FAQ

This is where our strength lies. Unlike industrial robots that require order, GAPbot is trained with EcoMind. Biological Intelligence: It doesn't just understand 'obstacles'; it understands vegetation. It can distinguish between a spruce sapling and brush, or tell the difference between nutrient deficiency and drought. We combine technical precision with biological domain knowledge.

GAPbot is designed for 'Shadow Zones.' It does not depend on a constant cloud connection. Decentralized Intelligence: All analysis happens locally on the robot (thanks to the Hailo 8L). It doesn't need to 'ask' the cloud to make decisions. Mesh Networking: The robots can create their own local network. They can act as relay stations for one another to pass data along, or utilize 'Store and Forward'—storing data until they come within range of a base station.

No. We believe in the Right to Repair. Modularity: GAPbot is completely modular. If a leg servomotor fails, your own technician can replace the module in 5 minutes using a standard screwdriver. Standardized Components: We use industry-standard parts. You won't have to wait weeks for proprietary components from a single supplier. This drastically reduces your Total Cost of Ownership (TCO) compared to closed systems like Spot.

We utilize Privacy by Design. Local Anonymization: Our 'Privacy Processor' runs locally on the robot. It can automatically identify and blur faces, license plates, or sensitive objects before the video is saved or transmitted. No Unnecessary Data: You can configure the robot to only send metadata (e.g., 'Three sick trees detected') instead of image footage.

Spot is a technical marvel, but it costs like a sports car and is a closed system. GAPbot is the workhorse: We are 1/10th of the price, you only pay for what you need, and we are designed to be repaired in the field by your own staff. We aren't selling a dancing robot; we are selling a robust colleague for professional use.

Absolutely, because we don't burden the main processor with AI tasks. Every GAPbot is equipped with a dedicated Hailo 8L NPU (Neural Processing Unit). Performance: It delivers 13 tera-operations per second (TOPS). The Result: The robot can identify crop diseases, detect obstacles, or analyze timber quality in real-time with zero latency—all while the main system remains free to handle navigation and communication. This is 'Edge AI' for real.

We take security extremely seriously and assume that networks can be hostile. Encryption: All communication is encrypted, and we use Kyber768—an encryption standard resistant even to future quantum computers (PQC - Post-Quantum Cryptography). We apply protection against 'Harvest Now, Decrypt Later' attacks today. No Backdoors: The system runs on Linux with strict permission levels and regular security updates.

That was true 10 years ago, but not today. We use the Raspberry Pi 5, which is a powerful computer with a quad-core processor and PCIe support. No loose memory cards: We don't use standard SD cards that can come loose or fail. We use industrial NVMe SSDs (1TB) via PCIe, providing extreme write speeds and shock resistance. Encapsulation: All electronics are protected in IP-rated chassis designed for moisture, dust, and temperature fluctuations. The advantage for you: You get the computing power of a $2,500 industrial PC for a fraction of the cost, using standardized hardware.

Wheels are faster on asphalt and warehouse floors, yes. But in a forest, on a construction site, in a garden, or in a disaster zone, wheels get stuck immediately. Accessibility: Legs can step over obstacles, climb stairs, walk over logs, and balance on uneven terrain without tipping over. Low Impact: A hexapod distributes weight more effectively and causes less damage to sensitive ground (e.g., in plantations) than tracks or wheels do.

Compare it to the alternative. What is the cost of one hour of downtime at the sawmill due to poor raw material? Or a missed spruce bark beetle infestation that spreads? SaaS Model: Our subscription model keeps the initial cost low. You pay for the function (RaaS - Robot as a Service), not just for the metal. Scalability: You can start with one robot and scale up to a swarm when you see the value.

No. GAPbot is a precision-calibrated industrial device. To guarantee IP rating, security (PQC), and reliability, we only deliver fully assembled units.

Absolutely. GAP Enterprise is API-first. Integration: We provide REST APIs and Webhooks that easily connect to your existing dashboards, SCADA systems, and ERP solutions. Standards: We support the industry standard AAS (Asset Administration Shell), allowing the robot to be directly represented as a 'Digital Twin' within your systems.

GAPbot features an intelligent 'Return-to-Home' system. When the battery reaches a critical level (configurable, e.g., 20%), it automatically aborts the mission, calculates the most energy-efficient path back, and navigates home to the charging station. It can also enter 'Hibernation' mode and broadcast an emergency signal with its coordinates if something unforeseen occurs.

Fixed sensors only give you data from a single point. A GAPbot gives you data from the entire field. Microclimate: The robot moves through the environment and can detect local variations in moisture, temperature, and infestations that a fixed sensor misses. Active Intervention: A sensor can only warn. A GAPbot can act—e.g., by mechanically removing an invasive plant or precision-watering a specific plant.

Drones are fantastic for overview shots, but they have limitations: Battery Life: 20-30 minutes compared to GAPbot's hours of operation. Legislation: Drones are often not allowed to fly BVLOS (Beyond Visual Line of Sight) without expensive permits. Perspective: A drone sees the tree canopy. A GAPbot sees the trunk, the ground, and the root system—where problems often start. It can also work under cover and in dense forests where GPS is missing.