Genetec has announced that it will unveil Streamvault Edge at ISC West (Genetec booth #13062). The Edge is an innovative new line of connected appliances that enables the easy transition to a hybrid-cloud infrastructure and marks the beginning of a new edge platform strategy for Genetec.
Ideally suited for multi-site operations such as banking, retail, or businesses with remote or unmanned sites, Streamvault Edge enables organizations to modernize their security infrastructure while leveraging existing legacy sensor infrastructure. The Edge enables the gradual migration of security systems to a hybrid architecture without disrupting operations. The appliance is also a low-maintenance, easy-to-install edge device that makes the commissioning, deployment, and management of connected remote sites simple and straightforward without the need for specialized IT expertise.
At its initial launch, Streamvault Edge will focus on delivering a hybrid cloud architecture for enterprise-grade video surveillance, with more security and IoT devices to be supported in the coming months. “This is just the beginning of a new edge platform strategy, and a more efficient way of delivering our solutions to customers,” said Christian Morin, Vice President Product Engineering and Chief Security Officer at Genetec, Inc. “We are starting with video, but Streamvault Edge will soon evolve to power a broader range of capabilities from access control to advanced operations technologies.”
A connected Linux-based appliance, Streamvault Edge has little to no impact on IT resources and can be easily installed and configured by non-specialized technicians. It offers the simplicity of the cloud for easy connectivity, configuration/deployment, scalability, maintenance, and updates, regardless of where sensor data is archived.
For systems integrators, Streamvault Edge offers an ideal solution to help modernize existing installations and extend the useful life of legacy equipment while future-proofing new infrastructure. Streamvault Edge will be available worldwide from the Genetec network of authorized partners.
Preparing a Secure Cloud Environment in the Digital New Norm
Written by Daniel Jiang, General Manager of the Middle East and Africa, Alibaba Cloud Intelligence
As hybrid or remote working is being adopted by many companies globally and becoming the ‘new norm’ for millions of workers, cyberattacks meanwhile continue unabated. Building a secure and reliable IT environment has therefore become an increasingly important priority for many businesses who are exploring opportunities in the global digital economy. While moving to the cloud and using cloud-based security features is a good way to challenge cyber risks, it’s important to delve deeper into how best to construct a secure and reliable cloud environment that can fend off even the most determined attacker.
In today’s digital environment, discussions about cyber security’s best practices have never been more important. The UAE in particular established the Cybersecurity Council to develop a cybersecurity strategy and build a secure cyber infrastructure by creating related regulations. Following this move, the nation ranked 5th place on the International Telecommunications Union’s Global Cybersecurity Index 2020, jumping 33 places and it continues to prioritize cyber security and awareness. Creating a secure cloud environment – from building the architecture to adopting cutting-edge security technologies and putting in place important security management practices – will inspire more thorough conversations on this subject.
A resilient and robust security architecture is essential for creating a cloud environment capable of assuring an organisation about the availability, confidentiality and integrity of its systems and data. From the bottom up, the architecture should include security modules of different layers, so that companies can build trustworthy data security solutions on the cloud layer by layer – from the infrastructure security, data security, and application security to business security layers.
In addition to the security modules of all of the layers, there are a variety of automated data protection tools that enable companies to perform data encryption, visualisation, leakage prevention, operation log management and access control in a secure computing environment. Enterprises can also leverage cloud-based IT governance solutions for custom designs of cloud security systems to meet compliance requirements from network security and data security to operation auditing and configuration auditing. This ensures full-lifecycle data security on the cloud, with controllable and compliant data security solutions in place.
Another consideration is to build a multi-tenant environment, abiding by the principle of least privilege and adopting consistent management and control standards to protect user data from unauthorised access. In addition, establishing strict rules for data ownership and operations on data, such as data access, retention and deletion, is also pivotal in creating a safe environment.
Moreover, enterprises can embrace the zero-trust security architecture and build a zero-trust practice by design to protect the most sensitive systems. The architecture requires everything (including users, devices and nodes) requesting access to internal systems to be authenticated and authorised using identity access protocols. As such, the zero-trust security architecture cuts down on automatic trust, or trust without continuous verification, addressing modern challenges in securing remote working environments, hybrid cloud settings and increasingly aggressive cyber threats.
Cutting-edge security technologies such as comprehensive data encryption, confidential computing and many more emerging tech solutions, can be leveraged to ensure we stay on top of the trends in cybersecurity. Comprehensive data encryption provides advanced data encryption capabilities on transmission links (such as data-in-motion), compute nodes (such as data-in-use), and storage nodes (such as data-at-rest). Key Management Service and Data Encryption Service help users securely manage their keys and use a variety of encryption algorithms to perform encryption operations.
Another emerging technology to safeguard the cloud environment is confidential computing. Confidential computing is dedicated to securing data in use while it is being processed, protecting users’ most sensitive workloads. Confidential computing based on trusted execution environments (TEEs), ensures data security, integrity and confidentiality while simplifying the development and delivery of trusted or confidential applications at lower costs.
It is equally important to adopt proper security management practices and mechanisms to maximise the security protection of one’s critical system and important data. One essential mechanism to protect the cloud environment is to develop a comprehensive disaster recovery system, which enables businesses to configure emergency plans for data centres based on factors such as power, temperature and disasters, and establish redundant systems for basic services such as cloud computing, network and storage. It helps companies to deploy their business across regions and zones and build disaster recovery systems that support multiple recovery models.
Setting the effective reviewing and response mechanism for your cloud security issues is imperative. First, having vulnerability scanning and testing in place is important to assess the security status of systems; second, it is vital to use cloud-native monitoring tools to detect any anomalous behaviour or insider threats; furthermore, establishing proper procedures and responsibility models to quickly and accurately assess where vulnerabilities exist and their severity, will help ensure that quick remedy actions can be taken when security problems emerge.
In the future, developing the security architecture, technologies, management and response mechanism will no longer be perceived as a cost-centre burden for companies, but rather, as critical capabilities to safeguard the performance and security of daily business operations. Crafting a comprehensive cloud security plan, adopting the best industrial practices, and choosing a professional cloud service provider with strong security credentials to work with, should be an imperative subjects in a CXO’s agenda.
Qualys Brings External Attack Surface Management (EASM) to its Cloud Platform
Qualys, Inc. has announced it is adding External Attack Surface Management (EASM) capabilities to the Qualys Cloud Platform. Integrated into CyberSecurity Asset Management 2.0, the new component adds the external attacker view to identify previously unknown internet-facing assets for a complete and accurate picture of the enterprise attack surface.
“Digital transformation, increased adoption of cloud and Internet of Things (IoT), a growing remote workforce, and a technology talent shortage have led to an exponential rise in organizations’ attack surface. This expansion makes it harder for security teams to correlate externally visible and internally managed assets and govern compromises that occur because of undiscovered, unmanaged, or poorly managed IT assets. Organizations need a new approach to view vulnerable assets from the outside in and execute like an attacker to quickly identify areas of risk,” the company said in a statement.
“Organizations must proactively manage their cyber defenses, which includes finding and addressing vulnerabilities to reduce cyber risk,” said Michelle Abraham, research director, Security and Trust at IDC. “Qualys’ unique approach to EASM is integrating the internal and external asset data from CyberSecurity Attack Management with its Vulnerability Management, Detection and Response (VMDR) solution into a single view. As a result, organizations can better identify undiscovered assets and immediately access and mitigate the cyber risk within the same workflow.”
“Qualys CyberSecurity Asset Management provides invaluable attack surface insights from an external attacker’s point of view,” said Mike Orosz, vice president information and product security at Vertiv. “This view allows us to proactively augment our vulnerability management program by discovering risks presented by previously unknown internet-facing devices. Additionally, the automated workflows enable us to prioritize security engineering actions that will reduce cyber risk and rapidly improve our company’s security.”
According to Qualys, its CyberSecurity Asset Management 2.0 with EASM enables organizations to continuously monitor and reduce the entire enterprise attack surface including internal and internet-facing assets and discover previously unidentified exposures. “It also helps synchronize with CMDBs, detect security gaps like unauthorized or end-of-support software, open ports, remotely exploitable vulnerabilities, digital certificate issues, unsanctioned apps and domains, and mitigate risk by taking appropriate actions,” the company said.
“Achieving full asset visibility remains one of cybersecurity’s most elusive goals,” said Sumedh Thakar, president and CEO of Qualys. “CyberSecurity Asset Management 2.0 solves this by providing both the holistic, external attacker-level and internal view of the attack surface to comprehensively address the increased threat landscape. Taking protection a step further, we’ve natively integrated the solution with Qualys VMDR so organizations can prioritize vulnerabilities and asset groups based on risk and proactively remediate to quickly reduce exposure.”
Qualys CyberSecurity Asset Management 2.0 with EASM is currently in preview and available to existing customers. It will be generally available in mid-September.
Help AG Launches Analytics Powered Next Generation Cloud SOC
Help AG has launched a fully cloud-delivered, Next-Generation SOC (Security Operations Center). The Help AG Cloud SOC will modernize security operations of the largest enterprise infrastructures in the region with analytics-powered solutions that uncover unknown threats, provide powerful anomaly detection, and user and entity risk profiling, to ultimately thwart attacks on enterprise assets.
The SOC utilizes next-generation security information and event management (SIEM) coupled with user and entity behavior analytics (UEBA) to address critical use cases like insider threats, lateral movement detection, and data exfiltration in modern enterprise environments. Curated threat intelligence from the locally managed security service provider (MSSP) helps to deliver high fidelity alerts and provides an unmatched range of services such as threat detection and hunting, network traffic analysis (NTA), and data enrichment.
Commenting on the launch, Stephan Berner, Chief Executive Officer at Help AG, said: “Our cloud-delivered, analytics powered, Next-Gen SOC is a fully managed service deployed to match our customers’ overall hybrid and cloud IT strategies. Built on the foundations of next-generation SIEM, integrated with UEBA capabilities and delivered through local cloud infrastructure, Help AG’s Next-Gen Cloud SOC ensures enterprises get the protection and assurance they need.”
Delivered as software as a service (SaaS), Help AG’s Next-Gen Cloud SOC provides a pay-as-you-grow fully managed platform, offering a predictable cost model and upgrade options to include security orchestration, automation, and response (SOAR), network detection and response (NDR), and endpoint detection and response (EDR), among other services.
One of the main backbones of the offering is user and entity behavior analytics (UEBA), which enables enterprise customers to discover abnormal and risky behavior by users, machines, and other entities. In addition, next-gen SIEM leveraging UEBA uses modern big data technologies to perform analytics at scale, with ingestion from all public clouds and major SaaS environments, while ensuring compliance with local data residency regulations.
UEBA not only provides better user and entity risk profiling by deploying sophisticated analytics capabilities to discover risky users but also enables powerful anomaly detection to reduce false positives and surface hard-to-detect complex zero-day threats. UEBA also helps with event chaining to show security incidents spanning multiple users, IP addresses, and IT systems.
“Help AG’s Next-Gen Cloud SOC offers customers the opportunity to utilize the experience and expertise of the largest MSSP in the region with a layered approach culminating people, processes, and technology. In today’s complex cybersecurity landscape, companies and clients will vastly benefit from this Next-Gen Cloud SOC that is enabled from day zero of their digital transformation journeys, offering quicker visibility and effectively detecting sophisticated threats like ransomware, insider threats, data exfiltration, privileged access abuse, advanced persistent threats (APTs) and phishing,” the company said in a statement.
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