As networks become decentralized and users connect directly to SaaS applications, backhauling traffic to apply security policies just isn’t efficient. Plus, backhauling internet bound traffic is expensive, and it adds latency. More and more branch offices are migrating to direct internet access (DIA). Find out how to quickly and easily secure this traffic.
Users are working off-hours, off-network, and off-VPN. Are you up on all the ways DNS can be used to secure them? If not, maybe it’s time to brush up. More than 91% of malware uses DNS to gain command and control, exfiltrate data, or redirect web traffic. Because DNS is a protocol used by all devices that connect to the internet, security at the DNS layer is critical for achieving the visibility and protection you need for any users accessing the internet. Learn how DNS-layer security can help you block threats before they reach your network or endpoints.
"Healthcare organizations have significantly more to consider than the average business when it comes to network and device security. Concern over code modification, key compromise, password-based vulnerabilities and man-in-the-middle attacks have caused hospital CIOs and CISOs to rethink their security strategies and investments. The threat to these devices has even been assigned its own term: medjacking, a shortened form of “medical device hijacking.”
Download this white paper for five best practices to mitigate threat and attacks that can put lives, patient trust and the growth of the healthcare organization at risk.
Access the white paper today!"
Find out how companies have deployed remote access SSL VPNs to increase remote user satisfaction, improve accessibility to corporate resources, support business continuity planning, and reduce overall implementation and ongoing management costs. The white paper also covers how cloud-based SSL VPN services address high availability requirements, support unforeseen spikes in activity and optimize network performance. Lastly, learn how a single SSL VPN platform can support all your mobile access, telecommuting and partner extranet requirements to improve your ROI.
DigiCert implemented Imperva to protect their hybrid environment. They
were already using Imperva’s WAF on-premises to defend against Layer 7
attacks, known threats, and zero-day attacks to rapidly identify the threats
that required investigation. By expanding their usage of Imperva, DigiCert
was able to extend protection to AWS and maintain their security posture
both during and after migration.
Imperva’s sophisticated threat detection technology draws upon vast
experience in the WAF market. As traffic passes through their network,
advanced client classification technology (together with crowdsourcing
and IP reputation data) automatically analyzes it to identify and block web
application attacks. These include SQL injection, cross-site scripting, illegal
resource access, comment spam, site scraping, malicious bots, and other
top threats. Granular filters and controls reduce false positives and prevent
access from unwanted visitors, while IP address shielding hides the web
In the past, desktops, business apps, and critical infrastructure were all located behind the firewall. Today, more and more is happening off-network. More roaming users. More corporate-owned laptops accessing the internet from other networks. More cloud apps, letting users get work done off the corporate network. And more branch offices connecting directly to the internet.
As digital business evolves, however, we’re finding that the best form of security and enablement will likely remove any real responsibility from users. They will not be required to carry tokens, recall passwords or execute on any security routines. Leveraging machine learning, artificial intelligence, device identity and other technologies will make security stronger, yet far more transparent. From a security standpoint, this will lead to better outcomes for enterprises in terms of breach prevention and data protection. Just as important, however, it will enable authorized users in new ways. They will be able to access the networks, data and collaboration tools they need without friction, saving time and frustration. More time drives increased employee productivity and frictionless access to critical data leads to business agility. Leveraging cloud, mobile and Internet of Things (IoT) infrastructures, enterprises will be able to transform key metrics such as productivity, profitabilit
To improve safety and mobility across its 5,600km road network, the City of Toronto forged a partnered with HERE Technologies for the provision of traffic, incident, and historical traffic data.
Access to this data allows the city authority to see exactly what’s happening on its roads and more easily and affectively run studies on improvement projects.
This case study details how HERE Technologies enabled the City of Toronto’s transportation team to:
Work smarter with comprehensive network coverage and accurate data to aid analysis
Examine the impact of city projects without significant forward planning or expenditure
Ensure travel volume models used to drive decision making are calibrated to represent real-world truths
How secure is your company’s network?
The rising frequency of employee network access is fast becoming one of the most prevalent and unmanaged risks to the protection of critical enterprise data. When coupled with increasingly sophisticated cyber-attacks, the possibility of a security breach of enterprise networks becomes more likely.
As one of the world’s leading location platforms in 2018, HERE shares insights and solutions to preventing identity fraud. Discover the latest facts and statistics. Learn more about the use-case of location verification when logging into your company’s network.
Download the infographic from HERE Technologies.
Published By: Cisco EMEA
Published Date: Nov 13, 2017
Cisco has recently unveiled its new intent-based networking strategy, called "The Network. Intuitive." The goal of intent-based networking is to allow greater levels of automation, security integration, and centralized manageability within a software subscription orientation. Intent-based networking is underpinned by Software-Defined Access (SDA), Cisco's automation engine built upon the company's Digital Network Architecture (DNA), which automates network segmentation, policy enforcement, and troubleshooting. Other core components of the announcement include a refresh of Cisco Catalyst switches, a new licensing model for infrastructure, and an all-in-one management console called DNA Center.
Published By: Cisco EMEA
Published Date: Nov 13, 2017
In the past, desktops, business apps, and critical infrastructure were all located behind the firewall. Today, more and more is happening off-network. More roaming users. More corporate owned laptops accessing the internet from other networks. More cloud apps, mean that users don’t need to be on the corporate network to get work done. And more branch offices connecting directly to the internet.
Companies are increasingly using outside contractors and suppliers stay competitive, which means granting third-parties access to applications via VPN or VDI. This reliance causes increased complexity and burden on the Enterprise team while also creating additional security risk, as third-party access creates additional points of entry to an organization’s network.
Read this solution brief to learn about a new painless, secure approach to remote access.
Cisco® Unified Access establishes a framework that securely, reliably, and seamlessly connects anyone, anywhere, anytime, using any device to any resource. This framework empowers all employees with advanced services, taking advantage of an intelligent, enterprise-wide network to increase revenue, productivity, and customer satisfaction while reducing operational inefficiencies across the business. Cisco Unified Access includes services-rich network edge systems and combines a core network infrastructure embedded with integration of productivity-enhancing advanced technologies, including IP communications, mobility, security, video, and collaboration services.
As security continues to get more complex Cisco looks at a network visually for secuirty aspects and is not based upon classifications of boundary and segmentation. Putting the 'Network' back in Network Security is an implementation used through: Netflow, Fire & ISE, Beyond Access Control (SGT & TrustSec)
Wi-Fi is about to get a reboot. New 802.11ac Wave 2 products will make it possible to deliver LAN-like multigigabit speeds over the wireless network for the first time, enabling previously unimagined scale and flexibility in the enterprise workspace. But how will businesses capitalize on this new capacity when most current Ethernet access cabling maxes out at 1 Gigabit per second (Gbps)? This white paper: ? Introduces the new generation of Cisco® Catalyst® switches with Multigigabit Ethernet technology, the first platforms to combine support for multigigabit wireless speeds with full power over Ethernet (PoE) in an easy-to-deploy solution ? Shows how Cisco Catalyst Multigigabit Ethernet switches use NBASE-T technology to empower you to deliver 5-Gbps speeds over your existing access cabling ? Details how Cisco Catalyst Multigigabit Ethernet switches gives you the scale and capacity you need today, while protecting your network investments for the future
Cisco Mobility Express is a software-based controller function integrated on Cisco 1800 series Wave 2
AccessPoints. It is a simplified, low cost, feature rich WiFi architecture with enterprise level WLAN capability
streamlined for small and mid-sized deployments.
In a Cisco Mobility Express network, AccessPoint (AP) running the wireless controller function is designated
as the Master AP. The other AccessPoints which are managed by this Master APare referred asSubordinate
Published By: Carbonite
Published Date: Jul 18, 2018
With more and more employees spread around the globe, IT teams face a
conundrum: how to secure an increasing amount of data traveling outside
the network while preserving workforce productivity in an increasingly
interconnected and global market. It’s up to IT decision-makers to protect
and secure company data in a way that promotes user access without imposing
overly restrictive or cumbersome device policies. When it comes to protecting
data on laptops and mobile devices, several key factors are essential for today’s
Published By: Gigamon
Published Date: Oct 19, 2017
Download the Gigamon white paper, Addressing the Threat Within: Rethinking Network Security Deployment, to learn how evolving cyber security threat conditions are changing the trust model for security and how a structured and architectural approach to pervasive network visibility gives security solutions access while enabling them to scale cost effectively. See how the benefits of increased security and cost effectiveness are making the Security Delivery Platform a foundational building block to deploying security solutions. Read now!
A related recent development in the data center is converged infrastructure (CI). Instead of the traditional silo deployment approach to storage, compute, and network resources, all infrastructure elements are delivered and managed in a single environment, providing virtualized access to business services in an efficient manner. This is particularly suitable for cloud-based delivery models. However, since CI achieves lower costs through optimization of data center resources, it can be effective for all IT organizations, regardless of the way in which the services are managed or presented.
AWS provides powerful controls to manage the security of software-defined infrastructure and
cloud workloads, including virtual networks for segmentation, DDoS mitigation, data encryption,
and identity and access control. Because AWS enables rapid and elastic scalability, the key
to securing cloud environments is using security automation and orchestration to effectively
implement consistent protection across your AWS environment.
The following eBook will discuss Dome9 best practices for using AWS controls to establish a
strict security posture that addresses your unique business needs, and maintaining consistency
across regions, accounts, and Virtual Private Clouds (VPCs) as your environment grows.
Published By: Preempt
Published Date: Nov 02, 2018
In our 2018 Trends in Information Security report, we outlined a concept we referred to as the ‘identity-aware perimeter.’ The essential idea is that as new architectures such as cloud, containers, mobility and IoT take hold, controlling access to resources will increasingly need to rely on identity as an alternative to purely network-based approaches focused more on ‘where’ you are than ‘who’ you are. By combining identity with user and entity behavior and risk scoring to gate access, Preempt fits squarely within this trend, which we think could be one of the most interesting and powerful to hit the infosec market in years. Preempt has few direct competitors, and its initial challenge will be finding ways to distinguish itself from vendors in adjacent categories such as adaptive multi-factor authentication (MFA), advanced threat protection, user and entity behavior analytics (UEBA) and cloud access security brokers (CASB), to name a few. Forging a new security category is never easy,
When it comes to securing all the parts of a modern distributed network, endpoints remain
the most vulnerable outlier. Mobility has brought a flood of different devices that cross in and
out of enterprise networks on a daily basis. This public exposure, combined with inadequate
traditional endpoint security and a high degree of user autonomy, makes these devices
prime targets for malware infections and other forms of sophisticated attack that seek to
exploit the broader organization. And threat actors are finding enormous success along
To stay competitive, most organizations are currently embracing digital transformation
(DX)—including cloud services, smart Internet of Things (IoT) devices, and greater mobility.
These adaptations provide organizations with faster and more seamless access to critical
information, regardless of the device being used to access it. However, as distributed
networks expand and become more difficult to manage, the endpoint remains a weak link i
Endpoint devices continue to be one of the favorite targets for cyberattacks.
A successfully compromised laptop provides a foothold for a
threat to move laterally and infect other endpoints within the organization.
To address this critical vulnerability, security leaders must integrate
endpoint security into their broader network security architecture. A
deep connection between endpoint and network security offers key
improvements to holistic enterprise protection. It provides risk-based
visibility of all endpoint devices, establishes policy-based access controls,
enables real-time threat intelligence sharing, and automates security
responses and workflows for effective and efficient protection that
conserves time and money.