Security Robot VdS Liability: 2026 Guide

Autonomous patrol robots are leaving the pilot phase in 2025. Industrial sites are moving from hybrid operations (Wachposten plus sensor arrays) to semi-autonomous outdoor patrols. The insurance question shifts accordingly. A standard Wachdienst policy does not automatically cover robotic patrol runs. Any operator who starts without an explicit clause extension carries the full personal injury and property damage risk independently.

This guide sets out the 2025/2026 position for security managers at industrial sites. The coverage figures cited are market observations, not legal advice. Binding values are confirmed by the insurance broker before pilot launch.

Security Robot VdS Liability: What Is Actually Required in 2026

VdS recognition for security service providers requires documented commercial liability (Betriebshaftpflicht). Market standard 2025: at minimum €2 million flat for personal injury and property damage per loss event, doubled as annual aggregate. KRITIS clients regularly require €3–5 million in tender specifications.

Autonomous patrol robots are, under insurance law, operating equipment, not vehicles subject to registration requirements. Motor vehicle liability (Kfz-Haftpflicht) does not apply. They are captured through the extended property and financial loss coverage of the Betriebshaftpflicht Wachdienst, supplemented by an explicit robotics clause.

Insurers require proof of conformity before underwriting. Specifically: CE marking under the EU Machinery Regulation 2023/1230 and application of the safety standard EN ISO 13482 for service robots. Without these documents, the robotics clause is either excluded or subject to high deductibles.

Quarero provides an insurance dossier for each deployment site. Contents: declaration of conformity, operating limits (speed, geofence, environmental conditions), maintenance plan, telemetry specification. The broker submits the dossier directly to the insurer.

Legal Framework: Machinery Regulation, ISO 13482, Product Liability

The EU Machinery Regulation 2023/1230 replaces the former Machinery Directive 2006/42/EG from 20 January 2027. It explicitly covers AI-based safety functions and tightens conformity assessment. Patrol robots with person-detection capabilities fall under the annex for high-risk machinery.

EN ISO 13482 was developed for personal care and service robots. For mobile patrol robots, the standard applies by analogy until a dedicated standard is published. Insurers accept the standard as a reference for safety distances, emergency shutdown, and collision avoidance.

Liability splits into two spheres. Product liability under the Produkthaftungsgesetz (ProdHaftG) falls on the manufacturer: design defects, instruction deficiencies, manufacturing faults. Operator liability falls on the security service or the industrial client: site selection, training, maintenance execution, response to alarms.

In the Robotics-as-a-Service model, keeper status (Halterstellung) remains with Quarero. Quarero insures the device, maintains it, and provides software updates. On-site operations are the client's responsibility. The policy must cover both spheres, namely keeper liability and operator liability. Standard contracts conflate the two. A clear contractual separation is a prerequisite.

Service contracts between a Wachdienst and an industrial client require precise wording. The robot is a tool of the Wachdienst, not a subcontractor. Otherwise, obligations under subcontracting law (§ 14 AÜG, Mindestlohngesetz) apply in a way that is operationally meaningless and blocks recognition.

See also: KRITIS-Dachgesetz Checklist.

Coverage Limits and Clauses in Practice

Market observations for 2025, robotics-assisted outdoor patrol at industrial sites:

• Flat personal injury coverage: from €3 million per loss event. Factual market standard for KRITIS sites.
• Property damage: €2 million per loss event.
• Financial loss: at minimum €1 million. False alarms can trigger production stoppages in manufacturing running into six-figure losses.
• Annual aggregate: twice the per-event limit.

Four clauses warrant particular attention.

Cyber clause. Third-party takeover of robot control (hijacking, radio jamming, spoofing) is excluded under standard AVB. Without explicit inclusion, the operator bears the loss alone. The clause costs €600–1,200 per year depending on the security concept.

Activity damage exclusion (Tätigkeitsschaden-Ausschluss). Standard Wachdienst policies routinely exclude damage to the guarded property. Critical for robotics: collisions with gate systems, industrial trucks, or workpieces are classified as Tätigkeitsschäden. Negotiate removal of the exclusion or a sublimit of at least €250,000.

Hired equipment damage (Mietsachschaden). When the robot is used under the RaaS model, the policy should cover damage to the hired device up to replacement value (QR-2: approximately €95,000; QR-3: approximately €165,000).

Deductible (Selbstbehalt). Industry standard is €2,500–10,000 per loss event. Raising it to €15,000 reduces the annual premium by 15–20 percent, but ties up liquidity in the event of a claim.

VdS Recognition Procedure for Robotics-Assisted Security Services

VdS 3138 governs the requirements for security service providers. A dedicated modular annex for robotics is in preparation but had not been published at the time of writing. Until then, recognition proceeds via individual case review with a supplementary risk assessment report.

Required documents:

1. Operating manual per robot type, including operational limits.
2. Emergency SOP for collision, power failure, loss of radio link, sensor fault.
3. Maintenance records: monthly visual inspection, semi-annual inspection, annual major service.
4. Training records for control room personnel (minimum 16 hours for initial qualification).
5. Risk assessment per deployment site under EN ISO 12100, including residual risk statement.
6. Insurance confirmation with robotics clause.

The audit takes 8–12 weeks from the date of complete documentation submission. Recertification every three years, annual surveillance audits. Industry data on the number of VdS-recognised service providers is published annually by BDSW.

Quarero provides standardised audit packages for existing clients. The packages cover the robotics-specific annexes. Procedural management with VdS remains the security service provider's responsibility.

See also: Perimeter Protection at Industrial Parks.

Loss Events and Burden of Proof in Practice

The quality of evidence determines the insurance outcome. Three points are operationally critical.

Store telemetry in a tamper-proof format. Sensor and control logs must be retained in a tamper-proof format for at least 90 days. Recommended: hash signature per data record, timestamps per RFC 3161, redundant storage. Without these logs, a reversal of the burden of proof (Beweislastumkehr) is a realistic risk in disputed cases.

Prima facie evidence in personal collision cases. When an autonomous robot collides with a person, the general doctrine of prima facie evidence (Anscheinsbeweis) operates against the operator. Rebuttal is only possible through complete sensor logs demonstrating proper operation and third-party causation.

GDPR-compliant storage. Video recordings from the robot are subject to Art. 6(1)(f) GDPR. A documented balancing of interests, a record of processing activities, and a data protection impact assessment for systematic monitoring are required. Retention periods: generally 72 hours for routine video, 90 days for incident data.

Contractual arrangements must specify: in the event of a loss, the Quarero control centre is the first point of contact for immediate measures (shutdown, securing the device, data extraction). The manufacturer is engaged through the control centre. Direct escalation to the manufacturer delays evidence preservation.

QR-2 for 24/7 outdoor patrol and QR-3 with LiDAR and drone detection produce encrypted logs with timestamps and hash signatures as standard. Logs are mirrored on the device and in the control centre backup.

Framework conditions for KRITIS sites are governed by the BSI-KritisV. Cross-sector protection concepts are coordinated by BBK.

Cost Impact: Premiums, TCO, and the RaaS Advantage

The extended robotics clause in the Betriebshaftpflicht Wachdienst costs between €1,800 and €4,500 in annual premium per deployment site in 2025. The range reflects risk profile: a simple industrial yard with daytime operations sits at the lower end; a chemical site with 24/7 operations and public access sits at the upper end.

Under the Robotics-as-a-Service model, keeper liability for the device is included in the monthly rate. QR-2: approximately €3,500 per month including maintenance, updates, keeper insurance, and control centre connection. QR-3: approximately €5,800 per month. The operator still requires the robotics clause in its own Betriebshaftpflicht.

Comparison anchor: a 24/7 Wachposten costs between €15,000 and €25,000 per month in 2025, including insurance, Manteltarifvertrag obligations, social security contributions, and dispatch. Three shifts across 365 days reaches the upper figure. A detailed breakdown is in the TCO comparison Wachschutz vs. robotics.

A pilot run of 6 months allows empirical calibration of coverage limits. Insurers accept telemetry data from the pilot phase as the basis for subsequent premium adjustment. Typical effect: premium reduction of 10–25 percent after 12 months of loss-free operation.

Trade-off stated explicitly: robotics reduces personnel costs but increases documentation obligations. Any operator who does not build the audit documentation will lose VdS recognition faster than the payroll savings amortise. Robotics works in structured outdoor areas with defined routes. It does not work in unstructured mixed zones with high public footfall.

Procedure: Four Steps to Insured Robotic Patrol

Step 1: Site risk assessment. Quarero Engineering conducts the site visit. Output: written hazard catalogue under EN ISO 12100 with residual risk assessment. Duration: 3–5 working days. The catalogue forms the basis for the insurer and VdS.

Step 2: Engage the insurance broker. Clause extension must be confirmed in writing before the pilot launch. Verbal assurances are insufficient. Items reviewed: flat-rate sum, cyber clause, Tätigkeitsschaden exclusion, Mietsachschaden, Selbstbehalt. Time to binding policy: 2–4 weeks.

Step 3: Build VdS-compliant documentation. Operating manual, emergency SOP, maintenance plan, training records, audit trail. Quarero delivers the complete document set within 48 hours of contract signature. Adaptation to the specific site is the security service provider's responsibility.

Step 4: Pilot run of 4–8 weeks. Live operation with telemetry capture, weekly evaluation, adjustment of routes and threshold values. After pilot completion: submit consolidated documentation to VdS. The recognition procedure can run in parallel with full operations.

Total duration from first contact to VdS recognition: 4–6 months. The pilot itself typically starts 6–8 weeks after contract signature.

Security managers reviewing the business case should proceed to the TCO comparison Wachschutz vs. robotics with site-specific input values. For direct project intake: submit a pilot request.