Network Threat Detection
Fortinet | November 06, 2023
Fortinet prioritizes secure networking, universal SASE, and security operations to expand globally and innovate in cybersecurity.
Secure networking is estimated to reach $86 billion by 2027 and universal SASE $36 billion, aligning with the strategic change.
Focusing on cybersecurity growth strengthens Fortinet's commitment to customer value and innovation.
Fortinet, a global leader in cybersecurity, is focusing its business strategy on high-growth markets, emphasizing secure networking, universal secure access service edge (SASE), and security operations. This shift will drive innovation and reinforce its commitment to customers. Fortinet is reorganizing its research & development (R&D) and go-to-market (GTM) strategies around the three markets mentioned. They will develop integrated and advanced products to cater to these areas.
Fortinet operates globally, serving hyperscale customers and promoting cybersecurity technologies. The three core markets Fortinet is concentrating on are secure networking, universal SASE, and security operations. These markets are expected to experience substantial growth, and Fortinet has a competitive advantage in them. This strategy aims to expand Fortinet's global business and provide value to its customers. The company is aligning with areas of high demand in the cybersecurity sector. Its current collection of organically developed and integrated products and services enjoys a notable competitive edge in the aforementioned three crucial markets:
The market for secure networking is anticipated to reach $86 billion by 2027, expanding at a rate of nearly nine percent per year. 5G gateways, network firewalls, secure switches, and access points comprise the majority of its composition. With the expansion of its firewall business, Fortinet anticipates a corresponding increase in revenue for its FortiGuard Security Services, which are propelled by artificial intelligence (AI). Secure networking remains an integral component of Fortinet's strategy, given that it dominates both firewall revenues and units shipped in its greatest addressable market.
Also, by 2027, the universal SASE market is anticipated to reach $36 billion, representing an annual expansion of nearly 20%. The system integrates various cloud-native networking and security technologies, including SD-WAN, secure web gateway (SWG), cloud access security broker (CASB), data loss prevention (DLP), zero-trust network access (ZTNA), SASE, and others. Its purpose is to streamline the process of implementing a zero-trust strategy. All functions of the SASE solution developed by Fortinet can be executed either in an appliance or in the cloud. This capability is facilitated by a unified management console, networking and security layer, and operating system. Recently, Fortinet was positioned in the inaugural Gartner Magic Quadrant for Single-Vendor SASE in 2023.
Lastly, the security operations market is anticipated to reach $78 billion by 2027, expanding at slightly more than 14% per year. Fortinet's SecOps platform is the most comprehensive, integrated, and broad in the industry, enabling organizations to gain control and insight into their distributed operations through security orchestration, endpoint detection and response (EDR), automation and response (SOAR), security information and event management (SIEM), network detection and response (NDR), and additional integrated enterprise-grade cybersecurity technologies.
Complementing Fortinet's R&D expenditures are strategic realignments in its GTM investments, concentrating on security operations, universal SASE, and secure networking. With the assistance of marketing support and training, sales will be structured in accordance with these three strategic areas in order to increase market penetration and consumer engagement.
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Data Security
Oracle | September 20, 2023
Oracle to participate in an industry-wide initiative to design a new open network and data security standard.
Oracle and Applied Invention are assisting to developing and promoting a novel network and data-centric security standard to tackle distributed cloud deployment challenges.
This standard will enable organizations to protect their data throughout its entire lifecycle without requiring modifications to their distributed cloud environments' underlying architecture.
Oracle, one of the world's largest database management companies, announced that it will participate in an industry-wide initiative to design a new open network and data security standards that will assist organizations in protecting their data in distributed IT environments. Oracle will collaborate with Applied Invention, a significant technology provider, and other industry leaders, including Nomura Research Institute, Ltd. (NRI), a global leader in consulting and system solutions. This new standard will enable networks to enforce shared security policies collectively, thereby augmenting the security architecture organizations already employ without requiring modifications to existing applications and networks.
Oracle plans to launch the Oracle Zero-Trust Packet Routing Platform, based on the new standard, to support this new initiative. This platform will assist organizations in preventing illegal access or use of their data without imposing additional obstacles on legitimate activities.
Executive Vice President of Security and Developer Platforms at Oracle Cloud Infrastructure, Mahesh Thiagarajan, said,
Over the last 20 years, the cybersecurity industry has produced many incremental changes, but we need a fundamentally novel approach to protect our data in the increasingly complex cloud era. Organizations require a way to describe their data security policies in one place where they can be easily understood and audited, and they need a way to make sure those policies are enforced across their entire computing infrastructure, including their clouds.
[Source – Cision PR Newswire]
As the adoption of cloud technology rises and IT landscapes become more intricate with distributed cloud deployments, organizations face escalating challenges in safeguarding their data using conventional methods and tools. For example, many existing systems necessitate security teams to orchestrate disparate solutions across various facets, including database, application, network, and identity security.
This complexity is further compounded when applied across diverse environments. Ensuring seamless collaboration among these solutions becomes a formidable task due to the dynamic and independent changes in applications, environments, and user profiles. Additionally, current security systems demand extensive configurations to accurately distinguish between different user categories, such as full-time employees and contractors, without compromising security or restricting access.
Research Vice President of Cloud and Edge Infrastructure Services at IDC, Dave McCarthy, said,
The new standard Oracle develop has the potential to change all of that by adding a unified layer of security on top of existing solutions. Building data protection policies into the network itself will assist users get the access they require while ensuring the data remains secure behind the scenes.
[Source – Cision PR Newswire]
Oracle and Applied Invention are assisting in designing and promoting a novel security standard, focusing on network and data-centric security, which aims to tackle these challenges. This innovative standard will empower organizations to safeguard their data across its entire lifecycle, including distributed cloud environments. To accomplish this, the standard will implement an intent-based security policy that is designed to be understandable, auditable, and interpretable by humans. This intent-driven approach will be put into practice at the network layer, ensuring that every data transmission contains authenticated attributes concerning the sender, receiver, and the nature of the data in transit.
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Software Security
Business Wire | November 03, 2023
Science Applications International Corp. (NYSE: SAIC) today announced new, purpose-built Zero Trust security capabilities, which provide a solution to answer the Zero Trust pillars addressing data, identity, devices, networks, applications and workloads.
The new Zero Trust security capabilities have been tested and validated on an AWS Snowball Edge and AWS Snow Family device with on-board storage and compute power for select Amazon Web Services (AWS) capabilities. AWS Snowball Edge can support local processing and edge-computing workloads in addition to transferring data between a user’s local environment and AWS.
SAIC has brought together the best-in-class tools to deliver a mission-ready Zero Trust Edge capabilities that provides multi-level secure data processing and analytics and prioritizes data in a DDIL environment to transport back to the cloud, said Lauren Knausenberger, chief innovation officer at SAIC. This provides warfighters with a critical capability to extend their enterprise OCONUS, with the ability to run disconnected ops and rapidly adopt technologies and capabilities needed for mission success. This capability has the potential to be a critical enabler for Combined Joint All-Domain Command and Control (JADC2), with the ability to deploy at forward operating bases, on air platforms and at sea.
Through the combined efforts of AWS; SAIC; Koverse, an SAIC company; Okta; CrowdStrike; Zscaler and Splunk, ready-to-install cybersecurity and Zero Trust technologies combine data and provide multi-level security from the edge through the enterprise. This capability meets the challenges of Wide Area Network (WAN) or no WAN connectivity by enabling offline compute capabilities and replicates mission-critical data after connectivity is restored. These components of software and hardware allow the capabilities to address the five pillars of the Zero Trust Maturity Model and therefore help increase cybersecurity posture at the edge.
SAIC is an industry leader in cloud and cybersecurity, addressing Zero Trust security capabilities, including the latest capabilities which have been validated and tested on an AWS Snowball Edge device.
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