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Cherie Trojak

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Aug 2, 2024, 10:32:40 PM8/2/24

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With 25 years of experience in the technology industry, you can rely on Express Technology Group to be your most reliable supplier of Electronic Components.
Our unique market insight sets us apart from the competition. We have customized supply chain solutions to help your business run effectively.

Trusted by 750+ customers, Evolv Express provides concealed weapons detection that uses advanced sensor technology and artificial intelligence to help pinpoint the location of potential threats and differentiate them from many everyday items.

"When guests come to Hollywood Park, and more specifically SoFi Stadium or YouTube Theater, they expect a smooth experience - whether it is parking, coming through the entrance, or the actual event they came to see," said Nick Bermensolo, Sr. Director of Security at SoFi Stadium and Hollywood Park. After experiencing longer security lines with their traditional metal detectors, they heard about the Evolv Express system from other NFL teams who had replaced metal detectors with the Express system.

A central mission for Mercy is to ensure that patients and visitors feel as safe and secure as possible when visiting one of Mercy's facilities. It is also critical that hospital staff, or coworkers as Mercy refers to them, can provide care to patients in a safe environment. Our patients, family members, and staff need to feel secure because everyone who is entering has gone through the same processes to ensure that no one brings a weapon into one of our facilities that they could use to harm themselves, one of our coworkers, or another patient or family member of a patient," says Adam Whitten, Mercy's VP of Operational Excellence.

At the Georgia Aquarium, the guest experience was detrimentally impacted by the manual and outdated magnetometer security systems that welcomed more than 2.5 million guests a year. With tons of guest feedback expressing their frustration with security queues, the aquarium implemented Evolv Express to improve their operations.

MyEvolv and Evolv Insights help provide security teams with powerful desktop and mobile control over their systems along with visual dashboards, analytics, and regular automated reports around visitor flow, alarm statistics, event insights, threat type analysis and system performance with the goal to strengthen security and drive operational efficiency.

The findings in our second annual report "Gun Violence in America: A Survey on American's Anxiety" paint a picture of a citizenry that is exhausted and frustrated, and willing to alter their behavior in order to create safer places where they go to learn, work, live and play. Our neighbors and fellow citizens want to be safe when they go to the grocery store, to see a movie, visit a theme park and go to school.

In response to school gun violence, many K-12 schools are looking at ways to bolster their security. Walkthrough and hand-held metal detectors are often cited as an option. But these legacy approaches to weapons screening are simply not a good fit for several reasons. In this whitepaper, we outline 8 ways to use security screening data from Evolv Insights and Integrations to improve school safety.

MyEvolv and Evolv Insights are key components of the Evolv Safer Experience System, a connected and layered approach that integrates people and technology to help enhance security, situational awareness, and threat response.

The certification assesses industry-valued and industry-recognized standards produced by Express Employment Professionals. A premier staffing agency in the U.S., Canada and South Africa, Express specializes in recruiting and placing highly-skilled professionals in a wide variety of industries, all of which require a basic knowledge of business office technology.

Our quality is powered by technology. To this day, KWE continues its development and application of information technology assets not only to move cargo seamlessly across the world, but to drive change through data analysis and process revision as well.

Since 1970, KWE has proactively adopted information technology to reinforce our service capabilities. We were the first company in Japan's logistics industry to implement IT-based export operations in 1978, and we continue to be an innovator in IT-enhanced logistics services.

KWE integrates information technology on a global basis so that all clients receive KWE's signature service quality no matter where they are, with data architecture that facilitates continual synchronization and communications with applicable regulatory agencies while maintaining transparency on all shipment and documentation-related processes.

In a digitized society, information security is a crucial factor to business integrity, and remains one of KWE's highest priorities into the future. Our safeguards for all information transmitted through our global network are validated by the certifications of leading industry organizations and state agencies, receiving internal and external audits to reinforce compliance and safety.

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PCI Express (Peripheral Component Interconnect Express), officially abbreviated as PCIe or PCI-e,[1] is a high-speed serial computer expansion bus standard, designed to replace the older PCI, PCI-X and AGP bus standards. It is the common motherboard interface for personal computers' graphics cards, capture cards, sound cards, hard disk drive host adapters, SSDs, Wi-Fi, and Ethernet hardware connections.[2] PCIe has numerous improvements over the older standards, including higher maximum system bus throughput, lower I/O pin count and smaller physical footprint, better performance scaling for bus devices, a more detailed error detection and reporting mechanism (Advanced Error Reporting, AER),[3] and native hot-swap functionality. More recent revisions of the PCIe standard provide hardware support for I/O virtualization.

Conceptually, the PCI Express bus is a high-speed serial replacement of the older PCI/PCI-X bus.[7] One of the key differences between the PCI Express bus and the older PCI is the bus topology; PCI uses a shared parallel bus architecture, in which the PCI host and all devices share a common set of address, data, and control lines. In contrast, PCI Express is based on point-to-point topology, with separate serial links connecting every device to the root complex (host). Because of its shared bus topology, access to the older PCI bus is arbitrated (in the case of multiple masters), and limited to one master at a time, in a single direction. Furthermore, the older PCI clocking scheme limits the bus clock to the slowest peripheral on the bus (regardless of the devices involved in the bus transaction). In contrast, a PCI Express bus link supports full-duplex communication between any two endpoints, with no inherent limitation on concurrent access across multiple endpoints.

In terms of bus protocol, PCI Express communication is encapsulated in packets. The work of packetizing and de-packetizing data and status-message traffic is handled by the transaction layer of the PCI Express port (described later). Radical differences in electrical signaling and bus protocol require the use of a different mechanical form factor and expansion connectors (and thus, new motherboards and new adapter boards); PCI slots and PCI Express slots are not interchangeable. At the software level, PCI Express preserves backward compatibility with PCI; legacy PCI system software can detect and configure newer PCI Express devices without explicit support for the PCI Express standard, though new PCI Express features are inaccessible.

The PCI Express link between two devices can vary in size from one to 16 lanes. In a multi-lane link, the packet data is striped across lanes, and peak data throughput scales with the overall link width. The lane count is automatically negotiated during device initialization and can be restricted by either endpoint. For example, a single-lane PCI Express (x1) card can be inserted into a multi-lane slot (x4, x8, etc.), and the initialization cycle auto-negotiates the highest mutually supported lane count. The link can dynamically down-configure itself to use fewer lanes, providing a failure tolerance in case bad or unreliable lanes are present. The PCI Express standard defines link widths of x1, x2, x4, x8, and x16. Up to and including PCIe 5.0, x12, and x32 links were defined as well but never used.[8] This allows the PCI Express bus to serve both cost-sensitive applications where high throughput is not needed, and performance-critical applications such as 3D graphics, networking (10 Gigabit Ethernet or multiport Gigabit Ethernet), and enterprise storage (SAS or Fibre Channel). Slots and connectors are only defined for a subset of these widths, with link widths in between using the next larger physical slot size.

As a point of reference, a PCI-X (133 MHz 64-bit) device and a PCI Express 1.0 device using four lanes (x4) have roughly the same peak single-direction transfer rate of 1064 MB/s. The PCI Express bus has the potential to perform better than the PCI-X bus in cases where multiple devices are transferring data simultaneously, or if communication with the PCI Express peripheral is bidirectional.