The V2X systems use a sophisticated Public Key Infrastructure (PKI)-based approach to facilitate trusted communication:V2X systems use Elliptical Curve Cryptography (ECC). Device must be able to securely and efficiently generate ECC keysThe random numbers generator must have high entropyRoot-certificates must be protected by usage of secured storageDevice must have tamper resistance, including physical attacksPrivate keys must have protection against side channel attacksPrivate keys must to be protected and used securely › V2X device are required to generate up to 40 messages per second. The signing latency must be low to support this frequency

From the pursuit of car ownership to the pursuit of higher quality and safe cars, tires are an important part of car safety.

The challenge was to reduce the weight of an aerospace part to lower fuel costs.

IFFCO needed a reliable cloud vendor to support the processes of 6–7 new manufacturing plants during the upcoming year, enhancing its production capability 300–350 million bottles of nano urea to meet increasing demand. They also wanted to shorten innovation cycles and improve overall performance of applications at lowest possible operational overhead.

Upon completion of commissioning of Fort Hills site in 2018, Suncor’s control room operators faced average alarm loads 30 times higher than those recommended by alarm management standards and best practices. These alarm loads, combined with frequent alarm floods caused by plant upsets, resulted in significant operator overload that increased the risk of safety, environmental and production related incidents at the site.

JSW's steel manufacturing plants had multiple machines with various sensors, but lacked a standard way of reporting and handling errors, leading to financial losses.

Strategic Growth, a Salesforce Gold Consulting Partner, had a slow and unreliable process for producing case studies that didn't always comply with the Salesforce template.

The Dublin Port Tunnel required a comprehensive and fully integrated security management solution to create a safe facility and environment for tunnel users.

Seeks to improve operational decision-making, safety management and sustainability.A key element in these initiatives is asset maintenance, representing approximately 25% of Cameco’s overall operating costs at its mining operations. Improving asset management began with automating data collection.Cameco had struggled to analyze multiple regular condition monitoring data from assets in the past. As a result, the company found it hard to understand what went wrong in the event of asset failure.

Ensuring the safety and security of citizens and visitors in the multi-cultural city of Atlanta

Takebishi, the Kyoto-based total solutions provider, distributor and evangelist for Mitsubishi Electric Corp. factory automation technology, is readying its flagship industrial communication middleware DeviceXPlorer® OPC Server for the smart factories and connected industry of the 2020s with a major new version upgrade. With its business growing both in its native Japan and around the world and unauthorized use an increasing concern, the invaluable intellectual assets invested in the system call for a licensing solution that is as smart and sophisticated as it is reliable and easy to use.

Rapid selection of manufacturing materials compliant in global markets and ensuring supply chain continuity for medical devices

Oracle University faced challenges with the performance optimization and high administrative overhead of PostgreSQL database used for Oracle Guided Learning. They needed a solution that could address these issues and reduce operational costs.

Salonit Anhovo, the biggest cement production factory in Slovenia, aimed to become one of the top 10% most energy-efficient cement factories in Europe. However, their electricity consumption for clinker production was high, resulting in significant energy bills.

Our customer, a Big5 Consulting Firm, wanted to digitize their business operations and needed a partner to do a technical proof of concept on Cortana analysis suite (CAS's) data lake set of offerings. They needed to bring in data from multiple cloud tenants into a single location, run descriptive and predictive analytics on the data, establish a regular schedule and data organization, and have one consolidated version of data points.

At the corporation’s Mizushima plant near Okayama, pH measurement during the neutralization of strong acids is closely monitored. For this important measurement Tsutomu Ishikawa and Naoto Ogura, engineers at the plant’s Instrumentation and Engineering Department were not satisfied with the performance of the pH sensors they were using.For this reason, sensors were regularly exchanged at the plant to minimize the chance of failure in the process. But the operation cost was high and Mr. Ishikawa and Mr. Ogura needed a better solution. Specifically, they required to know in advance when a pH sensor would need to be cleaned, calibrated or replaced: “We wanted to grasp how deposits forming on the pH sensors would affect the timing of sensor maintenance and exchange.”

Facing the fierce competitive market, the new system needed to improve customer satisfaction, ensure continuous system operation and curb costs.

Simplify their supply chain workflowIncrease communication with suppliersMore time to fix data discrepanciesAdvance notice when delays were expected

Interactively exploring complex network datasets without lag, comprehensively mapping TELUS communities and competitor speed information, identifying competitor coverage and where to build wireless services

Blue Ocean Technology was looking for an innovative solution for their systems which extract fish sludge and turn it into rich fertilizer. They wanted a solution that would enable them to build a compact system, minimize environmental footprint, minimize power consumption, remotely monitor the drives and motors that manage the pumps, and ensure a cybersecure plant.

Missouri S&T had a decentralized access control system with multiple platforms and a physical lock-and-key system, leading to security risks and inefficiencies.

Mitsubishi Electric's software engineering department needed to cope with the increasingly sophisticated development of software solutions for large-scale real-time systems. The solutions were becoming larger and more complex, and their development lead time was getting shorter.

Akron Energy Systems (AES) needed a controls solution that could provide remote access, analytics, and alert capabilities to enhance customer service and make their internal processes more efficient.

Larsen & Toubro Infotec (LTI) faced challenges of lack of automation for the HVAC & Lighting system leading to hotspots & coldspots and high energy bills.

In today’s digital era, faster deployment of high-quality experiences is key for businesses to succeed. Organizations face challenges in managing multicloud environments and integrating disparate enterprise components into a single view.

Managing thousands of systems and servers across a multitude of hybrid environments created complexity for Globe Telecom, making it hard to spot issues that could impact customers.Delivering superior customer experience is paramount in the telecom industry.That’s why Globe Telecom insists on running an unfailing, round-the-clock IT operation. They wanted to monitor our networks, applications, and databases from a single pane of glass so we could keep a watchful eye on our systems 24 hours a day, seven days per week — without missing any critical alert

An automotive components manufacturer was facing lower productivity from a relatively new automated assembly line - production 43% lower than installed capacity; new plant, 3 years old. Plant runs 24 hours, 6.5 days a week.Management is budgeting a 2nd assembly line driven by demand, but wants current productivity issues resolved.

With various types of vehicle-to-everything (V2X) communication have been developed to meet the different use cases and scenarios, the security underpinning these communications needs to be consistent and effective across the full spectrum of V2X communications.Until recently, V2X communication has been based primarily on the ITS-G5 protocol, a dedicated short-range communication (DSRC) standard using WiFi signals. During the data exchange, each party or device needs to verify their permissions.Challenges in sumary:Commercial:Deploy the Cooperative Intelligent Transport Systems (C-ITS)Implement and offer secure, standardized solution for vehicle-to-everything (V2X) communicationTechnical: Secure creation and management of millions of digital certificates and keys

Utility companies that operate hydro turbines have a vested interest in performing regular maintenance to prevent unexpected failures. Most maintenance occurs on a scheduled basis where the asset is taken offline, inspected, and repaired proactively if needed. Hydro turbine units are highly reliable, meaning that few examples of unplanned downtime exist. However, these failures are very costly to their operators.Given the sensitivity operators have to unplanned downtime, many have equipped turbines and generators with sensors and platforms to collect valuable performance information in real-time. But because there are so few historical hydro failures to compare against, rich streaming data and legacy statistics-based analysis are not very accurate at predicting true failure events. In fact, they often create more problems by overloading monitoring teams with benign false positives that result in unnecessary downtime to evaluate. This begs the question: Can artificial intelligence help maintenance teams extract more value out of their data?

A bank needed to upgrade its custom-made software system to a High-Performance Computing (HPC) solution. The bank was looking for HPC for the purpose of complex computations to offer its clients with information to make capital markets buying/selling decisions, risk modeling, and faster analysis for future trades.The bank requirement was to replace a custom-made data processing system with a High-Performance Computing (HPC) solution to perform financial computations including risk modeling, predictive analytics, etc.