T Bytes IoT & AR

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T-Bytes
IoT & AR
October Edition 2020
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Table of Contents
1. Financial, M & A Updates...................................................................................................................................1
2. Solution Updates..................................................................................................................................................4
3. Rewards and Recognition Updates...................................................................................................................33
4. Customer Success Updates................................................................................................................................41
5. Partnership Ecosystem Updates.......................................................................................................................54

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Financial, M & A Updates
IoT & AR Industry

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Financial, M&A Updates
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Honeywell Acquires Rocky Research, A Technology Leader In Power And Thermal
Management
Honeywell has acquired privately held Rocky Research, a Boulder City,
Nevada-based technology leader specializing in thermal, energy and power
management solutions. This acquisition expands Honeywell's existing,
broad portfolio, which includes power generation systems, energy storage,
and power and thermal management systems. It also combines Rocky
Research's proven research and development capabilities with Honeywell's
worldwide reach and engineering integration, test and production expertise.
The acquisition of Rocky Research positions Honeywell with an advanced
capability in the fast-growing power and thermal management market. The
combined, differentiated capabilities of Rocky Research and Honeywell
will help reduce the size, weight, power and cost of thermal and power
management and hardware systems. Rocky Research will be integrated into
Honeywell's Aerospace business.
Executive Commentary
"Rocky Research is an ideal addition to Honeywell's expanding product
portfolio. Effective cooling systems optimized for size, weight and
power are critical to meet the growing need for aircraft electrification,
unmanned and autonomous aerial vehicles, and related systems," said
President and chief executive officer of Honeywell Aerospace. "Rocky
Research will augment Honeywell's existing technology capabilities in
these areas."
Description
1

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Honeywell Acquires Ballard Unmanned Systems
Honeywell has acquired assets from privately held Ballard Unmanned Systems, a wholly
owned subsidiary of Southborough, Mass.-based Ballard Power Systems Inc. Ballard
Unmanned Systems designs and produces industry-leading, stored-hydrogen proton
exchange membrane fuel cell systems that power unmanned aerial systems (UAS),
particularly those used for energy inspection, cargo delivery, and other commercial and
defense applications where demand for UAS services is growing. Honeywell is acquiring
the key intellectual property, inventory and equipment of Ballard Unmanned Systems.
Ballard's team of fuel-cell experts will also join Honeywell as part of the acquisition.Fuel
cells function much like traditional batteries but with a key difference: They don't run out
of power or need to be recharged. A fuel cell uses the chemical energy of hydrogen or
another fuel to cleanly and efficiently produce electricity. Unmanned aerial systems
powered by fuel cells can fly longer distances, are quiet and have zero greenhouse gas
emissions.Ballard Unmanned Systems' fuel cell power systems can run up to three times
longer than batteries and are five times more reliable than small engines. Furthermore,
unlike traditional gas engines that have carbon emissions, they utilize hydrogen, a clean
source of energy.
"Adding Ballard Unmanned Systems to the Honeywell family is another example of
our commitment to invest in the growing UAS segment," said President and chief
executive officer, Honeywell Aerospace. "We can now begin producing top-quality,
scalable power systems for our UAS customers and eventually adapt these systems
for other future aerospace, defense and adjacent segment applications."
Description
2

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SimiGon:Interim Results For The Six Months Ended 30 June 2020
Financial Highlights
• Revenues decreased by 50% to $1.35 million (H1 2019: $2.68 million) reflecting
slower progress in delivering against project milestones due to COVID-19 restrictions
and limitations on securing expected new business wins
• Pipeline for H2 and beyond gives confidence in longer-term prospects
• Consequential impact on gross margin of 49% (H1 2019: 66%)
• Operating expenses decreased by 15% to $1.88 million (H1 2019: $2.20 million)
• Operating loss of $1.22 million (H1 2019: $0.44 million)
• Net loss increased by 193% to $1.27 million (H1 2019: $0.43 million)
• Basic and diluted loss per share of $0.02 (H1 2019: loss per share $0.01)
• Cash, cash equivalent, short term investment and deposits of $6.30 million as at 30
June 2020 (30 June 2019: $6.15 million)
• Trade receivables decreased by 73% to $0.61 million (30 June 2019: $2.30 million)
SimiGon’s Chief Executive Officer and Executive Chairman commented:
“SimiGon’s core business supporting military aircrew training through direct
Government contract and subcontracts has been adversely affected by the
coronavirus (COVID-19). Despite numerous contracts delays, we have continued to
work through the challenges, making our programme deliveries and support while
receiving a contract extension from the USAF for RPA training. The ongoing R&D
efforts in XR and maintenance training are creating significant future growth
potential. This has made SimiGon a more cohesive, focused and ready-made
company for the challenges to come.We are continually reassessing our prospects
given the dynamic environment and restrictions imposed across our international
business but have concluded that performance for the financial year will be behind
that of 2019. This is unfortunate but understandable in the circumstances, and given
that existing long-term relationships have remained strong, our contracts remain in
place if delayed, and, with a resilient financial position, we are confident in the
longer term prospects for the business.”
3
Key Financial Highlights

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Solutions Updates
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Solution Updates
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Airbiquity Launches OTAmatic Vehicle Configurator To Help Automakers
Manage Connected Vehicle Software
4
Solution Description
Airbiquity®, the global leader of connected vehicle services, launched its OTAmatic® Vehicle Configurator, a tool for defining and managing connected vehicle software. The OTAmatic Vehicle Configurator
gives automakers insight into the exact hardware and software configurations within a vehicle, manage known combinations of electronic control units (ECUs) and software versions in vehicles, and meet
emerging government compliance requirements for type certified vehicle systems. In recent years, the number of vehicle ECUs receiving software updates via over-the-air (OTA) technology has been steadily
increasing, making it difficult for automakers to track and manage software configurations across their fleets. As these ECUs receive OTA software updates over time, different software permutations will appear
in the field as not all vehicles will be updated at the same time. This results in a multitude of software combinations which need to be tracked and managed by the automaker for vehicle maintenance and
regulatory compliance. The OTAmatic Vehicle Configurator gives automakers the power to address these issues and better control the software configurations in their vehicles. The OTAmatic Vehicle
Configurator:
• Deploys software only in approved combinations. Minimizes unanticipated issues by ensuring software contained in tens to hundreds of independent ECUs in a vehicle are limited to prevalidated
configurations tested and approved by automakers.
• Provides a breakdown of vehicles in the field. Reports the exact version of software and hardware installed in vehicles so automakers can understand the state of their vehicle fleets.
• Displays a history of vehicle configurations. Allows automakers to compare configurations for vehicle lines or individual vehicles to understand changes over time.
• Works with Airbiquity’sOTAmatic software management system. Configuration candidates can automatically be created from factory feeds of newly manufactured vehicles or by importing Bill of Materials
(BOMs) using a web-based tool, then provided to automakers for review and approval. Configurations can also be provided for review when a vehicle reports a new combination from the field.
• Works with non-Airbiquity OTA software management systems. Existing OTA systems can be enhanced by Vehicle Configurator integration using supplied APIs.
• Enables regulatory compliance for tracking type certified vehicle systems. Allows automakers to record the software (RXSWIN) associated with the type certification of a vehicle system and supports
UNECE (WP.29) requirements for tracking software updates.

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Solution Updates
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SOLIDReporter for SOLIDWORKS – Time and Project Management Tool
5
Logopress, a long-time SOLIDWORKS® software partner, announces the launch of a new add-in product called SOLIDReporter™
which has been developed for all SOLIDWORKS users. SOLIDReporter™ is an easy-to-use and affordable add-in designed to work
seamlessly within SOLIDWORKS to automatically record, monitor and manage time, tasks and projects. SOLIDReporter will
automatically record time spent working on parts, assemblies or drawings while automatically switching between projects based on
criteria defined by the user. It also provides the flexibility of creating custom tasks to keep track of time spent while working outside of
SOLIDWORKS, whether it is time spent in meetings, on breaks, in the shop, etc. SOLIDReporter helps the user and the manager to
monitor their projects in real time. It also allows the user and the manager to generate analytical reports by project, task, or time period.
SOLIDReporter is designed to be forgotten, without forgetting what was worked on in SOLIDWORKS. SOLIDReporter automatically
stops allocating time to a project, based on a user defined period of inactivity in SOLIDWORKS. The user can also add notes such as
reminders, ideas and questions to the currently active project in order to follow up on them later. In addition, a time budget can be set for
each individual project. SOLIDReporter then monitors the amount of the budgeted time used providing alerts at project milestones.

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Solution Updates
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AVEVA Enhances Unified Supply Chain Solution with Real-Time Crude
6
AVEVA, a global leader in engineering and industrial software, announced the launch of the latest enhancement to its AVEVA™ Unified Supply Chain platform,
Real-time Crude, designed to help customers gain visibility into their business and operations in order to quickly understand how crude quality impacts their value
chain. With the Oil and Gas industry facing massive disruption, a lack of visibility into the supply chain has led to difficulties with reacting to market changes in
real time. AVEVA Real-Time Crude, a solution developed with Schneider Electric, combines cutting-edge analytical equipment with powerful machine-learning
techniques to provide rapid and reliable crude oil assays across the enterprise in a matter of minutes. Timely information leads to advantages, including more
intelligent purchasing decisions, improved operational planning, better allocation of refining resources, and more certain product volume and quality
predictions.AVEVA Unified Supply Chain is available on AVEVA Connect, which is designed to securely host AVEVA software solutions in the Cloud bringing
additional value to customers with easier maintenance, increased collaboration, and in the case of Unified Supply Chain, increased computational power that
speeds up decision making.As the only truly unified platform for process industry supply chain management, AVEVA Unified Supply Chain is a single source of
knowledge enabling enterprises to share and communicate decisions between diverse teams, promoting collaboration and discussion across global locations
delivering increased visibility which enables rapid reaction to changing market conditions. It comprises modules for planning, scheduling, assay management and
supply distribution that can share common information promoting an understanding of the entire plant and of the business. Utilizing common data, models, and
user management, it promotes collaboration and visibility across the entire supply chain.

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Solution Updates
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Stuttgart airport set to welcome fully automated and driverless parking
7
Automated parking to drive down the airport stress: Bosch, Mercedes-Benz, and the parking garage operator Apcoa want to introduce driverless and
fully automated parking at Stuttgart airport in the future. To this end, the automated valet parking (AVP) system co-developed by Bosch and
Mercedes-Benz is to be made ready for commercial operation. The new Mercedes-Benz S-Class is already geared up to accommodate it as the world’s
first production vehicle to feature the technology required for future infrastructure-based AVP. As an option, customers can buy the appropriate
pre-installation for what the company calls the INTELLIGENT PARK PILOT, which makes the S-Class capable of receiving a smartphone command
to drive itself to a reserved parking space.The P6 parking garage at Stuttgart airport will serve as the pilot for the planned commercial automated parking
service. Here, the companies will test how the vehicle technology onboard the S-Class interacts with the intelligent Bosch infrastructure and APCOA
FLOW, the digital platform provided by the parking garage operator Apcoa. This platform makes the whole parking process ticketless and cashless.
“Apcoa, Bosch, Mercedes-Benz, and Stuttgart airport want to work together to make parking fully automatic,” says Christoph Hartung, member of the
executive management of Connected Mobility Solutions at Bosch. In the airport parking garage, preparations are currently underway to begin piloting
the planned automated valet parking service. The aim of this trial with new S-Class vehicles at Stuttgart airport is to ensure that interactions between
the vehicle, infrastructure technology, and parking garage operator run smoothly and are optimized for the customer.

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Caldera announces Version 14 of CalderaRIP
8
French RIP specialist Caldera have announced that Caldera Version 14 will be launched in October, bringing a range of new features and enhancements to its
award-winning print management and workflow software. The benefits to users will include increased production capacity, decreased downtime, significant time savings,
enhanced automation and even better print quality. This latest edition of CalderaRIP software firmly focuses on providing better workflows and Hotfolders. The result
for users is increased production capacity and minimised downtimes – the parallelization of Hotfolder queries means not only a time saving of 35% on PDF workflows,
but also up to 60% faster TIFF workflows for industrial and textile printers. This represents a substantial productivity gain over previous versions. Furthermore, V14
includes a number of features that are exclusive to CalderaCare customers. Their file-based workflows can link to the RIP and to PrimeCenter, Caldera’s new production
automation solution, by automatically loading and processing metadata, such as the number of copies of each prepared layout. Additional new features include
QuickConfig, which reduces the time spent managing configurations by offering extra flexibility when submitting jobs from the ImageBar. The latest Adobe iteration,
Adobe PDF Print Engine 5.5, features a Fine Line Rendering algorithm for sharper lines and more readable small text. V14 also includes features that were previously
exclusive to CalderaCare users, such as access to Automated Double-sided Print&Cut ,which can result in up to 90% time savings at the design stage of the process, and
Nesting Content View, useful for locating jobs hidden in nested rolls. Caldera V14 supports 42 new print drivers and three new roll cutter drivers, as well as updates to
macOS V11.0 Big Sur. CalderaCare users further benefit from the Fotoba Automatic Slicing Positioning for those who invested in automated trimming. Moreover, patch
detection for the latest X-Rite i1Pro3 and i1i03 spectrophotometer has also been enhanced.

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Solution Updates
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3D Systems Delivers New Innovation for its VSP® System – Receives
510(k) Clearance for Improved Patient-Matched Surgical Guidance
9
3D Systemsinventor of 3D Printing and creator of Virtual Surgical Planning for craniomaxillofacial (CMF) applications - is announcing that the Food and Drug Administration (FDA)
has provided 510(k) clearance for maxillofacial surgical guides 3D printed using its LaserForm® Ti and DuraForm® ProX PA materials. The new clearance allows for more innovative
surgical guide designs that improve performance and is the latest delivery on 3D Systems’ customer-centric approach to address the needs of surgeons performing maxillofacial and
reconstructive surgeries. 3D Systems’ surgical guides produced using these materials as part of its VSP® System offer unprecedented flexibility in design options, and are capable of
having lower profile designs to enhance visibility and access in the surgical site, while also possessing improved strength and rigidity. Creating patient-specific surgical guides as part
of the VSP System has been shown to save surgeons and patients hours in the operating room. As a pioneer in the personalized medicine space, 3D Systems’VSP technology received
FDA market clearance as a service-based approach to personalized surgery, combining expertise in medical imaging, surgical simulation, and 3D printing. The surgeon initiates the
process, bringing their clinical knowledge and desired surgical plan to an online web meeting with a 3D Systems biomedical engineer to simulate and plan the surgical procedure. The
outcome is a digital plan that is transferred to the operating room via accurate 3D printed patient-specific models, guides, and templates. 3D Systems has provided VSP solutions or
anatomical services in more than 120,000 unique patient cases.3D System’s new material options allow for innovative surgical guide designs that improve performance in surgery. It
is now possible to design surgical guides with less overall material bulk while improving strength and durability. Mechanical testing shows that Titanium cutting and marking guides
produced in LaserFormTi are 20x stronger than traditional guides.4 With the improvement in strength, Titanium fibula cutting guides can be 70% thinner than traditional guides –
facilitating improved access to the surgical site. Similarly, Nylon marking guides produced in DuraFormProX PA exhibit up to 88% higher toughness 4 – rendering them better able to
withstand forces applied during surgery. This enables the creation of thinner guides than previously possible and facilitates a close, snap-like, fit to patient anatomy that cannot be
achieved in the traditional material.

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Solution Updates
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GE Digital OPM for Power Generation Provides Modular, Interoperable
Performance Optimization Tools for a Changing Industry
10
GE Digital introduced its Operations Performance Management (OPM) solution for Power Generators. This robust three-module solution increases revenue and margins
by coupling Process Digital Twin technology based on first principles (physics-based modelling), AI, and advanced machine learning, with cutting-edge modelling and
analytics and edge control, enabling optimized power plant performance across a generation fleet.OPM improves the performance of plants, sites, and generation
portfolios by consolidating data into a coherent single source of truth available to users across the organization, from the plant to headquarters. It also ties in historical
context and economic impact with expanded operational capability to drive actionable insights and decision support. This information is used to monitor and diagnose
performance issues, identify areas of improvement, and predict capacity and its cost, to improve day ahead and intraday planning. The resulting guidance and executable
advice drive desired outcomes for improved efficiency, flexibility, capacity, and emissions.Due to renewables and a global focus on emissions reduction, thermal plants
cycle more often and are online less, shrinking the window of generating opportunity. These new operating modes mean that generators increasingly need tools that
enable flexible operations, leverage machine learning and AI technologies, support process automation, and support accurate, timely dispatch. With a connected UX from
plant to trading floor, traders, dispatch planners, and commercial teams can have accurate and timely information on plant-specific capabilities and costs, and as a result,
optimize their market offers and dispatch decisions to manage risk and uncertainty, while increasing margins and profit.With better monitoring, diagnostics and guidance,
generators can ensure performance is maintained to minimize costs and improve output. They can apply models and analytics at the plant and asset level to open operating
boundaries and optimize operations. They can bring individual plant capabilities to the forefront of the decision-makers – traders and dispatchers – in a way that presents
advice, rather than just data, in real time and contextualized for the role and decision that needs to be made.

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GE Digital Visual Intelligence Platform Offers Best-in-Class Vegetation
Management and Asset Inspection
11
GE Digital introduced a purpose-built Visual Intelligence Platform for utilities. The SaaS solution is designed to ingest all forms of visual inspection data and executes
workflows and automated analysis which contextualizes data into Digital Twins of the network and environment. The Digital Twin generates business intelligence that
is consumable, shareable, and actionable to drive an expected 27% cost savings versus current practices. Global T&D utilities spend millions of dollars per year on
vegetation management and asset inspection programs to reduce outages, increase compliance, improve safety, and reduce the probably of catastrophic events such as
wildfires or major regional outages.Traditional approaches to Asset Inspection and Vegetation Management are slow and often based on Fixed Annual Cycles. Trees that
are too close to power lines are a significant hazard and a major cause of power failures during high winds and storms. In dry weather conditions, branches touching the
lines can catch fire, endangering human life, causing tremendous damage to the environment and existing infrastructures and putting utilities liability at risk. Visual
inspections generate large amounts of data which are often reviewed manually, which is labor and time expensive. Measuring electrical corridors, trees, incursions, and
clearances with LiDAR mounted on helicopters or similar is standard industry practice, but how do you turn this data into insights to improve reliability and safety with
less cost? New remote sensing technology, surveying methods, and AI-enabled data management solutions are available which offer utilities a clear upgrade path from
their legacy inspection and risk management programs.One European DSO wanted to reduce the cost of helicopter / on-land inspections while increasing precision and
frequency of inspections for overhead distribution lines. The Visual Intelligence solution automated the inspection process by generating a Network Digital Twin,
detecting vegetation encroachment risks and providing predictive pruning strategies and accurate asset defect detection.

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Honeywell Launches Security System That Provides Users With
Complete Situational Awareness
12
Honeywell announced the release of Pro-Watch® Integrated Security Suite, a software platform designed to help protect people and property, optimize productivity
and ensure compliance with industry regulations. The platform provides complete visibility of all connected systems and the scalability of the software makes it
easy to grow with the changing needs of a business. Pro-Watch Intelligent Command is a web-based user interface that provides organizations complete situational
awareness of their security system to protect people, property and assets. The compliance-driven, enterprise security software platform combines access control,
video surveillance, intrusion detection and other business critical functions into a single user interface to help to optimize productivity and reduce operational costs.
It allows end users to easily scale their enterprise security systems and is easy to deploy. Pro-Watch Intelligent Command is a key element of the Pro-Watch
Integrated Security Suite. It can also help companies comply with new guidelines like social distancing and wearing masks to create healthier and safer building
environments.Pro-Watch Intelligent Command simplifies system maintenance with remote, bulk camera firmware upgrade & password updates for cameras which
in turn increases productivity by reducing operation costs and at the same time helps facilitate regulatory compliance. It includes end–to-end TLS 1.2 between
video and access systems for enhanced Cyber compliance cybersecurity, as well as enhanced data privacy through anonymization selective masking. Pro-Watch
Intelligent Command also enables compliance with the most stringent industry regulations and enables operators to respond rapidly and effectively to alarms or
incidents by providing an incident workflow package that allows Standard Operating Procedures (SOPs) to be configured, reducing both compliance exceptions
and security risks.

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Honeywell Vertex™ Edge Solution Offers Cost-Effective, Reliable Toxic
Gas Detection For Worker And Jobsite Protection
13
Honeywell announced the Vertex™ Edge, a cost-effective gas detection solution to help semiconductor fabrication facilities and other
operations monitor jobsites and protect their workers and assets while reducing downtime. Honeywell understands the value of
fabrication facility production, from the raw silicon wafer to the fabrication of a chip, and that consistent performance of gas detection
systems are paramount to remaining operational. That’s where Honeywell’s Vertex™ Edge comes in. It provides enhanced
performance that is simple and intuitive to operate, so that workers can quickly evaluate gas readings, alarms, event logs, real-time
trends and overall system status. It includes an easy-to-use touchscreen that features large display icons that makes navigation easy
— even while wearing gloves. Honeywell’s Vertex™ Edge offers flexible gas sampling in one modular system. Users can start with
eight sampling points for continuous gas detection and add up to 72 as requirements change. It uses authentic Chemcassette®
technology which helps to ensure extended life. It indicates the presence of gas quickly and definitively with a physical record –
evidenced by a color change on chemically treated tape. These Chemcassette® tapes have a replacement life of six months instead of
three, for double the usage at half the cost.

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Honeywell Enhances Search And Rescue And Asset-Tracking Software
Solutions To Help Emergency Response Teams Save Lives
14
Honeywell announced new features to its portfolio of search and rescue software solutions that help countries and emergency response organizations perform rescue operations and track and locate important assets, such as a downed
plane or a missing ship. Honeywell Global Tracking (HGT) has more than 35 years of experience delivering end-to-end search and rescue (SAR) and high-value asset tracking solutions, including satellite ground stations, mission
control centers (MCCs), rescue coordination centers (RCCs), satellite modems and airtime solutions. From combining lower Earth orbit (LEO) and geostationary Earth orbit (GEO) ground station processing to creating a Middle
Earth Orbit Search and Rescue (MEOSAR) ground station network, Honeywell has solutions that improve beacon detections and location accuracy.This year HGT customers can benefit from following software solutions:
• Network Location Processor NLP600 1.0 is a next generation network location processor that leverages the use of the COSPAS SARSAT network. It is the cloud enabled solution in compliance with latest cyber security and
data privacy requirements. It features a web-based GUI application with advanced GIS that is accessible by MCC and RCC operators. NLP600 1.0 advantages over standalone MEOLUT ground station include widening the coverage
area, improving beacons detections probability and location accuracy at the edge of coverage areas, eliminating the gaps between multiple ground stations, eliminating system anomalies, improving slow and fast-moving beacon
detections and localization.
• RCC Software - SARMaster 600 1.4 is an advanced SAR incident management system that integrates multiple online and local data sources such as mapping, weather, incident information, SAR resources, ship and aircraft
registries, all in a single control center view. Its flexible architecture supports rapid integration with external systems. The web-based application, which can be hosted securely at the customer data center or on the Honeywell
managed cloud, requires no special software on the user’s workstation. It provides RCCs around the world with complete situational awareness in an integrated view.
• Honeywell MEOSAR Digital Beam Former (DBF) Antenna – MEOLUT 3.0 for L-Band Satellites. The new smart antenna is cost-effective with full remote control, monitoring capabilities and dual polarization (tracks Galileo,
Glonass, GPS, Beidou (BDS)) with simultaneous LHCP and RHCP reception. With superior MEOLUT performance that exceeds COSPAS-SARSAT specifications and the capability of tracking low elevation satellites with advanced
interference cancellation design, the smart antenna improves beacon detection, localization accuracy and widens the coverage area. Full redundant system that is easy to operate and maintain with zero down time during system
upgrade and maintenance.
• The GMPT–401 Personal Tracker is an integrated, cost-effective, portable satellite device that leverages global Iridium satellites for tracking, monitoring, and communicating with personnel in remote locations. Rugged and
lightweight, with hazardous area certification, it provides location tracking and panic button capability when used alone. When paired with an Android or IOS smartphone it becomes a comprehensive messaging platform when
standard means of communications aren’t available and is a powerful tool for helping organizations manage their corporate duty of care requirements. With an interactive SOS feature, users will know that their panic button activation
has been received.

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Honeywell’s New Extended Flexrange™ Ex30 2d Scan Engine Integrates Easily
For Improved Data Capture Performance For Seamless Operations
15
Honeywell announced the new Extended FlexRange™ EX30 2D Scan Engine that offers the most flexible solution for OEM applications whether
you need to scan near or far. The new EX30 has a slim form factor, is easy to integrate and is perfectly positioned for the next generation of mobile
devices, handheld scanners, kiosks or medical diagnostic devices. It allows operations to seamlessly read barcodes or packaging labels from as
close as 4 inches and up to 66 feet away using an innovative auto-focus lens mechanism that enables it to change focus within milliseconds. The
Extended FlexRange EX30 2D Scan Engine uses the latest technology for a fast auto-focus lens mechanism that allows for the quick capture of
near and far range images without latency. By enabling fast, accurate and efficient scanning, seamlessly between distances, this new scan engine
helps improve user workflow performance and allows for efficient execution of a variety of tasks from one device.The EX30’s electrical interface
is fully compatible with Honeywell’s N670X, N660X and N360X Series fixed-focus compact imager scan engines reducing integration time and
increasing design flexibility. It can easily be embedded into mobile devices running under an operating system by using the resources of the
device’s main processor. It can be powered with the new Honeywell Gen7 DB Decoder Board allowing for easy integration into non-OS devices
such as drones, mobile accessories and sleds. This decoder board provides operators with complete barcode symbology support, fast motion
tolerance, and aggressive scanning of all barcode types, even poorly printed or read directly off smartphone screens.

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Honeywell Introduces First Cloud-Based Solution That Provides End-To-End
Connectivity And Visibility To Fire Safety Systems
16
Honeywell a global leader in fire and life safety, launched the first tools from its new suite of Connected Life Safety Services (CLSS), its first
all-in-one cloud platform for fire safety systems. Honeywell's CLSS suite of tools, built on the Honeywell Forge platform, enable fire
technicians to minimize disruption, prove compliance and reduce time needed for design, installation, commissioning, inspection,
maintenance and reporting of life safety systems. Especially in today's environment, organizations across the fire safety value chain face
multiple challenges:
• Achieving more with fewer resources – many facility maintenance teams are working with reduced staff.
• Managing challenges of limited access to facilities due to shutdowns.
• Dealing effectively with safety incidents, where risks remain the same at any occupancy level.
Honeywell's CLSS platform addresses these challenges by enabling systems integrators and facilities management firms to access the data
within a fire system from anywhere, without necessarily being physically be at the control panel.Firetron, the largest individually owned life
safety systems company in Texas, is using the Honeywell CLSS platform to support the development of compliance records for its customers.

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NVIDIA and Oracle Advance AI in Cloud for Enterprises Globally
17
AI is reshaping markets in extraordinary ways. Soon, every company will be in AI, and will need both speed and scale to power increasingly complex
machine learning models. Accelerating innovation for enterprises around the world, Oracle announced general availability of bare-metal Oracle Cloud
Infrastructure instances featuring the NVIDIA A100 Tensor Core GPU.Hundreds of thousands of enterprises across a broad range of industries store their
data in Oracle databases. All of that raw data is ripe for AI analysis with A100 instances running on Oracle Cloud Infrastructure to help companies uncover
new business opportunities, understand customer sentiment and create products.The new Oracle Cloud Infrastructure bare-metal BM. GPU4.8 instance offers
eight 40GB NVIDIA A100 GPUs linked via high-speed NVIDIA NVLink direct GPU-to-GPU interconnects. With A100, the world’s most powerful GPU,
the Oracle Cloud Infrastructure instance delivers performance gains of up to 6x for customers running diverse AI workloads across training, inference and
data science. To power the most demanding applications, the new instance can also scale up with NVIDIA Mellanox networking to provide more than 500
A100 GPUs in a single instance.Accelerated computing starts with a powerful processor, but software, libraries and algorithms are all essential to an AI
ecosystem. Whether it’s computer graphics, simulations like fluid dynamics, genomics processing, or deep learning and data analytics, every field requires
its own domain-specific software stack. Oracle is providing NVIDIA’s extensive domain-specific software through the NVIDIA NGC hub of cloud-native,
GPU-optimized containers, models and industry-specific software development kits.

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dSPACE Introduces High-Fidelity Vehicle Dynamics Simulation on NVIDIA
DRIVE Sim
18
When it comes to autonomous vehicle simulation testing, every detail must be on point. With its high-fidelity automotive simulation model (ASM) on
NVIDIA DRIVE Sim, global automotive supplier dSPACE is helping developers keep virtual self-driving true to the real world. By combining the
modularity and openness of the DRIVE Sim simulation software platform with highly accurate vehicle models like dSPACE’s, every minor aspect of an AV
can be thoroughly recreated, tested and validated. The dSPACE ASM vehicle dynamics model makes it possible to simulate elements of the car —
suspension, tires, brakes — all the way to the full vehicle powertrain and its interaction with the electronic control units that power actions such as steering,
braking and acceleration. As the world continues to work from home, simulation has become an even more crucial tool in autonomous vehicle development.
However, to be effective, it must be able to translate to real-world driving. dSPACE’smodeling capabilities are key to understanding vehicle behavior in
diverse conditions, enabling the exhaustive and high-fidelity testing required for safe self-driving deployment.High-fidelity simulation is more than just a
realistic-looking car driving in a recreated traffic scenario. It means in any given situation, the simulated vehicle will behave just as a real vehicle driving in
the real world would.If an autonomous vehicle suddenly brakes on a wet road, there are a range of forces that affect how and where the vehicle stops. It could
slide further than intended or fishtail, depending on the weather and road conditions. These possibilities require the ability to simulate dynamics such as
friction and yaw, or the way the vehicle moves vertically.

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NVIDIA vGPU Software Accelerates Performance with Support for NVIDIA
Ampere Architecture
19
From AI to VDI, NVIDIA virtual GPU products provide employees with powerful performance for any workflow. vGPU technology helps IT departments
easily scale the delivery of GPU resources, and allows professionals to collaborate and run advanced graphics and computing workflows from the data center
or cloud. Now, NVIDIA is expanding its vGPU software features with a new release that supports the NVIDIAA100 Tensor Core GPU with NVIDIA Virtual
Compute Server (vCS) software. Based on NVIDIA vGPU technology, vCS enables AI and compute-intensive workloads to run in VMs. With support for
the NVIDIA A100, the latest NVIDIA vCS delivers significantly faster performance for AI and data analytics workloads. Powered by the NVIDIA Ampere
architecture, the A100 GPU provides strong scaling for GPU compute and deep learning applications running in single- and multi-GPU workstations, servers,
clusters, cloud data centers, systems at the edge and supercomputers. Enterprise data centers standardized on hypervisor-based virtualization can now deploy
the A100 with vCS for all the operational benefits that virtualization brings with management and monitoring, without sacrificing performance. And with the
workloads running in virtual machines, they can be managed, monitored and run remotely on any device, anywhere.Engineers, researchers, students, data
scientists and others can now tackle compute-intensive workloads in a virtual environment, accessing the most powerful GPU in the world through virtual
machines that can be securely provisioned in minutes. As NVIDIA A100 GPUs become available in vGPU-certified servers from NVIDIA’s partners,
professionals across all industries can accelerate their workloads with powerful performance.

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NVIDIA Introduces New Family of BlueField DPUs to Bring Breakthrough
Networking, Storage and Security Performance to Every Data Center
20
NVIDIA announced a new kind of processor — DPUs, or data processing units — supported by DOCA, a novel data-center-infrastructure-on-a-chip architecture that
enables breakthrough networking, storage and security performance.Optimized to offload critical networking, storage and security tasks from CPUs, BlueField-2 DPUs
enable organizations to transform their IT infrastructure into state-of-the-art data centers that are accelerated, fully programmable and armed with “zero-trust” security
features to prevent data breaches and cyberattacks. A single BlueField-2 DPU can deliver the same data center services that could consume up to 125 CPU cores. This
frees up valuable CPU cores to run a wide range of other enterprise applications.These commitments from system providers are complemented by extensive support from
software infrastructure partners, including:
• VMware announced substantial work underway with NVIDIA as part of its recently announced Project Monterey initiative to support BlueField-2 DPUs with
VMware Cloud Foundation.
• Red Hat plans to offer support for BlueField-2 DPUs with Red Hat Enterprise Linux and Red Hat OpenShift, components of Red Hat’s open hybrid cloud portfolio,
which is used by 95 percent of the Fortune 500.
• Canonical announced support of BlueField-2 DPUs and DOCA in its Ubuntu Linux platform, the most popular operating system among public clouds.
• Check Point Software Technologies, a leading cybersecurity provider, is integrating BlueField-2 DPUs into its technologies, which more than 100,000 organizations
worldwide use to protect themselves from cyberattacks.

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NVIDIA Building UK’s Most Powerful Supercomputer, Dedicated to AI
Research in Healthcare
21
NVIDIA announced that it is building the United Kingdom’s most powerful supercomputer, which it will make available to U.K. healthcare researchers using AI to solve pressing
medical challenges, including those presented by COVID-19. Expected to come online by year end, the “Cambridge-1” supercomputer will be an NVIDIA DGX SuperPOD™ system
capable of delivering more than 400 petaflops of AI performance and 8 petaflops of Linpack performance, which would rank it No. 29 on the latest TOP500 list of the world’s most
powerful supercomputers. It will also rank among the world’s top 3 most energy-efficient supercomputers on the current Green500 list. Among the first pharmaceutical companies to
harness Cambridge-1 for research will be GSK and AstraZeneca. Additionally, researchers from Guy’s and St Thomas’ NHS Foundation Trust, King’s College London and Oxford
Nanopore Technologies plan to take advantage of the system.NVIDIA has previously announced that it intends to create an AI Center of Excellence in Cambridge, featuring a new
Arm-based supercomputer, which will serve as a hub of collaboration for AI researchers, scientists and startups across the U.K. As these plans develop, Cambridge-1 will become a
part of that Center of Excellence, which will expand to include further supercomputers, and support more industries across the U.K.
The system’s mission is to support and further enable the U.K. ecosystem of healthcare and life science researchers, which has become an epicenter for transformative healthcare
research and discovery. Its four key focus areas will be:
• Joint industry research — Solving large-scale healthcare and data-science problems which otherwise could not be tackled due to their size, resulting in improved patient outcomes,
increased success rates and decreased overall healthcare costs.
• University-granted compute time — Access to NVIDIA GPU time will be donated as a resource to specific studies to contribute to the hunt for cures.
• Support AI startups — NVIDIA will provide opportunities to learn — and it will collaborate with startups to nurture the next generation and provide early access to AI tools.
• Educate future AI practitioners — The system will serve as a destination for world-class researchers and provide hands-on experiences to the next generation.

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NVIDIAAnnounces Omniverse Open Beta, Letting Designers Collaborate
in Real Time — from Home or Around the World
22
Tens of millions of designers, architects and other creators will soon be able to collaborate in real time, whether on premises or remotely, with the
NVIDIA Omniverse™ platform, which NVIDIA announced has entered open beta, with availability for download this fall. Bringing together
NVIDIA breakthroughs in graphics, simulation and AI, Omniverse is the world’s first NVIDIA RTX™-based 3D simulation and collaboration
platform that fuses the physical and virtual worlds to simulate reality in real time and with photorealistic detail. Using the platform, remote teams
can collaborate simultaneously on projects – such as architects iterating on 3D building design, animators revising 3D scenes, and engineers
collaborating on autonomous vehicles – as readily as they would jointly edit a document online. The open beta of Omniverse follows a yearlong
early access program in which Ericsson, Foster + Partners, ILM and over 40 other companies – and as many as 400 individual creators and
developers – have been evaluating the platform and providing feedback to the NVIDIA engineering team.Omniverse is based on Pixar’s widely
adopted Universal Scene Description (USD), the leading format for universal interchange between 3D applications. The platform also uses
NVIDIA technology such as real-time photorealistic rendering, physics, materials and interactive workflows between industry-leading 3D
software products.Omniverse enables collaboration and simulation that are essential for customers working in the robotics, automotive,
architecture, engineering and construction, manufacturing, and media and entertainment industries.

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NVIDIAAnnounces Ready-Made NVIDIA DGX SuperPODs, Offered by
Global Network of Certified Partners
23
NVIDIA announced the NVIDIA DGX SuperPOD™ Solution for Enterprise, the world’s first turnkey AI infrastructure, making it possible for organizations to install incredibly powerful AI
supercomputers with extraordinary speed — in many cases in just a few weeks’ time. Available in cluster sizes ranging from 20 to 140 individual NVIDIA DGX A100™ systems, DGX SuperPODs
are now shipping and expected to be installed in Korea, the U.K., Sweden and India before the end of the year. Sold in 20-unit modules interconnected with NVIDIA Mellanox® HDR InfiniBand
networking, DGX SuperPOD systems start at 100 petaflops of AI performance and can scale up to 700 petaflops to run the most complex AI workloads.
Global Innovators Adopt DGX SuperPOD Solution for AI Centers of Excellence
Visionary organizations are creating AI centers of excellence with the DGX SuperPOD Solution for Enterprise. Those unveiling new DGX SuperPOD AI supercomputers include:
• NAVER, the leading search engine in Korea, has created with LINE, Japan’s No. 1 messaging service, the AI technology brand NAVER CLOVA. NAVER CLOVA is using its DGX SuperPOD
built with 140 DGX A100 systems to scale out research and development of natural language processing models and conversational AI services on its AI platform with the NVIDIA TensorRT™ SDK
for high-performance deep learning inference.
• Linköping University, in Sweden, is building BerzeLiUs, a DGX SuperPOD of 60 DGX A100 systems. BerzeLiUs will be a powerful resource to advance AI research and boost collaboration
between academia and Swedish industry across research programs financed by the Knut and Alice Wallenberg Foundation, such as the Wallenberg Artificial Intelligence, Autonomous Systems and
Software Program and initiatives in the life sciences and quantum technology.
• C-DAC, the Centre for Development of Advanced Computing operating under the Ministry of Electronics and Information Technology in India, is commissioning India’s fastest and largest
HPC-AI supercomputer, called PARAM Siddhi – AI. Built with 42 DGX A100 systems, the supercomputer will help address nationwide and global challenges in healthcare, education, energy,
cybersecurity, space, automotive and agriculture through research partnerships and collaboration across academia, industry and startups.

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NVIDIAAnnounces Cloud-AI Video-Streaming Platform to Better Connect
Millions Working and Studying Remotely
24
NVIDIA announced the NVIDIA Maxine platform, which provides developers with a cloud-based suite of GPU-accelerated AI video conferencing software to
enhance streaming video — the internet’s No. 1 source of traffic. NVIDIA Maxine is a cloud-native streaming video AI platform that makes it possible for service
providers to bring new AI-powered capabilities to the more than 30 million web meetings estimated to take place every day. Video conference service providers
running the platform on NVIDIA GPUs in the cloud can offer users new AI effects -- including gaze correction, super-resolution, noise cancellation, face relighting
and more. Because the data is processed in the cloud rather than on local devices, end users can enjoy the new features without any specialized hardware.The
NVIDIA Maxine platform dramatically reduces how much bandwidth is required for video calls. Instead of streaming the entire screen of pixels, the AI software
analyzes the key facial points of each person on a call and then intelligently re-animates the face in the video on the other side. This makes it possible to stream
video with far less data flowing back and forth across the internet.Using this new AI-based video compression technology running on NVIDIA GPUs, developers
can reduce video bandwidth consumption down to one-tenth of the requirements of the H.264 streaming video compression standard. This cuts costs for providers
and delivers a smoother video conferencing experience for end users, who can enjoy more AI-powered services while streaming less data on their computers,
tablets and phones.For example, face alignment enables faces to be automatically adjusted so that people appear to be facing each other during a call, while gaze
correction helps simulate eye contact, even if the camera isn’t aligned with the user’s screen. With video conferencing growing by 10x since the beginning of the
year, these features help people stay engaged in the conversation rather than looking at their camera.

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NVIDIAAccelerates Arm from Cloud to Edge
25
NVIDIA has used Arm cores in its Jetson SoCs for edge computing and autonomous machines and more recently in networking products
such as BlueField DPUs. BlueField data processing units accelerate and secure networking and storage jobs for cloud, embedded and
enterprise applications with support from partners and independent software vendors. Bringing these resources to Arm, a leader in
energy-efficient computing, increases customer choice and expands opportunities for Arm and NVIDIA partners across four broad
sectors.Arm is extending its processor technology with Scalable Vector Extensions (SVE) to meet the needs of the world’s largest and
most powerful systems. NVIDIA engineers are already working to support SVE in Fujitsu’s A64FX, the processor that powers
Fugaku.SVE is the latest addition to the Arm Neoverse platform for data center computing and networking. It’s powering simulations that
advance science on Fugaku, ranked No. 1 on the TOP500 list of the world’s most powerful computers.In addition to the NVIDIA HPC
SDK, software for NVIDIA Mellanox InfiniBand, the networking backbone of HPC, is fully supported and deployed on Arm servers. And
engineers are expanding support for Arm in NVIDIA Magnum IO, software that maximizes storage and network performance for
multinode systems.

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NVIDIAAmpere Architecture GPUs for Professional Designers Bring
Unparalleled Performance to Desktop, Data Center and Cloud
26
NVIDIA is helping professionals address these challenges and tackle enterprise workloads, from the desktop to the data center, with the new NVIDIA RTX A6000 and NVIDIA
A40. Built on the NVIDIA Ampere architecture, the GPUs feature new RT Cores, Tensor Cores and CUDA cores that accelerate graphics, rendering, compute and AI
significantly faster than previous generations. The GPUs provide the speed and performance to enable engineers to develop innovative products, designers to create
state-of-the-art buildings, and scientists to discover breakthroughs from anywhere in the world.Among the first to tap into the power of the RTX A6000 is Kohn Pedersen Fox
Associates, one of the world’s largest architecture firms, which notes the ability to triple resolution and accelerate real-time visualization of complex building models.Other
early adopters, including some of the world’s leading architecture, manufacturing, and media and entertainment companies, are using RTX A6000 to power new content:
• Predator Cycling, which specializes in custom carbon bicycles and builds them by hand in the U.S., is evalutating the NVIDIA RTX A6000 to accelerate every aspect of
their process. Performance gains of 2-6x across a number of key applications give the team the power to simultaneously run analysis, modeling and screen-sharing on a video
call.
• HKS, Inc., a leading architectural design firm, has seen the potential of the RTX A6000 to receive near instantaneous feedback on design changes while running simulations
in real time. This gives them the ability to bring real building simulation down from days and weeks, to minutes or hours.
• Framestore, an Academy Award-winning animation and visual effects company in the U.K., can do real-time ray tracing on massive datasets in a remote workstation
environment, which is made possible by the new RTX A6000, HP ZCentral and NVIDIA Omniverse.

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NVIDIA Delivers Streaming AR and VR from the Cloud with AWS
27
NVIDIA and AWS are bringing the future of XR streaming to the cloud. Announced, the NVIDIA CloudXR platform will be available on Amazon EC2
P3 and G4 instances, which support NVIDIAV100 and T4 GPUs, allowing cloud users to stream high-quality immersive experiences to remote VR and
AR devices. The CloudXR platform includes the NVIDIA CloudXR software development kit, NVIDIA Virtual Workstation software and NVIDIAAI
SDKs to deliver photorealistic graphics, with the mobile convenience of all-in-one XR headsets. XR is a collective term for VR, AR and mixed reality.
With the ability to stream from the cloud, professionals can now easily set up, scale and access immersive experiences from anywhere — they no longer
need to be tethered to expensive workstations or external VR tracking systems. The growing availability of advanced tools like CloudXR is paving the
way for enhanced collaboration, streamlined workflows and high fidelity virtual environments. XR solutions are also introducing new possibilities for
adding AI features and functionality. With the CloudXR platform, many early access customers and partners across industries like manufacturing, media
and entertainment, healthcare and others are enhancing immersive experiences by combining photorealistic graphics with the mobility of wireless
head-mounted displays. Lucid Motors announced the new Lucid Air, a powerful and efficient electric vehicle that users can experience through a
custom implementation of the ZeroLight platform. Lucid Motors is developing a virtual design showroom using the CloudXR platform. By streaming
the experience from AWS, shoppers can enter the virtual environment and see the advanced features of Lucid Air.

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CINECA to Build World’s Fastest AI Supercomputer with NVIDIA and
Atos
28
NVIDIA announced that the Italian inter-university consortium CINECA — one of the world’s most important supercomputing centers — will use the company’s
accelerated computing platform to build the world’s fastest AI supercomputer. The new “Leonardo” system, built with Atos, is expected to deliver 10 exaflops of
FP16 AI performance to enable advanced AI and HPC converged application use cases. Featuring nearly 14,000 NVIDIA Ampere architecture-based GPUs and
NVIDIA® Mellanox® HDR 200Gb/s InfiniBand networking, Leonardo will propel Italy as the global leader in AI and high performance computing research and
innovation. Leonardo is procured by EuroHPC, a collaboration between national governments and the European Union to develop a world-class supercomputing
ecosystem and exascale supercomputing in Europe, and funded by the European Commission through the Italian Ministry of University and Research.Modern
scientific computing requires high-performance simulation, data analytics, AI and machine learning, and visualization. NVIDIA’s computing platform accelerates
all of these workloads while providing extremely high throughput and low power consumption, making it ideal for scientific computing. Examples of research
using this approach include work in such areas as:
• Drug discovery: Using genomic analysis to identify promising proteins that can be targeted with a specific drug to fight COVID-19 and other diseases.
• Space exploration and research: Harnessing the tools of multi-messenger astrophysics — which incorporates data from wide-ranging sources, such as
electromagnetic waves, gravitational waves and neutrinos — to better understand the universe.
• Weather modeling: Predicting extreme weather conditions with greater accuracy and speed.

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Europe Launches New Era in HPC with World’s Fastest AI
Supercomputer
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Four new supercomputers backed by a pan-European initiative will use NVIDIA’s data center accelerators, networks and software to
advance AI and high-performance computing. They include one system dubbed Leonardo, unveiled at Italy’s CINECA research
center, using NVIDIA technologies to deliver the world’s most powerful AI system. The four mark the first of eight systems to be
announced this year targeting spots among the world’s 50 most powerful computers. Together, they’ll form a regional network, “an
engine to power Europe’s data economy,” said EuroHPC, the group driving the effort, in a white paper outlining its goals. The
systems will apply AI and data analytics across scientific and commercial applications that range from fighting COVID-19 and
climate change to the design of advanced airplanes, cars, drugs and materials. Joining Leonardo are a wave of new AI supercomputers
planned for the Czech Republic, Luxembourg and Slovenia that will act as national centers of competence, expanding skills and
creating jobs.All four supercomputers announced use NVIDIA Ampere architecture GPUs and NVIDIA Mellanox HDR InfiniBand
networks to tap an ecosystem of hundreds of HPC and AI applications. Atos, an NVIDIA systems partner headquartered in France,
will build three of the four systems; Hewlett Packard Enterprise will construct the fourth.

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NVIDIA Smashes Performance Records on AI Inference
30
NVIDIA announced its AI computing platform has again smashed performance records in the latest round of MLPerf, extending its lead on the
industry’s only independent benchmark measuring AI performance of hardware, software and services. NVIDIA won every test across all six
application areas for data center and edge computing systems in the second version of MLPerf Inference. The tests expand beyond the original two for
computer vision to include four covering the fastest-growing areas in AI: recommendation systems, natural language understanding, speech recognition
and medical imaging. Organizations across a wide range of industries are already tapping into the NVIDIA® A100 Tensor Core GPU’s exceptional
inference performance to take AI from their research groups into daily operations. Financial institutions are using conversational AI to answer customer
questions faster; retailers are using AI to keep shelves stocked; and healthcare providers are using AI to analyze millions of medical images to more
accurately identify disease and help save lives.The latest MLPerf results come as NVIDIA’s footprint for AI inference has grown dramatically. Five
years ago, only a handful of leading high-tech companies used GPUs for inference. Now, with NVIDIA’s AI platform available through every major
cloud and data center infrastructure provider, companies representing a wide array of industries are using its AI inference platform to improve their
business operations and offer additional services.Additionally, for the first time, NVIDIA GPUs now offer more AI inference capacity in the public
cloud than CPUs. Total cloud AI inference compute capacity on NVIDIA GPUs has been growing roughly 10x every two years.

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SYSGO and Candera present graphical Hypervisor-based Automotive
HMI Solution
31
SYSGO and Candera have built a comprehensive automotive platform which fulfils the demands of a modern car IT architecture. The platform is based on Candera’s
Human-Machine-Interface (HMI) design tool CGI Studio and SYSGO’s Secure Automotive Connectivity Platform (SACoP). It provides solutions for safety critical applications such as digital
cockpits as well as convenience functionality like vehicle infotainment systems. The internal car infrastructure is protected by means of the secure and extendible gateway which involves the
surveillance of connectivity channels as for instance LTE, Ethernet, Wi-fi and CAN.The reference implementation is built upon two boards, one with an R-CAR H3 board from Renesas and
another one with an STMicroelectronics Telemaco3P processor.The digital cockpit and an in-vehicle infotainment system (IVI) run on the Renesas board. These applications were created with
the fully scalable and hardware independent CGI Studio. Both displays (cluster & IVI) smoothly communicate with each other. This is possible due to Candera’s powerful messaging and data
binding tool Courier Interaction Framework for smooth interaction between the HMI application and external data sources. Flexible, interacting scenes, stunning 3D animations and
multi-language support are only a few more features that have been realized with Candera’s CGI Studio.The Telemaco3P processor is the link to the outside world and is the hardware basis
for the secure gateway functionality of SACoP. It is also used to supply passengers' tablets and smartphones with internet access. The software is based on SYSGO’s Automotive Connectivity
Platform. SACoP takes advantage of the real-time operating system and hypervisor PikeOS. It allows critical and non-critical tasks to be operated simultaneously on one system and guarantees
information security by protecting data transfers through strict encapsulation and separation of all communication channels. The partitioning mechanism is complemented by a secure boot
process, an integrated intrusion detection system and a firewall, thus satisfying demanding cybersecurity needs. The feature rich intrusion detection system is executed within ELinOS,
SYSGO’s robust industrial Linux distribution, long term supported and suitable for automobiles. ELinOS itself is running as a guest operating system on top of PikeOS. The development
environment provides a flexible software framework that helps customers design their software architecture.

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Zuken extends E3.series with new applications for paperless wiring and
assembly
32
Zuken announces three new applications for the digital assistance and documentation of the wiring process for machines, vehicles, and control cabinets. The
new E3.series applications E3.AssemblingCockpit, E3.WiringCockpit and E3.WiringChecks provide operators on the shop floor with all information
required for assembling, wiring, and commissioning in a paperless form via portable terminals.The new applications extend the existing E3.series
manufacturing interfaces for cabinet machining and wire processing, offering a digital alternative to today’s paper-based assembly and start-up
documentation practices. They have been developed in close cooperation with leading customers in the mechanical and automotive engineering sector, where
they are already in productive use.With E3.AssemblingCockpit, E3.WiringCockpit and E3.WiringChecks, all documents required during the wiring and
commissioning of a new machine or vehicle can be generated directly from an E3 project and visualized on a portable device. With this assistance, even less
qualified workers can confidently follow through the single steps. The solution records and documents every single wiring step; any adjustments and
corrections that need to be made during production can be documented and reported to the engineering department in a digital format, thereby satisfying the
needs for consistent change management.E3.AssemblingCockpit assists shop floor staff during assembly of modular connectors and other component
assemblies, which need to be assembled from a comprehensive component kit. The application lists all required components, such as connector housing,
frames and plug inserts as well as mounting parts and accessories, so that the worker can focus with confidence on the correct assembly

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AVEVA Wins ‘Best Health, Safety or Environmental Contribution’ and ‘Best
Instrument Technology’ in the 2020 Hydrocarbon Processing Awards
33
Energy industry professionals from around the world gathered at the virtual 2020 Hydrocarbon Processing Awards earlier this month, where AVEVA was
recognized for the most innovative technological advances in the hydrocarbon processing industry in two categories. In this year’s ‘Best Health, Safety or
Environmental Contribution’ category, AVEVA won the award for its ‘Operations Mastery Project’. The project aligns with AVEVA's Connected Worker strategy
by putting the needs and expectations of individual asset operators first. AVEVA’s cloud-based training enables Shell to train their team in a virtual reality (VR)
environment that helps each individual to build a deep understanding by practicing operating procedures in a safe environment. The AVEVA VR system takes a
behavioral approach, in which operators can be trained and evaluated on decision-making and real-time choices when faced with unexpected or infrequent
situations in the simulated plant. Using real-life scenarios, these best-in-class tools help instill responsible behavior and boost safety performance across assets and
teams. Additionally, AVEVA Real-Time Crude, received the ‘Best Instrument Technology’ award. Developed with Schneider Electric, Real-Time Crude enables
customers to understand how crude oil pricing is affecting their value chain using live market data. Part of AVEVA’s Unified Supply Chain solution, AVEVA
Real-Time Crude provides timely and accurate crude oil quality information, enabling companies to manage volatile energy prices with agility and empowering
oil-purchasing teams with the real-time insight they need to optimize their supply chain.The awards recognized innovation in 15 categories including technological
advances in the hydrocarbon processing industry which are enabling refinery, petrochemical and gas processing/LNG operators to optimize their operations and
increase safety, efficiency, profitability and sustainability.
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AVEVA Recognizes Chemical Engineering Students with International
Academic Program Competition
34
AVEVA, a global leader in engineering and industrial software, announced the winners of its 2020 AVEVA Design Academic Competition. The competition series
is part of AVEVA’s continued investment in creating better opportunities for those entering the industry. It was open to chemical engineering students in EMEA
and North America keen to challenge themselves using AVEVA Process Simulation software.AVEVA’s competition series is designed to offer chemical engineering
students a unique opportunity to develop their process simulation skills. Students were judged on a number of criteria including the quality, completeness and
correctness of their final report, as well as their process engineering and simulation work. Students were asked to convert their projects to dynamic models that
represented how an industrial plant reacts to changes in inputs. They were also challenged to develop and implement troubleshooting measures, possibly including
a new controller design.North American winners Nicholas Haynes and Brian Leonard won with their use of fundamental chemical engineering principles to
produce 99% pure Benzene, a cleaner version of the hydrocarbon used in the manufacturing of several materials and plastics. Nicholas and Brian successfully
employed an optimization approach that displayed the understanding of the cost implications of the entire process while also prioritizing the purity requirements
for the Benzene product. They also displayed outstanding technical writing skills that are required of graduating engineers entering the industry and furnished a
high-quality report that would meet the standards of a professional engineering organization. European winner Laura Fender was recognized for her simulation
requirements working in a neat and well-organized flowsheet. She experimented with the software by approaching the model writing functionality, showing deep
understanding of how a simulation problem with different levels of complexity can be approached.
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Webstock Awards Recognizes Cognizant Softvision
35
Cognizant Softvision is delighted to announce its ‘New Normal’photo project was among the winners of the Webstock Awards 2020. The
unique celebration of International Women in Engineering Day by Cognizant Softvision won 3rd place at the Webstock Awards Gala for
the ‘Best use of photography’ category. Webstock Awards 2020, part of the Webstock Conference , is the largest social media and online
communication event in Romania. The online community gathered for a two-day online conference and Awards Gala, on October 8-9, at
the most important social media conference from Romania. Now in its 12th year, the event is organized by Evensys.The Webstock Awards
gala is a contest of the best Romanian social media & digital projects. On this online edition of the Webstock Conference, the most
creative and original social media & online campaigns were recognized and awarded. The event brought together the newest and most
interesting topics from areas such as social media networks, blogging, podcasting and technology.Evensys is a meeting and event
planning company with over 12 years of experience in organizing business-to-business events (conferences, gala awards, trainings and
workshops), aiming to provide interactive & insightful information, analysis effective solutions and best practices about issues facing
businesses in Romania as well as in CEE Europe, along with high-level speakers, both local and international.
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Cognizant Softvision Wins Gold Stevie® Award in 2020 Stevie Awards for
Women in Business
36
Cognizant Softvision has been named the winner of a Gold Stevie®Award in the internal communications category in the 17th
annual Stevie Awards for Women in Business.The Stevie Awards for Women in Business honor women executives,
entrepreneurs, employees, and the companies they run– worldwide. The Stevie Awards have been hailed as the world’s
premier business awards.Cognizant Softvision took home a Gold Stevie in the Internal Communications category, specifically
for organizations with 100 or more employees. The entry, entitled Cognizant Softvision Doubles Down on Culture and
Communications In The Age of Covid, highlighted the work the organization has done to maintain and grow its unique
collaborative and team-oriented culture, despite everyone operating in a distributed environment at home because of the
pandemic.The Stevie’s received more than 1,500 total submissions, with only 130 (less than 10%) earning Gold.Gold, Silver,
and Bronze Stevie Award winners were determined by the average scores of more than 180 business professionals around the
world, working on seven juries.
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ESI Group rewarded for the transparency of its financial and regulatory
communication
37
ESI Group, Paris, France, has been recognized, for the second year in a row, for the quality of its financial and regulatory communication, by the
Grands Prix de la Transparence and ranked among the Top 3 in the « non-SBF120 companies » category.As part of the 11th Edition of the Grands
Prix de la Transparence organized by the Study & Council teams of Labrador and whose study is labeled by the Bureau Veritas Certification, ESI
Group shows an improvement of its financial and regulatory communication transparency, by moving up one place in the ranking of companies in
its category, among an increasing number of applicants.ESI Group is fully committed to a corporate social responsibility approach, reflected in its
CSR policy articulated around 4 axes (Employees, Customers, Civil-Society & Planet), with the aim of working towards responsible economic and
social development. This award emphasizes on the daily measures deployed by the Group in favor of an even more reliable, readable and
transparent communication, a vector of the company’s sustainable development.For 11 years, the Grands Prix de la Transparence measure and
reward the public information materials provided by French CAC 40, SFB 120 companies and non-SBF 120 companies since last year, on the basis
of 4 pillars defined with the regulator: Accessibility, Accuracy, Comparability and Availability of information, centered on 231 criteria. The
purpose of this annual and objective evaluation is to make issuers aware of the quality of their transparency and to identify best practices in order
to establish them as true market standards.
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ESI Group won the COVID-19 prize of “L’UsineDigitale Simulation and
AI Awards”
38
ESI Group, a world player in Virtual Prototyping software and services for industries, was awarded the COVID-19 prize of the 2020 Simulation and Artificial Intelligence
Award by “L’UsineDigitale” for its project aiming to prevent office and plant contamination. The ceremony took place during the 15th annual TERATEC Forum that gathers
the best international experts in Simulation, HPC, Big Data and Artificial Intelligence; a flagship event that confirms the importance of these technologies for business
competitiveness.The world has been dealing with COVID-19 for several months now. While normalcy seems like a distant possibility, many people from various industries
must go back to work, for the economic health of our society. All companies have been mandated to take great precautions and follow all safety measures needed to control and
prevent the virus from spreading. ESI took initiative to validate the precautions using state-of-the-art computer modeling in order to contribute to the health of people at
work.ESI Group decided to study the circulation of the virus in the workplace and investigate different contamination scenarios. The goal: to rely on its historical background
in materials physics and the talent of its engineers to help preventing the risk of contamination in workplace whether offices or assembly lines.The spread of particles was
simulated, but also pockets of stagnant air were traced out, especially when modeling bigger and/or poorly ventilated spaces. Based on the cough of a person, neighbor or
entrant, the simulation considers the density of water vapor and the theoretical distribution of cough particles.
Three technologies were used:
• Computational Fluid Dynamics to simulate the behavior of flow and cough particles
• Virtual reality to visualize the scenario in 3D
• HPC to speed up simulation rendering times
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GE9X engine achieves FAA certification
39
GE Aviation announced its GE9X engine has been certified by the U.S. Federal Aviation Administration (FAA) authorities, a key milestone in its journey to power
the new twin-engine Boeing 777X family. The FAR (Federal Aviation Regulation) Part 33 certification involved eight test engines. This certification achievement
culminates GE Aviation’s renewal of its commercial jet engine portfolio, including the GEnx for the Boeing 787 Dreamliner and the CFM LEAP engine.The GE9X
test engines completed just under 5,000 hours and 8,000 cycles for certification.The GE9X engine is designed to achieve 10 percent lower specific fuel
consumption (SFC) compared to the GE90-115B and five percent better SFC than any other engine in its class. The engine will also operate with less smog-causing
emissions than any other engine in its class. GE’s focus remains working with Boeing to complete the 777X flight test program and entry into service. Eight GE9X
test engines and two test spares have been produced and delivered to Seattle for Boeing’s four 777X test airplanes. Several GE9X production engines have been
assembled, and GE Aviation is in the process of completing factory acceptance tests.GE Aviation is currently conducting 3,000 hours of additional ground testing
on the GE9X engine to support Extended Operations (ETOPS) approval. The GE9X team is also conducting maturation testing to help GE engineers prepare to
support the engine in service.For service and support of its customers, GE has established GE9X engine training courses at its Customer Technical Education
Center (CTEC) facility in Cincinnati. A GE9X engine currently at CTEC is being used to develop lean maintenance practices that will be implemented in customer
training modules and GE training procedures. Course work includes line maintenance, borescope and boroblend repair procedures, as well as fan stator removal
and installation. The CTEC team is also working augmented reality/virtual reality (AR/VR) training courses to supplement the in-person training.
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Thinkpalm Technologies Recognized As One Among India’s 100 Best
Workplaces For Women By The Great Place To Work® Institute!
40
The Great Place to Work® has released its annual list of the Best Workplaces for Women in 2020 and we’re proud that ThinkPalm has been recognized as one of the top 100 best
workplaces on the list. ThinkPalm has over 39% of women employees in the organisation and received more than 70% positive feedback on Trust Index women employee survey,
which has contributed to the organisation being placed among the 100 Best Workplaces for Women in the year 2020. Apart from this achievement, ThinkPalm has also been honored
with “The Great Place To Work Recognition” for the fourth consecutive time this year.What made ThinkPalm stand out with the other top 99 organizations was the experience of
women, including the element of gender parity, the people practices specific to women employees and involvement of women across all hierarchical levels in the organization. For
ThinkPalm, gender diversity and inclusion has been a winning factor with sincere intent and commitment towards creating an egalitarian workplace. The organization built up an
equitable environment where fairness has always been a bedrock, making ThinkPalm a workplace truly desirable by women employees. ThinkPalm has created opportunities for
women to lead innovation in various sectors, where their potential and talent are nurtured, such that they are made capable of enhancing their leadership qualities. The organisation has
achieved this level of diversity through a variety of unique programs and resources aimed at supporting and empowering employees. Internal networking forums, such as Sakhi and
The Women Harassment Prevention Committee have played a significant role in empowering women by addressing their issues proactively, as well as by promoting women’s interests.
It’s a space for women and allies to openly share their views, host events to educate others, gather to network, and innovate on ways that can contribute to women empowerment in the
workplace.Even during the current COVID-19 crisis, ThinkPalm has taken important steps to support its employees by providing resources to help them work remotely. The HR team
has also incorporated engagement activities and social media contests to keep ThinkPalmites entertained. All these activities have significantly helped the employees at ThinkPalm,
especially women because most of them have to manage housework and children along with their office work.
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Honeywell To Provide Pipistrel With Advanced Flight Control Technology
For Unmanned Cargo Aircraft
41
Pipistrel has selected Honeywell's Compact Fly-By-Wire system for the Nuuva V300 cargo unmanned aerial vehicle (UAV), choosing a modern,
lightweight, highly capable system with a proven architecture ideally suited for their autonomous cargo UAV.Fly-by-wire computers act as the "brains"
of an aircraft's flight controls by operating them electronically and can be found inside nearly all large fixed-wing aircraft. The compact version from
Honeywell has features derived from decades of expertise in fly-by-wire systems for airliners, but it's much smaller — roughly the size of a paperback
book. This product is intended for smaller autonomous cargo and urban air mobility (UAM) vehicles and adds stability and performance by driving
flight controls electrically, without heavy hydraulics, control cables or push rods.Pipistrel'sNuuva V300 is a long-range, large-capacity, autonomous
UAV. It will take off and land vertically with battery power, meaning it does not require a runway, and has significantly lower operating costs than
helicopters. It can carry loads up to 300 kilograms (around 660 pounds) for more than 300 kilometers (around 186 miles), making it an ideal solution
for deliveries to areas traditionally accessible only by helicopter.Honeywell is a major player in the emerging UAM segment, offering a full line of
avionics, flight control, navigation, radar, communications, actuation, cooling, motors and turbo-electric propulsion systems — all tailored for piloted
vertical take-off and landing (VTOL) urban air mobility and unmanned cargo vehicles. Honeywell also offers aerospace integration and certification
expertise for enabling the commercialization of these vehicles.
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Kongsberg Maritime Supply Four Hugin AUV Survey Systems To
Garden Reach Shipbuilders & Engineers Ltd., India
42
Kongsberg Maritime is pleased to announce the sale of four HUGIN AUV systems to the Indian Defence Public Sector
shipyard Garden Reach Shipbuilders & Engineers Limited (GRSE), located in Kolkata, India. This sale has been conducted
in collaboration with Kongsberg Maritime India, a subsidiary of Kongsberg Maritime.The purchase, which also includes
HiPAP 502 high-accuracy acoustic positioning and communication systems to support AUV operations, will be installed on
the four Large Survey vessels currently in build for the Indian Navy. The AUVs will be supplied with containers and launch
and recovery systems, plus training and support.Kongsberg Maritime is the world leader in deep water AUV systems. Since
the first dive in 1993, HUGIN has become the most successful AUV in the deep-water realm, with more kilometres surveyed
than any other untethered underwater vehicle. Developed in partnership with FFI – the Norwegian Defence Research
Establishment – HUGIN continues to improve with new capabilities, sensors and behaviours being added each year.
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Kongsberg Awarded Contract for Mobile Communication Satellite
43
KONGSBERG has developed world-class signal processing equipment that provides improved mobile coverage in areas with insufficient ground
network.The equipment is to be integrated in Airbus Defence and Space’s new mobile communication satellite, Thuraya 4-NGS. The agreement
includes manufacturing and test of electronics from Kongsberg Defence & Aerospace, division Space & Surveillance in Horten, Norway.The satellite
will deliver higher capabilities and flexibility while increasing capacity and coverage across Europe, Africa, Central Asia and the Middle East. The new
generation of modular digital processors from Airbus Defence and Space offers full flexibility for more than 3200 channels and dynamic allocation over
a large number of spot beams. KONGSBERG will deliver integrated L-band pre- and post-processors. These enable the satellites to meet the
communication needs at all times, both when new requirements appear and/or when the local capacity is too poor. The L-band processors are
«SAW»-based (Surface Acoustic Wave filters) and the development is supported by European Space Agency and the Norwegian Space
Agency.KONGSBERG has a strong design & manufacturing capability for satellite onboard electronics, per date with hardware on more than 200
satellites. The company has a global footprint with all major primes.
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Kongsberg Maritime To Deliver Integrated Propulsion And Manoeuvring
Systems For Two 230m Ropax Vessels
44
Kongsberg Maritime is pleased to reveal that it has signed a contract with China Merchants Jinling Shipyard (Weihai) to deliver a propulsion and
manoeuvring system for two 230m roll-on, roll-off passenger (RoPax) vessels for Finnlines. Currently under construction at Weihai and expected
to be delivered for deployment in the Baltic Sea by 2023, the ships will each have capacity for 1,212 passengers and are specified with a focus on
sustainable technologies and green operation.Worth in excess of EUR 12 million, the contract will see the system fitted to Finnlines’ flagship
Superstar RoPax vessels. The ships will be built to the highest Swedish/Finnish ice class (1A Super), with a twin shaft line propulsion system
powered by four main engines. Kongsberg Maritime have proposed a system whereby the ships will be able to run two efficiency/speed profiles:
16 knots with two engines running, or 19 knots with four engines running. This capability is enabled via an innovative two-speed gearbox solution,
delivering a propulsion efficiency increase of about 3% compared with a single-speed gearbox.Efficiency is further boosted through the use of
KONGSBERG’s Controllable Pitch Propellers (CPPs). With the propeller and rudder integrated into a single system, hydrodynamic performance
is optimised, thrust is increased and drag is reduced, with a consequent reduction in emissions. Combined with a ‘twisted’ rudder design that
further improves manoeuvrability, twin-screw vessels can be expected to achieve efficiencygains of up to 6%.
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Spain’s Menorca Airport To Operate With Kongsberg’s Remote Tower
System
45
Together with Gesnaer Consulting and Avinor Air Navigation Services, KONGSBERG has been selected to provide the KONGSBERG
advanced Remote Tower System for Air Traffic Control at Menorca Airport.Instead of a traditional view of the airspace and runways, the
system includes a 360° panorama high resolution camera system for a live out the window view and a pan-tilt zoom camera for the
controller’s binocular functions.The unique design of the Electro-Optical Sensor Suite, includes a rotating platform housing a visual and
infrared 360° daylight and infrared cameras and a pan-tilt camera platform with a visual zoom camera, an infrared camera, a laser range
finder and a signaling light. The digital out the window view is displayed for the controllers on high resolution monitors.The system can
be extended to control multiple airports from the same control center. Remotely controlling several airports from the same location is
what Norway is currently setting into operation. KONGSBERG and Avinor Air Navigation Services are working together on the Ninox
program that includes 15 different airports that will all be operated from a new control center in Bodø, Norway. Two of which are
operational and controlled by Bodø, and the next thirteen are lined up to be connected into the control center.
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Spain’s Menorca Airport To Operate With Kongsberg’s Remote Tower
System
46
Together with Gesnaer Consulting and Avinor Air Navigation Services, KONGSBERG has been selected to provide the KONGSBERG
advanced Remote Tower System for Air Traffic Control at Menorca Airport.Instead of a traditional view of the airspace and runways, the
system includes a 360° panorama high resolution camera system for a live out the window view and a pan-tilt zoom camera for the
controller’s binocular functions.The unique design of the Electro-Optical Sensor Suite, includes a rotating platform housing a visual and
infrared 360° daylight and infrared cameras and a pan-tilt camera platform with a visual zoom camera, an infrared camera, a laser range
finder and a signaling light. The digital out the window view is displayed for the controllers on high resolution monitors.The system can
be extended to control multiple airports from the same control center. Remotely controlling several airports from the same location is
what Norway is currently setting into operation. KONGSBERG and Avinor Air Navigation Services are working together on the Ninox
program that includes 15 different airports that will all be operated from a new control center in Bodø, Norway. Two of which are
operational and controlled by Bodø, and the next thirteen are lined up to be connected into the control center.
Description

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