Trust, Security & Compliance Framework
FireVision is engineered to bring institutional-grade artificial intelligence to the fire safety sector. We operate at the intersection of advanced computer vision, robust cybersecurity, and are engineered in strict architectural alignment with BS 5839 and BAFE SP203-1 principles, currently preparing for formal third-party assessment. Our mission is to provide ultra-early visual verification that reduces false alarms and accelerates life-saving emergency responses.
British Fire Safety Alignment Roadmap
British Standard BS 5839-1 Alignment
While BS 5839-1 traditionally governs physical, electrical fire detection and alarm systems in buildings, FireVision acts as a critical Supplementary Visual Verification System.
- Alert-Dispatch Integrity: Our multi-channel alert routing (SMS, automated voice protocols, and webhooks) is designed to align with the routing reliability principles of BS 5839-1.
- Continuous Monitoring: Our edge-and-cloud architecture monitors camera stream uptime continuously, flag-routing any network dropouts within seconds to maintain systemic integrity.
BAFE SP203-1 Certification Pathway
FireVision is an Advanced Visual Verification Layer designed to work alongside your existing BAFE-certified traditional fire panels. Because we are not replacing your primary certified smoke detectors, a BAFE certificate is not required to install our AI cameras or VPN hubs.
However, to ensure the highest industry standards, FireVision is actively designing its quality management, software deployment, and system maintenance pipelines to meet the stringent criteria of BAFE SP203-1 (specifically under the Design and Maintenance/Support modules for automated detection technologies).
The Goal: We are preparing our operational infrastructure for independent, third-party UKAS-accredited auditing via leading security inspection bodies (such as NSI/SSAIB) to achieve full BAFE registration.
Cybersecurity & Data Governance
SOC 2 Compliance Framework
FireVision treats video stream data with the highest level of security. We are actively implementing operational controls across the primary SOC 2 Trust Services Criteria:
| Trust Criteria | FireVision Implementation Strategy |
|---|---|
| Security | End-to-end encryption for RTSP/CCTV streams utilizing secure, dedicated VPN hubs. |
| Availability | Robust, self-hosted, and cloud-redundant infrastructure ensuring 99.9% uptime for AI processing engines. |
| Confidentiality | Strict Access Control Policies ensuring video data is strictly restricted to authorized client endpoints and automated AI evaluation loops. |
Hardware & Infrastructure Reliability
Industrial-Grade Remote Infrastructure
- Edge Resilience: Turnkey hardware deployments utilize highly stable, industrial-grade network appliances and single-board edge processing arrays.
- Power Management: Remote or standalone monitoring installations feature precision power management systems (such as high-efficiency MPPT charge controllers and dedicated buck regulators) to guarantee uninterrupted uptime even in off-grid edge conditions.