Layered digital-physical architecture for control and resilience
BoomBox is designed with a systems architecture approach where physical infrastructure, digital controls, and cybersecurity are integrated from day one.
Mermaid Overview Diagram
High-level representation of control and data flow layers.
Layered Explanation
Each layer has defined controls, interfaces, and operating responsibilities.
| Layer | Main Components | Outcome |
|---|---|---|
| Physical Layer | Sensors, CCTV, access readers, HVAC/fire endpoints | Reliable telemetry and enforceable controls |
| Control Layer | BMS, access control, VMS | Centralized policy orchestration |
| Network Layer | Segmented VLANs and controlled routing | Reduced blast radius and traffic governance |
| Data Layer | Logs, metrics, events, dashboards | Operational visibility and faster incident triage |
| Cybersecurity Layer | Identity controls, hardening, continuous monitoring | Security posture aligned with risk appetite |
| Resilience Layer | Backup, failover, BCP and drill cycles | Service continuity and recovery readiness |
Technical Narrative
Operational intent behind the architecture and cyber posture.
Technology Stack Philosophy
BoomBox is specified as an integrated operations platform where built environment systems and digital systems are managed together.
Layered Architecture
- Physical Layer: power, HVAC, fire systems, controlled doors, sensors, CCTV endpoints.
- Control Layer: BMS, access-control controllers, video management, alarm orchestration.
- Network Layer: segmented VLAN architecture with policy-enforced east-west boundaries.
- Data & Observability Layer: event streams, telemetry aggregation, dashboards, alerting.
- Cybersecurity Layer: identity governance, hardening baseline, monitoring, incident workflows.
- Resilience Layer: backup policies, failover playbooks, BCP/DR runbooks.
Design Intent
The objective is controlled operability at scale: faster incident detection, lower blast radius from failures, and auditable operational decisions.