Persistent intelligence. Remotely piloted.
For facilities that need recurring visibility, not periodic snapshots. An on-site aerial platform runs scheduled, remotely piloted missions — capturing and delivering thermal intelligence through published windows, with a certificated pilot on every flight.
- SCOPE
- Recurring aerial thermal monitoring, single facility
- PLATFORM
- On-site aerial platform + remotely piloted aircraft
- SENSORS
- Radiometric thermal + HD visual
- CADENCE
- Scheduled programs within published windows
- RESPONSE
- Dispatch requested within published windows; aircraft targets arrival within about two minutes
- OPERATION
- Every flight remotely piloted by a certificated pilot
- TIMELINE
- Site survey to program start within the first month
- DELIVERY
- Standard formats — SCADA, VMS, BMS, CMMS, digital twin
- ~2min
- Arrival target within published windows
- 48h
- Report target, each mission
- Radiometric
- Thermal payload class
- AES-256
- Encryption at rest
What you receive.
Facility thermal baseline
Scheduled thermal sweeps of every rooftop, mechanical system, and exterior surface build the reference state of your facility. Every future reading is measured against it, so anomalies surface before failures escalate.
Degradation velocity tracking
Continuous trend analysis across every data point measures how fast each asset is drifting from its baseline — flagging maintenance needs weeks before they become emergencies.
Verified alert response
On request within published windows, the platform documents the alert zone with thermal and visual evidence, so your security operations center can verify before dispatching anyone.
Delivery into your systems
Intelligence is delivered in standard formats into the platforms you already run — SCADA, VMS, BMS, CMMS, and digital-twin workflows. No new dashboards. No manual data transfers.
Scheduled compliance records
Thermal plume monitoring and visual compliance documentation captured on schedule, delivered as structured records for your compliance files.
How the engagement runs.
- 01 · WK 1
Site survey
Facility mapping, airspace review, route design, and platform placement.
- 02 · WK 2
Install & commission
On-site platform installed, connectivity verified, every route flight-tested end to end — remotely piloted.
- 03 · MO 1
Thermal baseline
Recurring missions build the thermal baseline that every future anomaly is measured against.
- 04 · ONGOING
Persistent operations
Scheduled mission program — degradation tracking, alert verification, and delivery straight into your systems.
Scan or standing watch.
Most engagements begin with a Scan; Deployments extend it into persistent coverage.
| INTELLIGENCE SCAN | PERSISTENT DEPLOYMENT · THIS PAGE | |
|---|---|---|
| CADENCE | One mission | Scheduled program |
| RESPONSE | Scheduled window | Arrival target within published windows |
| DELIVERABLE | Severity-ranked report, 48 hr target | Live feeds + trend reports |
| BASELINE | Point-in-time state | Degradation velocity over time |
| COMMITMENT | About two–three weeks end-to-end | Standing engagement |
The other mode: Facility Intelligence Scan →
Start small. Scale on evidence.
No engagement asks for trust we haven't earned yet — each rung produces the proof the next one stands on. The first scan is your baseline; the program turns it into a condition-of-record that tracks degradation velocity over time.
One mission as part of the founding cohort. Full facility pass, severity-ranked report on a 48-hour target. Zero integration required.
Persistent coverage on one site for one quarter — baselines, alert verification, and the trend line that makes the case.
Standing coverage with degradation-velocity tracking and founder-direct reporting, priced on scope.
Recurring visibility, not periodic snapshots.
Tell us about your facility and we will scope a persistent deployment.
Asked before engaging.
Does anyone need to be on site to operate it?
No launch is unattended. Every mission is flown by a certificated remote pilot, and the on-site platform supports launch, recovery, and recharge between missions. Programs run on schedule or on request within published windows.
What happens when an alarm activates?
Your team requests a dispatch within published windows. A certificated remote pilot launches, and the aircraft targets arrival within about two minutes during those windows — streaming thermal and visual evidence to your security operations center so the alert can be verified before anyone is dispatched.
Why do thermal missions often run after sunset?
Thermal contrast is often strongest after sunset, when moisture and heat signatures stand out against a cooling roof. Night operations are Part 107 flights on parcels verified outside the DC SFRA; inside the SFRA, programs run daylight and twilight windows.
Will my team need to learn a new dashboard?
No. Intelligence is delivered in standard formats into the systems you already run — SCADA, VMS, BMS, CMMS, and digital-twin workflows. No new dashboards, no manual data transfers.
Can it operate in bad weather?
The on-site platform is weather-rated for year-round outdoor operation, and the aircraft recharges between missions, so programs continue across seasons within published windows.
How is this different from the one-time intelligence scan?
The scan is a one-time assessment of your facility's current condition. Persistent deployment is the recurring version: an on-site platform running scheduled, remotely piloted missions, tracking change over time instead of capturing a single snapshot.
Related field notes.
Request a Q3 assessment
Two fields. A one-business-day response target. A mutual NDA before we see your site.
- Mutual NDA by default
- $5M liability coverage per operation
- Your data stays in your control
REQUEST FILED
- REF
- FILED
- SCOPE
- FACILITY ASSESSMENT
- NEXT
- FOUNDER RESPONSE TARGET < 1 BUSINESS DAY
Filed directly with Adnan Abdillahi, founder. Keep the reference for your reply.