Engineered for Zero Compromise
Deploying autonomous robotics inside live facilities requires rigorous physical worker protection, impenetrable network isolation, contractual uptime guarantees, and institutional insurance backing.
Certified Human Coexistence
Every BonafideR robot complies with ANSI/RIA R15.08 and ISO 3691-4 safety protocols. Dual-channel safety LiDARs create dynamic protective fields that guarantee stop before contact.
Zero-Inbound Edge Security
On-premise edge gateway communicates via outbound-only encrypted TLS 1.3 tunnels on an isolated VLAN. No inbound ports open to the public internet, ever.
$10M Commercial Coverage
Comprehensive general liability, property damage, and completed operations insurance. Full hardware defect indemnification shifts risk off your balance sheet.
99.4% Contractual Guarantee
Contractual availability backed by automated billing credits. 24/7 remote operations center with 15-minute response and 4-hour on-site technician dispatch.
Insurance Binders & Legal Due Diligence
We provide enterprise procurement and risk teams with direct access to our audited compliance package, including our $10M Certificate of Insurance (COI), SOC 2 Type II assessment, and third-party safety certificates.
Travelers Property Casualty Co. of America
#TRV-88219-ROB (General & Products Liability)
$10,000,000 USD (Per Occurrence / Aggregate)
$5,000,000 USD (Beazley Cyber Liability)
Third-Party Audited Safety Standards
These standards undergo rigorous physical testing, laboratory certification, and regular surveillance audits by accredited global conformity assessment bodies (TÜV, SGS, UL).
Standard for Industrial Mobile Robots (AMR Safety)
Mandates 360° dynamic LiDAR field monitoring, programmable deceleration zones, automatic emergency braking, and human personnel detection in mixed warehouse traffic.
Driverless Industrial Trucks & Autonomous Systems
International safety standard for AGV/AMR braking systems, stability against floor incline, load retention, and fail-safe safety-rated monitored stops.
Safety of Machinery Control Systems
Dual-channel safety circuits ensuring a single component electrical failure will not lead to loss of the safety function or unmonitored actuator motion.
Electrical & Battery Thermal Enclosure Standards
Lithium-iron-phosphate (LiFePO4) thermal runaway prevention, automated fire-safe charging bay contacts, and industrial electromagnetic compatibility (EMC).
Engineered Safeguards & Architecture Controls
Design specifications validated through continuous factory calibration, hardware-enforced limits, and automated fail-safe interlocks.
Industrial Robot Safety & Cell Integration
Safety requirements for industrial articulated arms, end-effector emergency release mechanisms, optical safety light curtains, and physical barrier interlocks.
Collaborative Robots Power & Force Limiting (PFL)
Specifies maximum permissible bio-mechanical pressure and force thresholds ensuring collaborative arm contact with human skin causes zero tissue damage.
Cyber-Physical Edge Micro-Segmentation
Strict air-gap segmentation between robot drive firmware and corporate ERP networks. Outbound-only TLS 1.3 telemetry tunnels with zero inbound listening ports.
Cyber-Physical Network Architecture
How BonafideR isolates robot kinematics from facility corporate IT and ERP networks.
[ Facility Corporate / ERP Network ]
│
│ (Strictly Filtered VLAN Boundary)
▼
[ BonafideR On-Prem Edge Broker (Docker / K8s) ]
├── Local WMS Adapter (Manhattan / SAP)
├── TLS 1.3 / gRPC Encrypted
└── ZERO Inbound Ports Open
│
│ (Dedicated Industrial Wi-Fi / Private 5G)
▼
[ Isolated Robot Kinematic Fleet (LiDAR / SLAM) ]
├── Dual Hardware E-Stops
├── TPM 2.0 Signed Firmware Boot
└── Local Collision Avoidance (Zero Cloud Latency)The 14-Day Production Sandbox
Test a BonafideR robot cell in your active production workflow for 14 days under a clear, written benchmark agreement. If target throughput and uptime metrics are not hit, we de-install the units at zero cost to you.