Risk management

You’re cruising down Highway 101 for a long-awaited hiking trip. Somewhere between Monterey and Big Sur, you park your car and set off on your hike. During your hike, a delivery truck sideswipes your parked car. By the time you return, your insurance app has already detected the incident through te...

Robotics inspection systems, like the one we developed in partnership with SmartRay, address the costly and time-consuming inefficiencies related to complex robotic operations in manufacturing. With SmartRay’s AI robotic inspection platform, you can automate optimized toolpaths for inspection in mi...

Policy management is the backbone of every insurance operation. It drives everything from underwriting, customer onboarding, and risk evaluation to regulatory adherence and claims processing, ensuring processes move efficiently, customers stay happy, regulators stay satisfied, and costs remain unde...

Download the white paper to get your hands on a comprehensive guide on the privacy and performance benefits, as well as implementation, optimization, and security best practices of client-side AI. Below is a taste of what you can expect, with more in-depth details, code samples, and actionable...

Most enterprise leaders dip their toe into AI, only to realize their data isn’t ready—whether that means insufficient data, legacy data formats, lack of data accessibility, or poorly performing data infrastructure. In fact, Gartner predicts that through 2026, organizations will abandon 60% of AI pr...

The insurance industry is behind the digital modernization curve because of its reliance on outdated, inflexible, and cumbersome legacy systems. Although the sector manages trillions of dollars in assets and plays a vital role in global economic stability, insurance technology needs to keep pace wi...

The P&C insurance industry in the US operates within a complex regulatory landscape, where states hold the reins of regulation under the McCarran-Ferguson Act. The act establishes a framework where state governments have the primary authority to regulate the insurance industry, promoting a de...

Automated visual quality control (VQC) is a critically important capability for many manufacturers because it helps to dramatically reduce quality control costs, waste, return rates, and reputation damage. Modern computer vision technologies make it relatively easy to develop custom VQC solutions...

The effectiveness and efficiency of quality control processes are among the top concerns for most manufacturing companies, and are also important considerations in logistics, agriculture, and other verticals. Over the last decade, visual quality control automation using computer vision has proved t...

In the past decade, an estimated 2.6 billion people’s lives have been upended by catastrophic events such as tsunamis, earthquakes, floods, and pandemics. Such events wreak havoc not only on people’s everyday life, but also on business and trade, sending the global economy into a tailspin. So...

As we see with more significant frequency across many industries, companies that invest in emerging technologies can gain a competitive advantage. Just a few of the many benefits include optimizing productivity and operations, improving employee and customer satisfaction, reducing errors, and mitig...

A smart manufacturing approach that harnesses the power of artificial intelligence (AI) and quality control automation results in a faster, more efficient and cost-effective production chain. But how does it work, how valuable is it, and what technology foundations need to be in place for best resu...

Automated health monitoring, including anomaly/fault detection, is an absolutely necessary attribute of any modern industrial system. Problems of this sort are usually solved through algorithmic processing of data from a great number of physical sensors installed in various equipment. A broad range...

Modern technical systems cannot operate optimally without special tools for health monitoring, fault detection, and predictive maintenance. This is the case even for relatively simple systems, such as a service elevator. As for more complex industrial systems - like a power plant or an assembly lin...

ITOps is at the heart of today’s enterprise technology innovation teams. Often, they’re tasked with overseeing complex and diverse IT environments and face unprecedented challenges due to the volume and variety of data they encounter.  In this white paper, we explore how an effective AIOps...

The modern manufacturing industry is almost miraculous in how it manages so many moving components at a predictable and reliable cadence. However, despite this obsession with perfection, anomalies have a way of creeping in. Technical failures, human error, and other discrepancies can lead to sig...

It takes on average 10 years and $2 billion to develop a single FDA approved drug. This  drug development pipeline is long and rigorous for a good reason, but it is also too slow to react to sudden global threats such as the Covid-19 outbreak. An alternative to discovering a new drug from s...

Modern businesses in e-commerce, banking, insurance, manufacturing and many other areas generate huge amounts of data every day. Effectively utilizing that data helps increase business value by making the right decisions at the right time based on insights generated from targeted data analytics....

Most modern application systems consist of multiple middleware components. This includes databases, queues, search engines, storage, caches, and in-memory data grids, identity services, etc. They also include multiple stateful or stateless microservices and mobile application proxies — all connecte...