Field hardware + client-owned cloud platform · Turnkey supply through our project partner.
Water management and agrometeorological monitoring supplied for Saudi Arabia through our project partner.
Phase 1 is in operational use at the end user.
Phase 2 upgrade is complete and released to our partner;
Phase 3 end-user deployment is pending while irrigation scope is negotiated.
Phase 2 upgrade (with project partner)
Standard turnkey scope covers equipment, wireless field network, gateway uplink and cloud commissioning. Civil works, earthworks and power/cable trenching are generally by the client or local contractor unless explicitly added to the contract. Illustrations in the technical sections below were captured during trial operation and acceptance at our Xi'an facility — the same hardware and software supplied to the programme.
One end user, three phases, running in real desert conditions — heat, dust and drought. Hardware shipped from China, commissioning and support done fully remotely — installed on site by local electricians, no resident engineers required.
Product photos on this page were taken during factory acceptance at our Xi'an facility; platform screenshots show the live Saudi Arabia configuration. Standard scope: equipment, wireless field network, gateway uplink and remote cloud commissioning.
High-level view of the intelligent agriculture stack: a LoRa Self-organizing Network, secure uplink to the client-owned cloud, and layered monitoring for water-management automation plus environmental sensing — engineered for remote farms with minimal cabling.
Diagrams and product views from trial operation and acceptance at Blaze Xi'an facility — same systems supplied for the Saudi Arabia programme.
Water management and agrometeorological monitoring on one platform — PC, tablet, and mobile stay synchronised. These are not mock-ups or renders.
Genuine product interfaces and hardware, photographed during trial operation and acceptance at Blaze Xi'an facility. Same systems supplied for the Saudi Arabia programme; Phase 1 is in operational use at the end user.
Field hardware for Phase 1 — photographed during trial operation and acceptance at our Xi'an facility. Same equipment supplied for the Saudi Arabia open-field programme.
After Phase 1, the end user commissioned a full system upgrade on the same client-owned cloud platform. Development is complete; these screens show the rebuilt operator experience — an interactive zoomable farm map (replacing the Phase 1 fixed-scale view), five-layer soil sensing at 20 / 40 / 60 / 80 / 100 cm and redesigned dashboards. Formal upgrade for the same Saudi open-field programme; demonstrated and released to our project partner — end-user deployment pending, irrigation scope under discussion.
Phase 2 field hardware photographed during trial operation and acceptance at our Xi'an facility — including multi-layer soil nodes (five depths, 100 cm profile) supplied for the Saudi Arabia open-field programme. Release is with our project partner; end-user field deployment is pending.
Integrated environmental control for protected cultivation — engineered and demonstrated in China.
Blaze delivers smart greenhouse systems for domestic farms and demonstration facilities: multi-parameter sensing, fertigation and climate coordination, and stage-matched lighting — RS485 / Modbus RTU inside each greenhouse, 4G to a client-owned cloud platform, one integrator from design through commissioning.
Under cover, water, nutrition, temperature, humidity, CO₂, light quality and airflow are managed as one stack. Inside the greenhouse: sensors, actuators and controllers on RS485 / Modbus RTU. From site to remote: on-site gateway/controller reaches the client-owned cloud over 4G — operators access dashboards from anywhere.
This system can intelligently regulate water, fertilizer, temperature, light, and air required for plant growth, meeting the optimal growth needs of plants at different stages of development, thus realizing intelligent control of the plant growth environment.
Building on the system overview above, this section focuses on supplemental grow lighting — often quoted and commissioned as its own subsystem next to the wider climate / fertigation stack. The idea is straightforward: adjust both light intensity and spectral composition so illumination tracks each plant growth stage — not one fixed recipe for the full cycle.
Project photos from our technical library — domestic greenhouse and demonstration-facility projects, totalling 20 greenhouses.
Civil works, greenhouse shells and mains distribution are generally outside our scope of supply (as noted at the top of this page), unless the contract states otherwise.