Security Robot Vendors: DACH Comparison 2026

Security managers at DACH industrial sites face a concrete procurement problem in 2026. Personnel costs are rising under collective agreements, guard service providers report shortages, and KRITIS rules demand gapless documentation. Security robots are an auditable answer. This article maps the vendor landscape, names selection criteria, and runs the cost case against classic Wachschutz.

Security Robot Vendors: DACH Market Position 2026

The market splits into three vendor segments in 2026. First, US importers such as Knightscope and Cobalt, specialised in indoor patrols with RGB and audio sensing. Second, European manufacturers such as ANYbotics and Quarero, delivering outdoor profiles and KRITIS-grade sensing. Third, drone hybrids such as Sunflower Labs, combining ground sensors with airborne verification.

The comparison baseline is personnel. According to BDSW industry figures, guard service personnel costs run at 22 to 28 euros per hour gross, including shift premiums and social contributions. A 24/7 guard post binds 4.2 full-time equivalents, because holiday, sick leave, and rest periods have to be covered. That produces 15,000 to 25,000 euros monthly cost per post, depending on tariff region and qualification (Manteltarifvertrag Sicherheit, §34a briefing, or Sachkundeprüfung).

Vendor selection is filtered up front by three gates: GDPR conformity, EU Machinery Regulation, and EN ISO 13482. A vendor failing any one of these is not qualified for KRITIS procurement. Procurement runs 71 percent as OpEx, not CapEx (BDSW industry report 2025). The reason is balance-sheet driven: leasing and service models do not burden the investment budget and can be released without board approval.

Next step: perimeter protection for industrial sites as the entry point for site assessment.

Comparison Criteria for Vendor Evaluation

Six criteria decide vendor suitability.

Sensor depth. Minimum equipment for industrial perimeters is RGB plus audio. From risk class 2 upwards, thermal sensing is added. At KRITIS level, LiDAR and drone detection. Vendors that only deliver RGB cover indoor scenarios at best.

Deployment profile. Indoor robots with climate requirements are out for outdoor posts. Outdoor suitability requires IP65 minimum, IP66 or higher for DACH winter conditions. Battery runtime, gradient capability, and ground clearance are hard specifications.

Contract model. Three options: purchase (CapEx, transfer of ownership), leasing (CapEx-adjacent, balance-sheet effect), Robotics-as-a-Service model with service level agreement (pure OpEx, no ownership). RaaS shifts maintenance, updates, and replacement units to the vendor.

Response chain. A sensor without connection to an alarm and service centre is documentation, not response. NSL protocols, alarm verification, and escalation stages have to be contractually fixed.

KRITIS suitability. BSI conformity, gapless audit logs, and protection-concept suitability under the KRITIS Umbrella Act (KRITIS-Dachgesetz). Vendors without CE declaration of conformity and without ISO certification cannot be procured for KRITIS sectors.

Lead time and onboarding. Pilot in under 7 days or project over 6 months. That spread is real, and it correlates with the contract model. RaaS vendors deliver in days, CapEx vendors in quarters.

Next step: TCO calculation against classic guard service for the economic case.

Quarero QR-1, QR-2, QR-3 in Detail

Quarero works with a three-tier pricing model without CapEx. All three models run as Robotics-as-a-Service with a 24-month minimum term.

QR-1, 3,200 euros per month. Profile indoor and light outdoor. Sensing RGB plus audio. Suitable for warehouses, office buildings, and covered outdoor areas.

QR-2, 3,500 euros per month. Profile 24/7 outdoor, IP66. Sensing includes thermal camera and person detection. Standard solution for industrial perimeters, plant grounds, and parking areas. Details under QR-2 for 24/7 outdoor deployment.

QR-3, 3,800 euros per month. Sensing LiDAR, drone detection, extended audio analysis. Suitable for KRITIS level and protection concepts under the KRITIS-Dachgesetz. Details under QR-3 with LiDAR and drone detection.

Delivery runs 48 hours from order release. No CapEx, no transfer of ownership, maintenance and software updates are included in the monthly rate. Audit logs are retained for ten years under KritisV retention requirements and stored in tamper-evident form.

Next step: review tier selection on the three-tier pricing model page.

TCO Comparison: Vendors against Wachschutz

The arithmetic is sober. A classic 24/7 guard post costs 18,000 euros per month on average according to BDSW, including tariff wage, premiums, and dispatch. A QR-2 replaces one outdoor post at 3,500 euros per month. Factor 5 saving at comparable sensor coverage and higher documentation density.

Pure substitution is rarely the right approach. The hybrid model has proven itself: one human intervention service plus two QR-2 replaces three guard posts and saves around 60 percent against the pure personnel model. The human handles escalation and physical intervention, the robots handle patrol and documentation.

Across the contract term further effects accumulate. No sick leave, no shift premium, no tariff increase. The monthly rate is fixed. ROI is measurable in under 5 months from commissioning, provided the pilot delivers KPIs. Insurance premiums drop 8 to 12 percent under documented sensor coverage, because incident frequency and clearance rate measurably improve.

Limit of the calculation: robots do not replace a reception function, no key handover, no physical intervention. Anyone factoring those tasks in arrives at a hybrid model, not pure substitution.

Next step: hybrid TCO in the industrial park as a reference calculation.

Legal Framework: What Vendors Have to Meet

Four bodies of rules define the minimum requirements.

EU Machinery Regulation 2023/1230. It replaces the previous Machinery Directive from January 2027. Vendors without CE conformity under the new regulation can no longer place products on the market from that date. Source: EUR-Lex 2023/1230.

EN ISO 13482. This standard governs safety requirements for personal care robots, including mobile service robotics. It is the reference for risk assessment and protective functions. Source: ISO 13482.

GDPR Article 6 and 35. Legal basis for video recording plus data protection impact assessment is mandatory as soon as persons are detected. Vendors have to guarantee data processing in the EU and provide data processing agreements.

NIS-2 Directive and KRITIS-Dachgesetz. The NIS-2 Directive 2022/2555 obliges operators to document protective measures, explicitly including deployed robotics. The KRITIS-Dachgesetz (Bundestag-Drucksache 20/9262) requires physical protection concepts. Sensing through security robots counts as a recognised measure, provided the audit logs meet retention requirements.

Consequence: vendors without CE conformity and without ISO certification drop out of KRITIS procurement, regardless of price.

Next step: check KRITIS requirements for your own sector before drafting the requirements specification.

Selection Process: From Specification to Pilot

The process breaks into five steps.

Step 1: Perimeter audit. Define risk classes per zone. Gate, warehouse, transformer station, and loading area carry different threat profiles. Without an audit there is no valid sensor requirement.

Step 2: Requirements specification. Fix sensor requirements, response chain, and KPI definition in writing. KPIs are detection rate, false-positive rate, MTBF, and availability in percent.

Step 3: Shortlist. A maximum of three vendors, filtered by KRITIS suitability and lead time. More vendors bind selection resources without added value.

Step 4: Proof of concept. 30 days with defined success criteria. The pilot tests sensing under real conditions, not in the showroom. Weather, night operation, and noise sources belong in the test protocol.

Step 5: Rollout plan. Control-centre integration, staff training, works council alignment. Only then scaling to further sites.

To avoid: multi-vendor setups without a unified data platform. Three robots from three vendors produce three dashboards, three audit log formats, and three service paths. That is administrative cost, not a security gain.

Next step: request the requirements specification template through the Quarero pilot enquiry.

Common Mistakes in Vendor Selection

Six error patterns repeat in DACH tenders.

Mistake 1: hardware focus. Spec sheets get compared, the service chain stays unchecked. A robot with a better camera but 72-hour control-centre response time is operationally worse than a simpler model with a connected NSL.

Mistake 2: integration cost. Proprietary platforms without API connection produce hidden cost on every extension. Interfaces to existing video management systems and control centres have to be checked contractually.

Mistake 3: replacement-unit clause. SLA below 24 hours for a replacement unit on failure is standard. Without this clause the operator has a security gap on defect and no legal basis against the vendor.

Mistake 4: data residency. Processing outside the EU breaches GDPR obligations. Contractual fixing of EU data residency is not negotiable.

Mistake 5: works council. §87 BetrVG requires co-determination on technical monitoring equipment. An introduction without a works agreement gets reversed if challenged.

Mistake 6: pilot phase without KPIs. A pilot without detection rate, false-positive rate, and MTBF measurement produces subjective impressions, not a decision basis. Success criteria are to be fixed before pilot start.

Next step: align the KPI set with the internal compliance team.

Recommendation and Next Steps

The recommendation follows the deployment profile, not the vendor name.

Pure indoor sites. QR-1 or comparable vendors with an RGB-audio profile. Investment threshold low, sensing sufficient for warehouses, offices, and covered areas.

Industrial perimeter 24/7. QR-2 as the European solution with thermal sensing. For the majority of DACH plant sites this is the economically viable option.

KRITIS operators. QR-3 with LiDAR and drone detection. Protection-concept suitable under the KRITIS-Dachgesetz, audit logs tamper-evident under KritisV.

Vendors without a RaaS model bind capital and make scaling across multiple sites harder. Anyone equipping three plants cannot capitalise the investment as OpEx and loses balance-sheet flexibility.

Timeline: pilot in 7 days, full operation in 14 weeks, audit report after 90 days. These figures are documented several times over in DACH projects in 2025 and serve as a realistic planning basis.

For requirements review and site assessment, the Quarero pilot enquiry via /de/contact is the direct route. We review perimeter, sensor demand, and contract model on the basis of submitted site documentation and deliver a TCO calculation against the existing Wachschutz within five working days.