for anomalies).
We future-proof your assets with Post-Quantum Cryptography (PQC). A hybrid cryptographic scheme based on NIST-standardized algorithms: Kyber (ML-KEM) for key exchange and Falcon (ML-DSA) for digital signing, effectively protects against 'harvest now, decrypt later' attacks from quantum computers.
Corax CoLAB's GAP ecosystem, with GAPbot at the forefront, delivers measurable results and transformative solutions across a range of sectors. Discover how our autonomous systems optimize operations and drive innovation.
GAPbot maneuvers autonomously in production facilities for predictive maintenance (PdM). Equipped with thermal sensors and advanced camera equipment, it identifies cracks, leaks, or temperature anomalies in real-time. AI-optimized process control reduces machine downtime by 15% and drastically increases productivity. Enables autonomous inventory in warehouses.
Read moreGAPbot performs precision analysis with advanced soil analysis via leg-mounted probes, collecting detailed data on soil type, nutrient content, and moisture levels. Creates hyper-precise fertilization plans, reducing fertilizer use by up to 20% by eliminating waste. Participates in ecosystem restoration and environmental monitoring (water quality, biodiversity).
Read moreEthical automation with GAPbot as an autonomous security guard with local Edge Facial Recognition, alerting only on unauthorized faces. Guarantees privacy as sensitive biometric data never leaves the device. Achieves garden efficiency with up to 44% water savings and 38% energy savings through self-learning irrigation.
Read moreGAPbot performs critical underground inspection of sewers, pipes, and cables. It autonomously patrols roads, railways, and power lines to identify vegetation, ground conditions, or damage, minimizing risks and keeping personnel away from dangerous zones. Improves safety and efficiency in infrastructure maintenance.
Read moreGAPbot delivers precision for future cities by optimizing resource use in urban and vertical farming. With micro-precision irrigation and sensor-based nutrient control, it minimizes water and nutrient waste, maximizes harvest, and promotes sustainable food production in urban landscapes.
Read moreAn autonomous hero in need: GAPbot can be deployed in disaster areas to autonomously search for survivors, assess infrastructure damage, and perform environmental analyses (e.g., detection of hazardous substances) in areas too dangerous or inaccessible for humans. Improves response times and reduces risks for rescue personnel.
Read moreIn an ever-changing digital world, security and regulatory compliance are crucial. Corax CoLAB's ecosystem is built with a 'Zero Trust' philosophy and advanced technologies to protect your data and ensure 100% regulatory traceability.
Corax CoLAB applies the philosophy of "Compliance-as-Code" where security and regulatory requirements are not afterthoughts, but hardcoded directly into the system logic. This ensures not only 100% regulatory traceability but also a "Zero Trust" architecture that proactively protects your assets. We handle the complex TRACES SOAP Bridge for EUDR, implement Digital Battery Passport (DBP) according to DIN DKE SPEC 99100, and secure data according to the Data Act.
Corax CoLAB is at the forefront of building the next generation of digital infrastructure. We integrate Web3 technologies to guarantee transparency, security, and decentralized ownership in a data-driven future.
Web3 is the underlying infrastructure for managing digital ownership and transparency in our data-driven future. Corax CoLAB utilizes blockchain technology to create indisputable chains of evidence for raw material origins, which is crucial for facilitating customers' Due Diligence declarations (DDS) according to EUDR.
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