The Cognitive Shift in Smart Manufacturing and Robotics Integration

The primary differentiator in the modern industrial landscape is the move toward cognitive manufacturing. Traditional robotics integration focused on precision and speed, but modern systems prioritize perception and decision-making. Through the use of advanced computer vision and sensor fusion, robots are now capable of operating in unstructured environments. They can identify irregular objects, navigate around human coworkers safely, and correct their own errors without stopping the production line. This adaptability is the hallmark of AI driven automation industry operations, allowing factories to switch between different product variants with minimal downtime. The result is a “mass customization” model where the efficiency of large-scale manufacturing is combined with the flexibility of a bespoke workshop.

Predictive Maintenance as the Engine of Operational Stability

One of the most immediate and impactful applications of intelligence in industry is the transition to predictive maintenance. In the legacy model, machinery was either run until it failed or maintained on a rigid, often unnecessary schedule. Both approaches are inherently wasteful. By applying AI driven automation industry operations to telemetry data from industrial assets, companies can now identify the “signatures” of impending mechanical failure weeks before they occur. Algorithms analyze heat patterns, vibration frequencies, and energy consumption to detect microscopic anomalies that a human inspector would never notice. This foresight allows for “just-in-time” repairs, ensuring that the production line only stops when it is most convenient for the business, thereby virtually eliminating the catastrophic costs of unplanned downtime.

Orchestrating Enterprise Automation through Digital Twins

To manage the complexity of a modern smart factory, engineers are increasingly turning to the concept of the “Digital Twin.” This is a high-fidelity virtual replica of the entire production ecosystem, kept in sync by real-time data. Within this virtual environment, AI driven automation industry operations can run millions of simulations to find the optimal configuration for any given task. If a manager wants to increase the throughput of a specific line, they can first test the change in the digital twin, observing how it affects upstream supply and downstream logistics. This risk-free experimentation allows for a level of Industry 4.0 innovation that was previously impossible, transforming the factory from a static asset into a dynamic, software-defined entity that evolves alongside the needs of the market.

The Human-Centric Side of Industrial Automation AI

A common anxiety surrounding the rise of autonomous systems is the potential displacement of the human workforce. However, the reality of AI driven automation industry operations is often one of augmentation rather than replacement. By taking over the “three Ds” tasks that are dull, dirty, or dangerous AI allows human workers to move into roles that require creative problem-solving and emotional intelligence. In a modern plant, a technician might spend their day working alongside a “cobot” (collaborative robot), training it to perform a new task or analyzing the data generated by the plant’s AI. This synergy between human intuition and machine precision is what drives the highest levels of operational excellence, creating a safer and more engaging environment for the workforce.

Overcoming the Challenges of Scalable Enterprise Automation

While the benefits are clear, the path to fully integrated AI driven automation industry operations is not without its hurdles. One of the primary obstacles is “data silos” situations where different machines or departments use incompatible data formats. For AI to be effective, it requires a unified data fabric that spans the entire organization. This necessitates a robust digital transformation strategy that prioritizes interoperability and standardized communication protocols like OPC-UA or MQTT. Furthermore, the massive amount of data generated at the “edge” of the network requires high-performance computing localized on the factory floor to ensure that decisions can be made in milliseconds, without the delay of sending data to a distant cloud server.

The Role of AI in Sustainable and Circular Manufacturing

As the global community faces the urgent challenge of climate change, the role of intelligence in driving sustainable manufacturing cannot be overstated. AI driven automation industry operations are a powerful tool for reducing the environmental footprint of industry. By optimizing energy consumption and minimizing material waste through precision control, AI ensures that every watt of power and every gram of raw material is utilized to its full potential. Furthermore, AI is the key to the “circular economy,” where products are designed for easy disassembly and recycling. Intelligent systems can identify and sort materials at the end of their life cycle, ensuring that valuable components are returned to the production loop rather than ending up in a landfill.

The Future Horizon: Autonomous Supply Chains and Beyond

Looking toward the end of the decade, the scope of AI driven automation industry operations will expand far beyond the walls of the factory. We are moving toward a world of “autonomous supply chains,” where AI systems manage everything from the procurement of raw materials to the final delivery to the consumer. In this future state, the supply chain is a self-correcting organism that can anticipate a port strike on one continent and automatically reroute shipments through a different channel, all while optimizing for cost and carbon emissions. This level of systemic intelligence will provide the global economy with a level of resilience and efficiency that is currently unimaginable, cementing AI as the foundational technology of the modern industrial age.

Ethical Governance and the Security of Industrial AI

As we cede more operational control to autonomous systems, the importance of cybersecurity and ethical governance grows exponentially. An AI-driven factory is a high-value target for state-sponsored actors and cybercriminals. Therefore, AI driven automation industry operations must be protected by “security by design,” utilizing AI-driven threat detection to monitor for any signs of tampering or sabotage. Ethically, companies must ensure that their algorithms are transparent and that there is always a “human-in-the-loop” for critical decisions. The future of industry depends on the trust of both the workforce and the public, and that trust is built on a foundation of safety, transparency, and accountability.

Key Takeaways:

1. AI driven automation is transforming industry from a model of rigid, pre-programmed tasks to one of flexible, cognitive workflows that learn and optimize in real-time.
2. Predictive maintenance and digital twins are the primary drivers of operational stability, allowing for the elimination of unplanned downtime and risk-free experimentation.
3. The future of manufacturing lies in the synergy between human creativity and machine precision, supported by a commitment to sustainability and the ethical governance of autonomous systems.

According to Exabeam, organizations are already encountering situations in which AI agents share sensitive data, bypass internal policies, and execute unsanctioned changes. In many cases, enterprises lack visibility into who authorized these actions or the reasons behind them. To address this gap, Exabeam introduced the industry-first UEBA in September 2025 to detect AI agent behavior through its integration with what is now Google Gemini Enterprise. That introduction enabled organizations to detect, investigate, and respond to AI agent activity for the first time.

With the current release, Exabeam has repositioned AI agent behavior analytics as the focal point of how security teams identify and investigate AI-related activity. The system consolidates AI investigations into a unified environment while strengthening organizations’ ability to evaluate their security posture related to AI usage and agent activity. These capabilities are supported by maturity tracking, targeted recommendations, and expanded data and analytics designed to more accurately model emerging agent behaviors. Exabeam said the combined approach provides security leaders with a measurable framework to understand AI activity, accelerate investigations, and continuously improve defenses as agent adoption increases.

“Securing the use of AI and AI agent behavior requires more than brittle guardrails; it requires understanding what normal behavior looks like for agents and having the ability to detect risky deviations,” said Steve Wilson, Chief AI and Product Officer at Exabeam. “Exabeam is the first to apply UEBA to AI agents, and this release further extends that agent behavior analytics leadership. These capabilities give security teams the behavioral insight needed to identify risk early, investigate AI agent activity quickly, and continuously strengthen resilience as AI usage and agents become integral to enterprise workflows.”

Pete Harteveld, CEO of Exabeam, said organizations need stronger governance as AI agents become more deeply embedded in enterprise operations. “AI agents have the potential to radically transform how businesses operate and serve their customers, but only if they can be governed responsibly,” he said. “Executives need clear insight into AI agent behavior and an understanding of whether their security posture is strong enough to support safe adoption. These new capabilities from Exabeam provide that insight and give organizations a path to continuously improve, ensuring we protect our customers, their customers, and the broader ecosystem from emerging AI-driven threats.”

End-user organizations are already seeing value in connected visibility for AI agent activity, according to Joep Kremer, Business Unit Director at ilionx. “As AI adoption accelerates, one of our greatest priorities is understanding and managing agent behavior. The new connected capabilities from Exabeam provide the ability to see when an AI agent deviates from expected patterns, follow its activity through a unified investigation, and continuously improve our defenses with posture insights. This level of connected visibility and governance for AI agent activity is extremely valuable for ourselves and our end customers, and I look forward to seeing Exabeam continue to expand upon these capabilities” – Joep Kremer, Business Unit Director at ilionx.

The release reflects a growing industry view that traditional security tools built for static users and devices are not sufficient to manage AI’s dynamic, decision-making entities. Analysts expect AI agent oversight to become a core security category by 2026, alongside identity, cloud, and data protection.

By integrating behavioral analytics, centralized investigation, and AI security posture visibility, Exabeam is positioning itself as an early mover in AI agent behavior analytics, an area expected to influence how enterprises protect their digital workforces in the coming years.

The new Hybrid QSN goes beyond safeguarding core data centers and mission-critical environments by extending protection to branch offices, cloud networks, remote sites, and international operations. Using PQC-based key distribution, it broadens QKD-protected links, ensuring end-to-end quantum-safe coverage across diverse enterprise infrastructures. This marks a significant step in Singtel’s ongoing commitment to reinforce Singapore’s standing as a quantum-safe nation.

Mr Ng Tian Chong, Chief Executive Officer, Singtel Singapore, said, “Quantum computing represents one of the greatest opportunities of this decade – from curing diseases to predicting climate change and boosting productivity – but it also presents one of its biggest risks. It could break today’s encryption standards, the very foundation of digital trust in our connected world. As a critical infrastructure services provider, Singtel has been helping enterprises anticipate, defend and manage emerging threats so they can innovate and scale securely. Our Hybrid Quantum-Safe Network gives enterprises a practical and scalable way to protect their most sensitive data while preparing for what’s next.”

He added, “By delivering the region’s most flexible and extensible quantum-safe model, we’re strengthening Singapore’s position as a leader in digital resilience and building digital trust. We encourage businesses exploring ways to safeguard and future-proof their operations in the digital economy to reach out to us.”

The Hybrid QSN integrates ID Quantique’s (IDQ) QKD and key management platform to distribute encryption keys securely and leverages Palo Alto Networks’ PQC solution, a software-based feature that introduces quantum-safe encryption into existing systems. This collaboration enables enterprises to accelerate their quantum-readiness strategies. Additionally, Singtel has signed a Memorandum of Understanding with Palo Alto Networks to deliver the Hybrid QSN as a managed security service.

Mr Simon Green, President, Asia-Pacific and Japan, Palo Alto Networks, said, “The threat of quantum computing is very real, and our customers are looking for a practical way to help future-proof their networks against this emerging risk. By bringing together our advanced quantum security solutions and Singtel’s hybrid quantum-safe network, we’re providing a scalable and flexible way for enterprises to extend critical protection from their core data centres to their remote and international locations. This collaboration gives organisations a powerful, software-based solution to defend their data today and well into the quantum era.”

Designed for sectors that depend on securing critical and sensitive information, Singtel’s Hybrid QSN delivers industry-specific benefits:

• Healthcare: QKD protects hospitals and data centres, while PQC safeguards polyclinics and mobile clinics.
• In financial services, QKD safeguards headquarters and trading platforms, while PQC extends that protection to branches, ATMs, and kiosks.
• For critical infrastructure, QKD secures core systems such as power grids, utilities, and transport control centres, and PQC protects remote assets including substations, reservoirs, and MRT stations.

By merging physics-based key exchanges for high-bandwidth links with flexible PQC encryption across wider networks, Singtel’s hybrid setup delivers end-to-end security coverage. Its platform also validates and manages both key sets and integrates with Palo Alto Networks’ firewalls.

By overcoming distance limits traditionally associated with fiber-based QKD, Singtel’s Hybrid QSN offers cross-border quantum-safe protection—advancing its mission to support multinational corporations and government agencies in securing vital data and future-proofing global operations.

“It can be incredibly complex and costly for enterprises to manage global communications infrastructure across multiple vendors’ solutions, especially with increasing pressures to integrate new AI tools and cloud-based services into operations,” said Irwin Lazar, president and principal analyst for Metrigy Research. “Intelligent communications orchestration offers significant potential to streamline communications environments, speed application deployment, and ensure consistent security while providing a common layer to obtain data for business intelligence and AI data models. Agile, holistic platforms are required to help enable the rapid deployment of new capabilities while minimizing operational costs and ensuring security.”

As enterprises move their voice infrastructure to the cloud, roll out AI-driven services, and refine engagement strategies, they often run into restrictive calling plans, disconnected tools, vendor lock-in, and security gaps. These hurdles add to operational overhead and can slow down innovation. At the same time, managed service providers need to provide enterprise-grade communication tools that set them apart in a competitive market. Oracle addresses these challenges with a pre-integrated, technology-agnostic solution built on Oracle Cloud Infrastructure (OCI), providing strong security, scalability, and consistent performance.

The platform brings several practical benefits:

• Simplifying operations: Enterprises can connect and manage UCaaS, CCaaS, third-party voice platforms, AI, and on-premises systems more easily, easing the burden of daily operations.
• Voice AI integration: Real-time insights allow businesses to test, deploy, and integrate AI services while keeping downtime and service interruptions to a minimum.
  Streamlined call flows: Centralized management of security and routing makes it easier to avoid errors, delays, and missed interactions.
• Enhanced customer experience: Organizations can customize and unify communication strategies across cloud and on-premises systems, providing employees and customers with a seamless and consistent experience.
• Centralized intelligence: One orchestration layer handles dial plan logic, routing, policy control, and analytics, making global deployments easier and maintaining continuity across regions.

“Enterprises are facing a new generation of complexities as cloud technologies become more expansive and pervasive, further amplified by the oncoming wave of AI innovation,” said Andrew Morawski, executive vice president and general manager, Oracle Regulated Industries. “With Oracle’s new communications orchestration solution, organizations can seamlessly integrate AI into their unified communications, helping them to rapidly evolve to meet new business requirements.”

According to a report, the National Broadcasting and Telecommunications Commission (NBTC) intends to provide spectrum access to enterprises, factories, and industrial operators through a private network operator (PNO) licence, which will be granted upon request, to accelerate private 5G adoption across the country. 

NBTC Commissioner Somphop Purivigraipong confirmed that the telecom regulator will make the 100MHz spectrum on the 4,800MHz band available for free for nonprofit purposes, subject to conditions. In particular, factories must utilise the allocation to optimise their internal operations.

“The purpose of the 4800MHz allocation is mainly for factories and enterprises requesting the spectrum for their operations. Factories can collaborate with equipment vendors or telecom companies to deploy solutions for 5G private network operations,” Somphop stated.

The allocation, he emphasised, is intended to accelerate the practical application of 5G within Thailand’s industrial landscape.

On the commercial side, the NBTC added that enterprises wishing to deliver private 5G services to factory customers may be required to participate in auctions for the 4,800MHz band. Telecom operators are permitted to enter these auctions if they plan to operate as PNOs. However, any operator that secures such a licence will be restricted from providing consumer mobile services under this band.

The regulator clarified that telecom operators will also be barred from combining the 4,800 MHz band with their existing 2,600MHz mass-market spectrum. This decision reflects the NBTC’s objective of ensuring that Thailand’s private 5G adoption remain focused on dedicated enterprise and industrial use cases rather than mass-market mobile applications.

Presently, the consumer 5G adoption in Thailand is only being seen in applications like video streaming or as a complement to 4G connections. 

The partnership between Absa and AWS initially began in 2015. The bank has now made the decision to broaden the extent of its partnership. The move cemented Absa’s place as a cloud-native and digitally driven bank, pledged to providing differentiated and resilient banking experience.

Under the deal, AWS will be Absa’s go-to cloud provider. The setup will help amplify technological agility, increase responsiveness to shifting customer expectations, and fuel a more intuitive digital banking experience. By tapping into the depth and breadth of AWS services, Absa plans to unlock innovation using emerging technology trends, expedite its overall cloud journey, and provide more secure and innovative solutions.

Johnson Idesoh, Group Chief Information and Technology Officer at Absa, explained, “This partnership reflects our ambition to be a digitally powered financial institution that delivers exceptional value to our customers. We are excited to leverage AWS’ industry-leading banking and finance expertise for our digital transformation. Moving additional services to AWS will modernise our infrastructure, enable us to innovate faster, strengthen our resilience, enhance security, and offer more personalised, intuitive customer experiences.”

The partnership extends beyond cloud migration technology. Absa and AWS have pledged to drive inclusive growth in Africa through digital skills training and community programs. One of the good examples is their partnership with the Women in Tech program, which Absa has been sponsoring for a number of years. Now, in its third year of sponsorship, the program will now grow to train 150 unemployed South African, Kenyan, Botswana, Ugandan, and Ghanaian women. Participants will receive free AWS Cloud training, along with an Absa-sponsored certification exam, giving them pathways into technology careers.

“Our partnership with AWS goes beyond technology; it’s about driving continuous transformation. Together, we are investing in people, communities, and the future of inclusive digital economies across Africa. Choosing a cloud provider with a data centre on the continent is a deliberate decision to support investment in local communities. It’s also a step in our AI transformation journey as a financial services provider, by enabling smarter decision-making, hyper-personalised customer experiences, and greater operational efficiency—driving innovation while enhancing trust, speed, and scale,” added Idesoh.

“With a customer-obsessed mindset, we are committed to enabling SMEs, retail clients, and corporate partners by leveraging the benefits of scale and innovation ecosystems to meet their unique needs across Africa.” He concluded. 

Schneider Electric is globally recognized for its expertise in MEP infrastructure for artificial intelligence data centers (AIDCs). The company provides end-to-end solutions that cover everything from design and construction to operations. 

The agreement between SK Telecom and Schneider Electric is the first tangible outcome of the partnership announced at Mobile World Congress 2025 (MWC25).  As a part of this agreement, Schneider Electric will deliver MEP equipment in five categories, including switchgear, transformers, Uninterruptible Power Supply (UPS), and automated control systems, all of which will be deployed to support the Ulsan center.

In addition, SK Telecom will incorporate Schneider Electric’s Electrical Transient Analyzer Program (ETAP) into its unified AI Data Center Infrastructure Management (DCIM) system. ETAP, a top digital twin solution for power systems, covers design, analysis, and operation. 

The AI DCIM platform offers software and tools for real-time monitoring and management of power consumption and infrastructure utilization. With this agreement, SK Telecom seeks to enhance the capabilities of its AI DCIM solution. 

Cooperation between SK Telecom and Schneider Electric has led to formation of a working group to collaborate on multiple areas including:

• SKT AI DCIM & Schneider Automated Control Systems: To pursue integration and commercialization of SK Telecom’s unified AI DCIM with Schneider Electric’s automated control systems.
• MEP Reference Designs: To develop MEP reference designs and jointly execute data center design and construction services.
• Prefabricated Solutions: To create prefabricated and integrated solutions to significantly reduce construction timelines.
• Energy-as-a-Service (EaaS): To expand collaborative sales initiatives to grow their EaaS business.

The firms also entered into a Memorandum of Understanding (MoU) to extend this partnership across the SK Group. Plans include joint development of UPS and Energy Storage System (ESS) technologies backed by SK On’s lithium-ion battery technologies.

Construction will begin with the Orangeville Business Park in late 2020, with Wightman planning to bury more than 350,000 metres of fibre-optic lines throughout the town.

“Our high-speed Internet capability will advance leaps and bounds, thanks to Wightman’s multi-year project. This initiative is a huge step forward for Orangeville in our Smart City journey,” said Mayor Sandy Brown.
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“As the pandemic has made clear, digital infrastructure is a critical piece of a complete community as a tool to attract and retain business and support our residents in home life, the modern workforce or education.”

Fibre optic technology uses laser pulses of light sent through tiny strands of glass to transmit data, allowing for a significant increase in the speed at which Internet signals can be carried.

It replaces existing copper infrastructure, such as telephone wires and TV cable, with a faster, more reliable method of delivering internet, TV, and phone services.

Wightman is scheduled to begin fibre construction this fall, before moving to the residential sector next year.

The company is able to provide customers with multiple gigabit Internet speeds, high definition TV with the latest user features, and digital home phone service. It plans to open a retail location in Orangeville in 2021.

“For many years, Wightman has offered services in Orangeville and been part of the community,” said Wightman’s president and CEO Rob Figliuzzi.

“We’ve listened to our customers, and it is time for us to make the significant investment and build a vital, future-proof communications infrastructure with our Fibre to the Home and Business that will serve the community for generations to come.”

Honeywell (NYSE: HON), a global leader in industrial cybersecurity, today announced the release of new software that simplifies, strengthens and scales cybersecurity for asset-intensive businesses and critical infrastructure facing cyberthreats.

The Honeywell Forge Cybersecurity Platform improves cybersecurity performance at a single site or across an enterprise by increasing visibility of vulnerabilities and threats, mitigating risks, and improving cybersecurity management efficiency. The Honeywell Forge Cybersecurity Platform is part of the Honeywell Forge for Cybersecurity portfolio of products and services that increases cybersecurity across industrial environments.

The new platform safely moves data from one site to another and uses operations data to strengthen endpoint and network security, and improves cybersecurity compliance. The platform also delivers a scalable software solution to better address cybersecurity pain points in OT and IIoT environments.

“Honeywell Forge for Cybersecurity is a big step forward in the company’s overall cybersecurity strategy. The unified suite of applications, services and products can address a range of end-user cybersecurity requirements from asset discovery and monitoring and Secure Remote Access to fully managed services,” said Larry O’Brien, vice president of research at ARC Advisory Group. “Honeywell Forge Cybersecurity Platform represents a common approach to OT-level cybersecurity that recognizes the impact of IoT on manufacturing, including the monitoring of virtual machines, firewalls, and other assets in industrial environments.”

Based on technology installed in thousands of sites globally, the Honeywell Forge Cybersecurity Platform improves cybersecurity performance by giving customers the tools they need to strengthen their cybersecurity operations and asset management, all through a single dashboard. In addition, multi-site, multi-vendor capabilities support an enterprise-wide solution with greater efficiencies and lower total cost of ownership regardless of the control system used.

“Customers now have a better choice to strengthen industrial cybersecurity across their enterprise to enable IT-OT convergence and digital transformation, improving enterprise performance while reducing the cost of cybersecurity,” said Jeff Zindel, vice president and general manager, Honeywell Connected Enterprise, Cybersecurity. “The Honeywell Forge Cybersecurity Platform provides multiple industry-proven capabilities in a single dashboard to simplify cybersecurity management and better protect people, processes and assets from evolving cyberthreats.”

The Honeywell Forge Cybersecurity Platform is available in three versions, allowing customers to scale when needed to match cyber-requirements and budget with Enterprise Core, Enterprise Premium and Site offerings.

Customers that may not have the cybersecurity expertise or resources to support the Honeywell Forge Cybersecurity Platform, but want to get the most out of their cybersecurity investment, can benefit from Honeywell’s Managed Security Services to host and run the software. With experts in industrial cybersecurity around the world, Honeywell provides Cybersecurity Consulting Services to complement the Honeywell Forge Cybersecurity Platform to help further strengthen cyber defenses.

The Honeywell Forge Cybersecurity Platform is part of Honeywell Forge, a new category of software solutions that deliver Enterprise Performance Management for Operations Technology to aerospace, building, industrial and worker segments. Honeywell Forge was launched earlier this year to improve the way a variety of companies collect, analyze and act on data from their operations.

For more information about the Honeywell Forge Cybersecurity Platform, visit Honeywell Industrial Cyber Security Solutions and Services.

Honeywell (www.honeywell.com) is a Fortune 100 technology company that delivers industry specific solutions that include aerospace products and services; control technologies for buildings and industry; and performance materials globally. Our technologies help everything from aircraft, buildings, manufacturing plants, supply chains, and workers become more connected to make our world smarter, safer, and more sustainable.  For more news and information on Honeywell, please visit www.honeywell.com/newsroom.

All Verizon customers will have access to over 50 countries using either Call-In Toll/Toll Free or Call-me numbers. In addition, users may join Zoom meetings from a Verizon Wireless phone or Verizon Voice-over-IP (VoIP), or just the audio portion of a Zoom meeting via Verizon VoIP, for no additional charge. With Verizon managing the service, customers can use Zoom without the need of dedicated staff or time to look after it themselves. Verizon’s experts will also be available for training, user adoption and any technical support.

“Businesses around the world are growing increasingly dependent on tools and solutions that are agile, intuitive and reliable. Ease-of-use and performance are critical qualities of video collaboration; encouraging employee engagement and driving greater productivity across the enterprise. Our mission is to offer each and every business the solutions suite that helps ensure these results.” comments Shawn Hakl, SVP Business Products for Verizon. “The addition of Zoom to our collaboration partner portfolio enables our business customers get access to technology that hits both marks – ease of use and performance.”

“This agreement with Verizon is the epitome of our strategy to work with the top global service providers to extend the reach of Zoom around the world. It will allow Verizon customers from SMB to enterprise to enjoy our reliable and innovative video communications platform on Verizon’s best-in-class network,” said Eric S. Yuan, chief executive officer of Zoom.

“Businesses and organizations shopping for cloud-based, video-first collaboration are well advised to include this solution on their short list,” said Amy Lind, IDC Research Manager, Communications Services and UC&C practice. “Verizon’s call quality and onboarding support bring additional robustness to Zoom’s technology.”

This new Verizon/Zoom solution is currently available globally. More information on Verizon’s Unified Communications and Collaboration solutions is available here.

Verizon Communications Inc. headquartered in New York City, generated revenues of $130.9 billion in 2018. The company operates America’s most reliable wireless network and the nation’s premier all-fiber network, and delivers integrated solutions to businesses worldwide. With brands like Yahoo, TechCrunch and HuffPost, the company’s media group helps consumers stay informed and entertained, communicate and transact, while creating new ways for advertisers and partners to connect. Verizon’s corporate responsibility prioritizes the environmental, social and governance issues most relevant to its business and impact to society.

About Zoom
Zoom helps businesses and organizations bring their teams together in a frictionless environment to get more done. Our easy, reliable cloud platform for video, voice, content sharing, and chat runs across mobile devices, desktops, telephones, and room systems. Zoom is publicly traded and headquartered in San Jose, California.