Cisco | September 15, 2023
Cisco Secure Application, new to the Cisco Full-Stack Observability Platform, brings application and security teams together to secure cloud-native application development and deployment.
The platform integrates Cisco's industry-leading security products' security intelligence with application performance data to provide business context with security findings.
Cisco-exclusive business risk observability enables IT professionals to identify, assess, and prioritize risk and fix application security concerns based on potential business impact.
Cisco, a worldwide technology leader that offers innovative software-defined networking, cloud, and security solutions, has unveiled the availability of the Cisco Secure Application, formerly known as Security Insights for Cloud Native Application Observability, on the Cisco Full-Stack Observability platform. This integration empowers organizations to seamlessly unite their application and security teams, facilitating the secure development and deployment of modern applications. The latest release of Cisco Secure Application extends its capabilities to securely manage both cloud-native and hybrid applications.
In an effort to assist organizations in bolstering their cloud-native applications security, Cisco has introduced the new Cisco Secure Application offering, which is available on Cisco's recently introduced Full-Stack Observability platform. This solution equips customers with enhanced visibility and intelligent insights regarding business risk in various cloud environments.
As a result, businesses gain the ability to more effectively prioritize and respond to security risks that could impact revenue and reputation in real time, leading to a reduction in overall organizational risk profiles.
As organizations strive to provide smooth digital experiences, IT teams have faced growing demands to transition to modern, distributed applications.
According to a recent study by Cisco, 92% of global technologists acknowledge that the urgency to innovate and adapt to evolving customer needs has often resulted in compromised application security during software development.
As a consequence, organizations have become susceptible to security vulnerabilities and threats. They face broader attack surfaces and gaps in their application security layer due to the isolation of teams. These teams face challenges in obtaining adequate visibility and the necessary business context for prioritizing vulnerabilities. Consequently, organizations are witnessing a surge in security incidents within the modern environment, thereby jeopardizing customer data and the reputation of their businesses.
Mark Leary, Research Director, IDC, stated,
Cisco's extensive domain experience across multi-cloud and hybrid environments and comprehensive full tech stack oversight positions the company well to assist customers bring business risk observability, application observability, and security intelligence data together. Combined, they give customers access to the critical information they need to make smarter decisions about their application security
[Source – Cision PR Newswire]
Senior VP and General Manager of Cisco Full-Stack Observability and AppDynamics, Ronak Desai, said,
An organization's ability to swiftly assess risks based on potential business impact, align teams and triage threats is entirely dependent on understanding where vulnerabilities exist, the severity of those risks, the likelihood they’ll be exploited, and the risk to the business of each issue. This business risk observability can enable IT professionals understand and prioritize those risks and is uniquely delivered by Cisco. The availability of Cisco Secure Application on the Cisco Full-Stack Observability platform is a crucial next step in our commitment to providing customers with the tools they need to provide unmatched and secure digital experiences across multi-cloud and hybrid environments.
[Source – Cision PR Newswire]
Network Threat Detection
Business Wire | October 20, 2023
Juniper Networks (NYSE: JNPR), the leader in secure, AI-driven networks, today announced the expansion of its Connected Security portfolio with new products and capabilities that empower organizations to seamlessly extend security services and Zero Trust policies across distributed data center environments. The new Juniper Connected Security Distributed Services Architecture uniquely integrates Juniper’s unified security management paradigm with best-in-class routing and AI-Predictive Threat Prevention to bring much-needed operational simplicity and scale to data center security. In addition, four new high-performance firewall platforms deliver unmatched performance in a compact footprint that minimizes cost, space and power consumption.
With the adoption of edge computing, multicloud, 5G and IoT, business data is increasingly distributed across geographically dispersed locations, making it harder to secure and manage. To adapt to this changing environment, organizations need a new modern data center architecture that delivers reliability through automated data center operations, scalable performance to support the most stringent workloads (e.g., AI model training) and comprehensive data security, regardless of where the data resides.
The newest enhancements to Juniper’s Connected Security portfolio provide a secure bridge for customers to facilitate their transition to a modern data center, at their own pace. This is achieved via the following unique innovations:
Juniper’s Connected Security Distributed Services Architecture: Juniper is the first in the industry to deliver an architecture design that fully decouples the forwarding and security services layers that have traditionally been combined in a single firewall appliance. By decoupling these layers, customers can utilize their existing Juniper MX series routers as an intelligent forwarding engine and load balancer. This unique design gives customers independent scaling flexibility without chassis limitations, multi-path resiliency and cost efficiency. When coupled with Juniper Security Director Cloud, the operational experience is as simple as managing one logical element, regardless of the quantities and form factors of any additional firewall engines added to the architecture.
AI-Predictive Threat Prevention: Building on Juniper’s Adaptive Threat Profiling and Encrypted Traffic Insights, AI-Predictive Threat Prevention automatically generates custom signatures unique to the customer’s environment through a proxy-less architecture. Coupled with AI, customers gain even more effective malware prevention at line rate. Additionally, the enhanced URL filtering solution provides more granular control, with more than 200 categories to choose from and support for up to 200 languages, as well as a new portal for better insights on web content and easy recategorization. The AI-powered security solution enables customers and partners to predict and find real threats faster, leaving human experts to focus on more strategic security tasks.
Four new best-in-class high-performance firewalls: The new Juniper Networks SRX firewalls (SRX1600, SRX2300, SRX4300, SRX4700) are 1RU in size, scale up to 1.4 Tbps and include built-in Zero Trust capabilities, delivering the industry’s highest firewall throughput performance per rack unit. The new platforms feature wire-speed MACsec along with natively embedded TPM 2.0 chips and cryptographically signed device IDs that allow security administrators and network operators to easily verify the trust posture of devices remotely and mitigate the risks of supply chain attacks. These new firewalls, like the whole SRX family, support industry-standard EVPN-VXLAN Type 5 integration, providing full fabric awareness to security operators and allowing them to respond to threats faster.
When combined with Juniper’s Connected Security Distributed Services Architecture, these additions to the Juniper SRX series family offer customers even more options to build and expand their data center architectures securely and with sustainability objectives top of mind.
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.