Teneolog provides an automated feasibility validation service for heavy‑truck deliveries, instantly assessing routes, turns, maneuvers, and site access before a vehicle is dispatched. Using a cinematic‑kinematic engine that combines routing constraints, turn geometry, off‑tracking simulation, and high‑resolution orthophotos, the platform delivers a confidence‑scored verdict in seconds, helping operators avoid costly mis‑routed trips.
Funding
Funding not disclosed
Founders
Product
Problem
Dispatchers often rely on manual checks of maps and street views to determine whether a heavy‑truck can reach a delivery site, a process that takes several minutes per address and provides no confidence metric. This leads to blind decisions, frequent on‑site access failures, costly re‑routing, penalties, and wasted driver time.
Solution
Teneolog offers an automated feasibility validation platform that evaluates heavy‑truck access in seconds. By combining route planning with real‑world truck constraints, turn geometry analysis, off‑tracking simulation, high‑resolution orthophotos, street‑view imagery, and AI‑driven visual inspection, the system produces a structured OK/NOK/HUMAN verdict with a confidence score and concise rationale. Users receive immediate insight into route viability, turn compatibility, site maneuverability, and regulatory restrictions such as weight limits, ZFE zones, and time windows. The platform also suggests alternative drop‑off points when access is denied and generates PDF dossiers for documentation and dispute resolution. Integration options include a web interface, CSV/Google Sheets import, and API connectivity to existing TMS or ERP systems, enabling seamless workflow automation.
Target Audience
Primary customers are logistics operators, freight forwarders, and transportation managers who schedule heavy‑truck deliveries and need rapid, reliable access validation for each destination.
Features
- Real‑time heavy‑truck route calculation respecting vehicle dimensions, weight, and legal constraints
- Turn‑by‑turn geometry analysis with width, angle, and clearance assessment
- Off‑tracking and steering‑radius simulation to verify rear‑track feasibility
- High‑resolution orthophoto and street‑view inspection powered by AI vision for obstacle detection
- Confidence‑scored verdict (OK, NOK, or HUMAN review) with short, actionable explanations
- Automatic alternative access point identification and distance estimation
- PDF dossier generation for audit trails and client communication
- Integration via web UI, CSV/Google Sheets import, and REST API for TMS/ERP workflows