Autonomous monitoring without downtime
Planned missions, critical-zone guarding and anomaly alerts — with dock options and oversight without continuous manual piloting.
Mission plan
schedule
Alerting
rules
RTK / GNSS
repeatability
Integration
API / cloud
Definition
What autonomous monitoring is
A combination of planned flights, sensors and rules so facilities or infrastructure stay monitored even without a permanent operator at the controls.
Autonomous monitoring means repeatable missions running under an approved plan: time windows, routes, altitudes and sensors. The system tracks deviations from expected state and generates events for your team — not after a week of manual review.
For selected deployments, we extend workflows with a dock or remotely triggered missions to reduce dependency on weather and on-site crew availability.
- Mission planning and frequency by risk profile (perimeter, critical zones)
- Consistent image geometry for comparison over time
- Roles and permissions — who sees alerts and who sees reports only
- Operational logs for audit and security reviews
Process
How it works
From brief to operations oversight — one accountability chain, measurable outputs.
1. Brief and risk profile
We define area, frequency, sensors and alert thresholds aligned with operations and regulation.
2. Mission planning and communications
RTK/GNSS deployment, connectivity checks (LTE/5G by location), backup scenarios for outages.
3. Automated capture and processing
Images and telemetry stream into secure storage; rules evaluate deviations and generate events.
4. Notifications and reporting
Dashboard, email or webhook into your system; periodic summaries for management and maintenance.
Time series
Repeatability = meaningful comparison
Same routes, same angles and stable georeferencing — without this, “change” is often flight artefact, not asset reality.
- defined waypoints and altitude profiles
- normalised exposures for visual comparison
- calibrated sensors and control checks
Why we build on this
Time trends are useful for predictive maintenance, insurance evidence and internal audits. Without repeatability, comparisons are unreliable — we deliver decision-ready data.
Intelligence
Anomaly detection
We combine visual and thermal data with rules so your team handles real events, not noise.
Change detection
Image comparison over time — new objects, shifts, envelope damage or access-route issues.
Thermal anomalies
Overheated joints, envelope leaks or abnormal thermal maps in technology areas.
Rules and priorities
Configurable thresholds, escalation chain and false-alert filtering by location.
Security
Data and operations under control
Monitoring is as sensitive as the infrastructure it protects — security is part of design, not an afterthought.
Encryption and access
Roles, MFA and team-based data segmentation — least privilege by default.
Operational logs
Audit of flights, downloads and config changes for security and operations reviews.
Integration without metadata leakage
Webhook/API with managed tokens; no public non-expiring links unless explicitly required.
Technology
Stack for reliable operations
Hardware and software are selected by environment — from city perimeters to industrial sites.
Autonomous platform
Mission planning, vehicle status, safety limits and emergency modes.
RTK / GNSS
Centimetre accuracy for repeatable flights and georeferenced outputs.
Connectivity
LTE/5G by coverage; backup scenarios for critical locations.
Dock & charging
Where relevant — fewer interventions and predictable operations.
Integration
Integration into your ecosystem
We do not lock you into one app — we build bridges to systems you already use.
- Webhook and REST API for ticketing, CMMS or custom dashboards.
- HORDRONES client zone for viewing, archive and role-based access.
- Exports to GIS / storage as agreed — structured, named and versioned.
The objective is to surface alerts where you already run operations — not to create another isolated data island. Integration scope is always aligned with your IT and security rules.
Deliverables
Outputs
Transparent data and reporting packages — each stakeholder sees what they need, no more.
Operations dashboard
mission status, alerts, trends and critical-zone overview
Reports
periodic summaries for management and maintenance
Georeferenced data
imagery, ortho, thermal — per brief
Exports
structured packages for GIS and documentation
Logs and audit
traceability for internal and external controls
Escalation
defined channels by event severity
Engagement
Packages
Indicative structure — final scope by location, frequency and integration complexity.
Pro
Operational monitoring
- ✓full mission plan
- ✓advanced rules
- ✓dashboard + cloud
- ✓webhook integration
Enterprise
Critical infrastructure
- ✓SLA consultation
- ✓multiple locations
- ✓redundant connectivity
- ✓custom integration / API
Ecosystem
Services that combine well
Autonomous monitoring delivers maximum value when paired with precise data and inspection workflows.
Inspection → regular structural condition · LiDAR → geometry and 3D context · GPR → subsurface excavation risks