Pix Safety transforms already-installed cameras into an active safety inspection network. Computer vision models continuously monitor areas, shifts, and routines, detect deviations, and provide evidence so that Health, Safety, and Environment (HSE) teams can act before unsafe behavior develops into an accident. The architecture leverages existing CCTV (Closed-Circuit Television) infrastructure and can incorporate new cameras and IoT (Internet of Things) devices, reducing the need for inspections conducted exclusively in person.
- Operational detection: detection of PPE (Personal Protective Equipment) use and non-use, cell phone use, handrail use, falls, access to restricted areas, exceeding occupancy limits, overcrowding, carrying objects, and proximity to hazardous zones.
- Alerts and traceability: event logging with image, location, timestamp, and the violated rule; forwarding to the platform and, depending on the configuration, through messaging channels.
- Preventive management: dashboards consolidate recurrence, critical areas, time periods, and types of deviations to support audits, training, and process improvements.
- Privacy and integration: the purpose is to classify safety-related events, not to identify workers by name. The solution can integrate with BI (Business Intelligence) platforms, corporate systems, and operation-specific rules.
- Expanded applications: access control, vital-sign monitoring in confined spaces, and revenue protection. Pix Thermo, for example, was a historical product developed for the healthcare sector and used during the COVID-19 pandemic to screen for fever in 2 to 6 seconds, with companies such as Volkswagen and Whirlpool.
The commercial offering combines deployment on existing infrastructure, 24/7 monitoring, and proven use cases with customers such as Petrobras and CEMIG.
The Inertial Labs team of skilled engineers provides expertise to help users select and configure from the models available: MRU-B1, MRU-B1.1, MRU-B2, MRU-E, MRU-P and MRU-PD (with subsea models available). Our support team helps set up units for all application bases to satisfy GNSS-enabled and GNSS-denied environments.
-Superior range and endurance
-Faster cruise speeds and climb performance
-Outstanding VTOL stability and gust tolerance
-Autonomous operations
-Smaller operational ground footprint
-Optimized for Reliability, Availability, and Maintainability
The DRE-Max® smart control system can be easily integrated into existing Plant operational control systems for optimizing air-assisted flares for superior combustion efficiency.
Explore AEREON's DRE-MAX® for flare combustion optimization and emissions reduction!
Boost air assisted flare efficiency to over 99% with AEREON’s DRE-MAX!
Optimize flare combustion and achieve sustainability goals with DRE-MAX® by AEREON!
Below is a testimony of successfully implemented DRE-MAX product ,shared on Linkedin .
https://www.linkedin.com/posts/cimarroninc_creatingacleanerenvironment-activity-7186362780202024961-_y1v?utm_source=share&utm_medium=member_desktop
Automatic Control of Air Flare VFD for Higher DREs
Improper control of VFD can lead to violation of regulations on flaring. For Kuwait gas emissions are regulated by environmental protection regulations (Kuwait Environmental Public Authority) through Kuwait Oil Company, has endorsed zero routine flaring by 2030 .Part of this objective would be to ensure that existing flares are performing at optimum combustion efficiency (with maximum Destruction and reduction efficiency ) . Introduction of DRE-MAX to air assisted flares will ensure this is achieved .
As per Decree No.2 for 2017: executive regulations about engineering and environmental specifications for facilities in Kuwait. They require operators to limit and control the amount of emissions during operation and maintenance of these installations.
Article 43 introduces specifications for oil and gas extraction and production facilities, including that they must reduce and control emissions in the different project phases (design, operation and maintenance). Implementing DRE-MAX for air assisted flare ensure that the steps are towards achieving the goal for Kuwait.
Automatic control can
o Ensure compliance and avoid costly fines and emissions.
o Increase DRE from 98% to 99%, cutting emissions by half.
o Allow expansion of production (otherwise capped by emission tonnage).
o Save operating costs by not running the blower at high speeds all the time.
Overcome problematic lighting conditions, distance, face coverings (50% of face exposed), blurry images from motion, outdated images and angle of view.
Utilizing the Xilinx Aurora 64B/66B protocol, it supports four transmit/receive channels, each operating at 10.3125 Gbps via integrated optical transceivers.
A device driver program is required for operation, and the Linux driver can be downloaded from the product information page on Seedcore’s website.
This module is deployed in the M-SAM air defense system, providing reliable and high-speed data transfer between mission-critical embedded components.
Sound alarm when activating (can be switched off)
Sending message when activating
Sending messages in duty mode about parameters of working capacity and air temperature
Constant control of leaks
Body:
Indoor
Power:
Autonomous
Some patients may not qualify to participate in a clinical trial due to the inclusion and exclusion criteria in the protocol. Likewise, patients may not be able to participate in a trial because of geographic proximity to a trial site or because a trial is not being conducted in the patient's country. Pharmaceutical companies often receive requests from physicians or patients wanting access to the investigational medicine. There are established regulatory pathways in most countries to supply these patients and Tanner can help.
DistroLogic® Control Tower helps aerospace suppliers, manufacturers, distributors, and logistics operators see, review, and control logistics activity across fragmented shipment, supplier, fulfillment, and trade systems.
Traditional visibility tools show status. DistroLogic Control Tower helps operators understand what changed, what it cost, who acted, why a carrier, route, document, or workflow decision was made, and whether the result can be verified later.
The product brings together shipment events, carrier data, supplier records, order activity, documentation status, exception signals, and routing decisions so teams can identify where time, money, and control are leaking across the network.
Core Capabilities
Shipment and Supplier Visibility
View shipment, supplier, carrier, fulfillment, and exception signals in one operating layer.
Exception and Workflow Control
Identify shipment delays, missing records, service issues, and workflow gaps before they spread.
Cost and Route Exposure Review
Review carrier decisions, service levels, routing changes, landed cost, and distribution exposure.
Operational Proof
Preserve shipment events, decision history, documentation status, and audit-ready records.
Operational Benefits
Clearer logistics visibility
Faster exception response
Stronger supplier and carrier coordination
Better cost and route control
Improved documentation and audit readiness
- Standard SAPI ballistic insert compartment size (ballistic panels not included)
- Double laminated laser cut MOLLE webbing attachments
- PSI Gear Hinge
- Dual shoulder adjustable strap options
- Cummerbund tegris
- Tegris reinforced distress back pull tab
- UTX Duraflex buckle
- Laser cut hypalon fabric
- Milspec velcro
- YKK Milspec double zipper
systems. Using advanced equipment, water is introduced and pressurized to 1.25 to 1.50 times the
design pressure, or as per client specifications, to detect leaks, weaknesses, or structural issues. This
method is critical for ensuring the safety and reliability of pressurized equipment in industries such
as oil & gas, petrochemical, and power generation. The tests are conducted with precision to ensure
compliance with industry standards, guaranteeing the long-term durability and performance of
essential equipment.
From software development to hardware innovations; we've evolved from creating solutions for energy sectors, institutions, and infrastructure, to pioneering advancements in avionics and defense technology in Indonesia.
Our expertise spans across smart systems, radar and electronic warfare solutions, aerospace systems, unmanned aerial vehicle (UAV) systems, and space technology, continuously shaping the future of global safety progress.
Our most recent development is the WANI-23 MALE (Medium Altitude Long Endurance) drone, designed to meet the evolving needs of modern surveillance and defense operations.