Rasid · Pitch Deck
Hajj & Umrah · HARAM ENVIRONMENTAL SAFETY
Rasidراصد
A live sensor network watching air, heat, and noise across every Haram zone.
neuriya.ai — Sovereign, Arabic-first enterprise AI
Problem
Environmental hazards in the Haram are caught by threshold alarms, after they've already started
- Fixed-threshold sensors catch a hazard only once it crosses a preset line, missing the gradual pattern — a slow CO2 buildup in a pedestrian tunnel — that precedes it.
- Air quality, temperature, humidity, noise, and CO2 are typically monitored by a handful of fixed stations, not a dense enough network to catch a localized hazard in a specific zone.
- An anomaly alert, where one exists, usually arrives as a raw number, leaving the operational response — activate cooling, deploy medical teams — to be worked out on the spot.
- Reviewing conditions in a specific zone down to individual sensor readings currently means pulling logs manually rather than drilling in live.
Solution
A dense sensor mesh that flags the pattern before the threshold is crossed
Product
Rasid in action
How it works
From first touch to outcome
Sense continuously
Over 2,000 sensors stream air quality, temperature, humidity, noise, and CO2 data around the clock.
Detect the anomaly
The model spots deviations from expected patterns, not just breaches of a fixed threshold.
Alert with context
Every anomaly alert includes the affected zone, severity, and a recommended action.
Drill into the zone
Operators inspect any zone down to individual sensor readings before acting.
Market
Sizing the opportunity
- TAM — $1.5B. Global environmental IoT monitoring & smart-city sensing market
- SAM — $90M. Saudi Hajj & Umrah environmental-safety monitoring technology market
- SOM — $7M. 3-year obtainable share via design-partner facility-authority pilots
Extreme heat and dense crowding make environmental hazards a recurring operational risk during Hajj and Umrah peak days, and Vision 2030's Haram-expansion and smart-city investments are already funding the sensor infrastructure this kind of monitoring depends on.
Business model
How Rasid makes money
Per-zone monitoring subscription
Recurring fee priced per monitored zone, covering sensing, anomaly detection, and alerting.
Sensor-network deployment fee
One-time fee to install and calibrate the sensor mesh across a facility's zones.
Response-integration add-on
Priced add-on connecting alerts directly into a facility's cooling, medical, or security dispatch systems.
Revenue streams
Where the revenue actually comes from
Competition
Where we win
Our edge
- Anomaly detection catches unusual patterns before a static threshold would trigger, not after.
- A 2,000+ device mesh gives zone-level density that a handful of fixed stations can't match.
- Every alert ships with a specific recommended action, not just a raw sensor reading.
- Founding team combines Saudi facility-operations experience with applied-AI and IoT engineering.
Traction
Early validation, built for pilot readiness
- Full monitoring product experience built end-to-end: full-spectrum sensing, anomaly detection, alerting with context, and zone-level drill-down.
- Architecture pre-aligned to PDPL, NDMO Classification, and ISO 27001.
- Actively selecting design-partner Umrah operators and Haram facility authorities for a first pilot cohort.
Go-to-market
Land on one high-density zone, expand across the Haram network
- 1Land with 1-2 design-partner facility authorities, deploying the sensor mesh in a single high-density zone such as the Mataf.
- 2Prove anomaly-detection accuracy and response-time improvement over a pilot season.
- 3Expand to additional zones — Jamarat Bridge, Mina, Muzdalifah — through facility-authority relationships.
Team
Built by operators, not just builders
The ask
Raising a seed round to reach first facility-authority pilots
We're raising to fund sensor-network deployment, anomaly-detection model tuning against real zone data, and the core team through first-revenue pilot deployments.