This is a temporary backup site for TRENDS MENA while our primary website is being restored following a regional disruption affecting Amazon Web Services cloud infrastructure in the GCC.

Search Site

ADNOC Distribution 2025 dividend $700m

The company had reported EBITDA of $1.17 bn in 2025.

Empower okays $119.1m H2 2025 dividend

The dividend is equivalent to 43.75% of paid-up capital.

Alujain widens 2025 loss

The increase in loss is due to impairment charges, weaker prices.

Masar 2025 net profit $262m

Higher land plot sales boost revenue and operating income.

Tasnee’s 2025 losses deepen

The petrochemicals' company's revenue also fell 17.7 percent.

DEWA develops terminals for nanosatellite DEWA-SAT1

  • DEWA launched it as part of its Space-D program and became the first utility worldwide to use nanosatellites to improve operations.
  • DEWA Research Center developed the satellite IoT terminals to connect DEWA's assets to the satellite directly and be suitable for grid applications.

Dubai Electricity and Water Authority (DEWA)’s Research Center, Infra X and Wyld have combined to develop satellite Internet of Things (IoT) terminals for DEWA’s 3U nanosatellite, DEWA-SAT1.

Infra X is the IT and telecommunications arm of Digital DEWA, while Wyld is a British technical firm.

DEWA launched it as part of its Space-D program and became the first utility worldwide to use nanosatellites to improve the operations, maintenance, and planning, of electricity and water networks.

The center developed the satellite IoT terminals to connect DEWA’s assets to the satellite directly and be suitable for grid applications, where it links IoT sensors to DEWA’s nanosatellites.

It also provides hybrid connectivity with both the Long-Range (LoRa) IoT terrestrial network operated by InfraX, and DEWA’s nanosatellites.

This will expand the coverage of DEWA’s existing LoRA IoT Terrestrial network, which connects remote assets directly with the nanosatellite.

Moreover, it won’t require the need for ground gateways or satellite ground stations to send the data.

Once the satellite constellation is in operation, data collection from remote assets can be collected at a fraction of the cost and time to extend the terrestrial network coverage.