Assignar | April 12, 2022
Assignar, the leading cloud-based construction operations platform provider, announced the launch of its latest product advancements to help self-perform general and subcontractors increase efficiency, profitability, and innovation. The company developed these platform enhancements in response to the industry's evolving needs and requests.
“At Assignar, we’re constantly gathering feedback and ideas from our internal team, customers and the industry to ensure our product roadmap is aligned with the needs and objectives of today’s contractors – this is reflected in our latest product enhancements, We invested in these four innovations to drive the construction industry forward into a new age of digital transformation that helps teams adapt to changing needs and align resources across projects in real time.”
Marcel Broekmaat, Chief Product Officer at Assignar
Assignar's latest upgrades complement an already robust array of products. They simplify platform use from the start and enable teams to more closely monitor ongoing work and progress through improved data collecting from the field.
This new tool enables contractors to have a better understanding of site development and facilitates productivity analysis, which assists in optimizing resource utilization and adjusting resource allocation depending on progress and budget. It allows users to submit a budgeted amount for a work order and monitor progress against that amount from the field.
Contractors can now access their allocations, submit numerous timesheets for the day, and track time spent on multiple breaks and assets using the new Daily Log. All of this from a single, easily-understandable interface on their phones. It enables reliable data collection from the field, allowing workers to be paid correctly and subcontractors to bill their clients accurately. This will simplify the process of locating job information and entering time, allowing contractors to concentrate on their jobs.
Contractors can effortlessly schedule personnel and equipment from their phone while on the jobsite with Mobile Scheduling. This enables contractors to remain mobile while monitoring task progress and working from numerous locations. They can add and remove resources without contacting the office. Assignar now supports the dynamic work environment in which contractors operate.
The platform's redesigned navigation structure adheres to Assignar's recommended process, from managing equipment and workers to allocating these resources to work orders and tracking time, quantities, and compliance. It is a significant step forward in the company's transition to a revamped user experience.
Assignar's platform and capabilities will continue to expand, helping contractors to increase their efficiency and profitability in an ever-changing sector. Visit www.assignar.com to learn more about these technologies and how Assignar is elevating construction processes.
TriEye | May 22, 2021
Israeli startup TriEye, the developer of the world's first mass-market Short-Wave Infrared (SWIR) sensor, declares today its cooperation with Continental Engineering Services (CES), one of the main designing and creation accomplices for auto and industry clients. This joint effort will zero in on the execution of SWIR imaging frameworks in Driver Monitoring Systems.
TriEye's detecting arrangement demonstrates viability in testing perceivability conditions, like high-glare from the sun, conceal designs from the environmental factors, or moving toward vehicle headlights - identification situations that are foremost for the wellbeing and dependability of in-lodge checking. Past upgraded perceivability, the organizations will assess the remarkable added worth of SWIR for distant material detecting in contrast with other sensor modalities. With TriEye's innovation, Continental Engineering Services will want to offer its clients significant detecting arrangements, for example, improved client ID capacities or exact safety belt identification.
"CES is attempting to coordinate wellbeing and vehicle elements innovations to acknowledge protected and charming driving. When coordinating TriEye's SWIR detecting innovation, our high level inside detecting and driver observing arrangements profit by its high strength and unwavering quality," said Uwe Mühlberger, Director Segment Interior Electronic Functions at Continental Engineering Services.
"We are pleased and charmed to report our coordinated effort with CES which denotes another significant advance in addressing the vision difficulties of car frameworks," said Avi Bakal, TriEye's CEO and Co-Founder, "Our joint work on planning a predominant in-lodge checking arrangement is bearing leafy foods as of now see critical premium from the market for this bleeding edge arrangement."
"Bringing our reality's first CMOS-based SWIR sensor to the auto business speeds up the appropriation of more solid, profoundly robotized vision frameworks. SWIR innovation offers interesting and hearty picture information that is pivotal in diminishing street fatalities rates and saving lives," said Ziv Livne, TriEye's CBO.
InGaAs-based SWIR cameras have been around for quite a long time, serving the science, aviation, and guard enterprises, however have not yet been utilized for mass-market applications because of their significant expenses and enormous structure factor. Given cutting-edge nanophotonics examination, TriEye and its essential assembling accomplice empower the creation of a savvy, CMOS-based HD SWIR sensor at scale, that is mass-delivered and little in size.
Among the organizations that are teaming up with TriEye is the main games vehicle maker Porsche, notwithstanding the worldwide car provider Denso. The assessment of TriEye detecting innovation by CES, Porsche, Denso, and extra TriEye clients, builds up the ascent of SWIR is a critical component in cutting-edge vision arrangements. An ever-increasing number of uses are tackling SWIR range picture information to settle complex difficulties that become clear when looking past the apparent.
TriEye is a fabless semiconductor organization fostering a financially savvy, CMOS-based Short-Wave Infrared (SWIR) detecting arrangement. Its innovation empowers HD SWIR imaging and distant material detecting capacities with unique viability under regular low perceivability conditions. Established in 2017, the organization's reality's first innovation permits machine vision frameworks to convey picture information and significant data.
SimScale | November 11, 2020
SimScale GmbH, the provider of the world’s first production-ready SaaS application for engineering simulation, today announced a major platform development to enable integration and automation with their new application programming interface (API). The feature allows designers, engineers, and computational designers to link their preferred CAD tools directly to the SimScale simulation engine via the API. When designers need to use the power of computational fluid dynamics (CFD) to optimize the performance of their designs, the typical workflow is to import a CAD model into the CFD software and run the simulation. This means the simulation process goes from the designer to simulation specialist in a cumbersome process which stifles the iterative design process as well as resulting findings, especially during early design stages. SimScale’s API now allows direct integration with a CAD software stack like Rhino and Grasshopper.