API Security
Business Wire | October 25, 2023
Data Theorem, Inc., a leading provider of modern application security, today introduced an industry-first attack path analysis of APIs and software supply chain exploits to its Cloud-Native Application Protection Platform (CNAPP) called Cloud Secure. The new release includes machine learning (ML)-based hacker toolkits and improved visualizations that boost discovery of potential data breaches in first-party APIs and third-party software supply chain assets hosted in multi-cloud environments.
As a result of today’s launch, organizations can now leverage an advanced ML-based CNAPP solution to best secure their cloud-native apps and discover weaknesses which could lead to data breaches. Previously, organizations had to rely on cloud security posture management (CSPM) and agent-based cloud workload protection platforms (CWPP) that lack the ability to accurately detect attack surfaces such as first- and third-party APIs that lead to the critical path hackers utilize to successfully exploit vulnerabilities and extract sensitive data.
Data Theorem’s new release of Cloud Secure now delivers Cloud Hacker Toolkits powered by a new set of visualization features and ML enhancements for exploit prioritization, helping organizations focus on the most critical vulnerabilities that hackers can take advantage of for a cyberattack to extract data from cloud-native apps. In addition, Cloud Secure now offers ML-powered optimized Cloud Assets inventory with new visualizations for organizations to better understand the relationships between applications (mobile and web), APIs (first and third party), and the myriad of cloud resources. As a result, organizations for the first time can have an accurate inventory of their cloud-native and cloud-hosted applications, and visualize the growing attack surfaces including APIs they develop themselves and APIs that come from leveraging open-source software, third-party software development kits (SDKs), and public cloud services within their software supply chains.
As we have seen, machine learning, and particularly generative language learning model (LLM), offers a new set of innovations and creativity for both security practitioners and attackers, said Doug Dooley, Data Theorem COO. Data Theorem is pleased to offer the industry’s first CNAPP solution which leverages some of the more useful elements of machine learning combined with run-time analysis, observability, and active protection. Cloud Secure continues to lead the industry as the most application-centric CNAPP offering helping organizations uncover new attack vectors in cloud-native applications and APIs that ultimately prevent large-scale data breaches. ML-powered Hacker Tool Kits and Optimized Cloud Assets, in addition to Cloud Secure’s other advancements in this new release, uniquely protect organizations’ cloud applications in multi-cloud environments.
Cloud Secure now also offers a new UI design that improves the end-to-end CNAPP workflow for organizations with new dashboard, inventory, security testing, and cloud-native protection sections. For example, the Cloud-Native Protection visualization graph with Cloud Abuse highlights priority events, actors, and attack path analysis that uniquely helps organizations diagnose near real-time data breaches and attempts at exfiltration attacks. In addition, Cloud Secure’s Enhanced Compliance Summary section with status and on-demand reporting downloads automates the audit processes to help organizations prove compliance.
Cloud Secure, powered by Data Theorem’s award-winning Analyzer Engine, helps organizations secure their cloud-native applications and address regulatory compliance for cloud monitoring and reporting. It is the industry’s first solution delivering full-stack attack path analysis for cloud-native applications that starts at the client layer (mobile and web), protects the network layer (APIs), and extends down through the underlying infrastructure (cloud services). Its combination of attack path analysis and run-time active protections enables both offensive and defensive security capabilities to best prevent data breaches of cloud-native applications, embedded APIs, and serverless cloud functions.
Data Theorem’s broad AppSec portfolio protects organizations from data breaches with application security testing and protection for modern web frameworks, API-driven microservices and cloud resources. Its solutions are powered by its award-winning Analyzer Engine which leverages a new type of dynamic and runtime analysis that is fully integrated into the CI/CD process, and enables organizations to conduct continuous, automated security inspection and remediation. Data Theorem is one of the first vendors to provide a full stack application security analyzer that connects attack surfaces of applications starting at the client layers found in mobile and web, the network layers found in APIs, and the infrastructure layers found in cloud services.
About Data Theorem
Data Theorem is a leading provider of modern application security, helping customers prevent AppSec data breaches. Its products focus on API security, cloud (serverless apps, CSPM, CWPP, CNAPP), mobile apps (iOS and Android), and web apps (single-page apps). Its core mission is to analyze and secure any modern application anytime, anywhere. The award-winning Data Theorem Analyzer Engine continuously analyzes APIs, Web, Mobile, and Cloud applications in search of security flaws and data privacy gaps. The company has detected more than 5 billion application incidents and currently secures more than 25,000 modern applications for its enterprise customers around the world. Data Theorem is headquartered in Palo Alto, Calif., with offices in New York and Paris. For more information visit www.datatheorem.com.
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Cloud Security
Business Wire | October 06, 2023
SafeGuard Cyber today launched the next generation of its industry-leading integrated cloud communications security and compliance platform to investigate and remediate unmonitored communications in minutes. Powered by Contextual AI, the FirstSight platform alerts security teams to high frequency and costly attacks such as credential theft, impersonation, phishing, malware, policy violations, and insider threats across the expanding communication attack surface. FirstSight protects business communications and manages risk across email, collaboration, conferencing, messaging and social channels. The platform enables security and compliance teams to have visibility across all employee communications, while maintaining privacy, to keep organizations secure and compliant. FirstSight detects threats and policy violations, provides actionable evidential data to analysts, understands the threats potential magnitude of impact to an organization, and helps analysts make informed responses to communication threats wherever they exist.
Hackers are using AI to mount more automated, aggressive, and coordinated language-based attacks across multiple communication channels, making it challenging for today’s resource-constrained security teams to respond to every detected threat, said Chris Lehman, CEO, SafeGuard Cyber. The key to a better defense is to prioritize remediation efforts based on the potential damage each threat could cause. With the most advanced threat impact analysis capabilities in messaging security, SafeGuard Cyber FirstSight is a game-changer for security teams to respond to the most impactful threats across business communication channels.
FirstSight protects employees wherever they are communicating while maintaining their privacy through fine-grained access controls and workflow optimizations. Key capabilities of the platform include:
Unified Visibility: The only platform on the market to provide unified visibility across the entire communications attack surface, eliminating visibility gaps and saving security and compliance teams time and money by replacing siloed solutions. With deep visibility into communication channels – from Microsoft 365 email to Slack, Teams, Zoom, Telegram, and WhatsApp – security teams can detect and investigate risks in a centralized view.
Contextual AI: Built on an ontological architecture that utilizes LLMs, behavioral analysis, social knowledge graphs, and generative AI, FirstSight incorporates domain-specific knowledge about the customer's enterprise. This, combined with understanding the relationships between threats, vulnerabilities, and available countermeasures, enables customers to react more quickly and effectively to threats.
Threat Impact Analysis: Provides threat risk score, categories of potential impact – such as financial, business disruption, brand damage, data loss, and data theft – and suggested actions for remediation. With the platform’s threat impact capabilities, resource-constrained organizations can effectively prioritize remediation of the most significant risks to a business and make informed responses to multi-channel threats.
About SafeGuard Cyber
SafeGuard Cyber’s industry-leading integrated cloud communications security and compliance platform empowers organizations to proactively mitigate regulatory policy violations and threats such as credential theft, phishing, and insider threats across email, mobile, and web messaging apps, collaboration apps, and social platforms. Powered by contextual AI and built on an ontological architecture, the SafeGuard Cyber Platform utilizes LLMs, behavioral analysis, social knowledge graphs, and generative AI to enable security and compliance teams to have visibility across all employee communications, detect attacks, review evidential data, understand the magnitude of impact, and make informed responses to threats. SafeGuard Cyber is the only platform to provide unified visibility across the entire communication attack surface.
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Software Security
PR Newswire | October 20, 2023
Keeper Security, the leading provider of zero-trust and zero-knowledge cybersecurity software protecting passwords, passkeys, privileged access, secrets and remote connections, today announces a new open source project for software developers and DevOps to easily and securely sign git commits with their Keeper vault. Through Keeper Secrets Manager (KSM), users can now use Secure Shell (SSH) keys stored in their Keeper Vault to digitally sign commits to confirm the authenticity of their code.
Git is a version control system that tracks changes in your software projects, and a git commit is a snapshot of these changes at a specific point in time, accompanied by a brief message describing the modifications. Keeper and developers at The Migus Group teamed up to create the open-source solution to sign git commits using the SSH keys stored in a user's Keeper Vault. The integration provides developers with a secure and encrypted repository for their SSH keys and removes the practice of storing them on disk, both increasing security and streamlining DevOps workflows.
The rise in software supply chain attacks highlights the need for organizations to prioritize security around the software supply chain. Signing git commits is a recommended best practice for developers to confirm the authenticity and integrity of code releases. As developers sign commits with SSH keys, they are provided with cryptographic proof of authorship, which helps secure the supply chain by assuring users the software originates from a legitimate source and remains unaltered since its signing. Digital signatures can also feed into a Software Bill of Materials (SBOM) to indicate whether a line-item in the SBOM is trusted, depending on the code signature status.
The ability to store SSH keys and other credentials in Keeper Vault offers a layer of protection and ease-of-use that hasn't been the standard, said Craig Lurey, CTO and Co-founder of Keeper Security. Our integration enables developers to validate the software code with a cryptographic digital signature and transparent logging, making what historically has been a complex process into a simple one. In the future, all code will be signed, and the software supply chain will have one source of truth that will reduce supply chain attacks.
"Our customers are asking for help insulating themselves from supply chain attacks, so we were already working to do that, often using Keeper," said Adam Migus, Founder and CEO of The Migus Group. "So, we thought working with them to make the git commit-signing process both safer and easier would be a win-win-win. Our customers can now seamlessly sign commits with keys that never leave their vaults. However, the broader community also gains an example of secure commit signing with benefits of central key management."
The SSH keys for signing commits are secured in KSM, a fully managed cloud-based, zero-knowledge platform for securing infrastructure secrets such as API keys, database passwords, SSH keys, certificates and any type of confidential data. KSM eliminates secrets sprawl by removing hard-coded credentials from source code, config files and CI/CD systems. The fully managed, cloud-based and IT friendly solution was named an overall leader on the 2023 KuppingerCole Leadership Compass for Secrets Management. KSM is supported on Windows, MacOS and Linux. It utilizes a zero-knowledge security architecture and is highly secure withISO 27001 and SOC 2 compliance, as well as FedRAMP and StateRAMP Authorization, among numerous other certifications.
Keeper's integration helps support a broader government and industry effort to bring increased security and visibility to the open source community. The ease of providing a cryptographic digital signature allows developers to validate that the software in use is exactly what it is claiming to be and enhances security for both developers and end-users alike.
About Keeper Security
Keeper Security is transforming cybersecurity for organizations around the world with next-generation privileged access management. Keeper's zero-trust and zero-knowledge cybersecurity solutions are FedRAMP and StateRAMP Authorized, FIPS 140-2 validated, as well as SOC 2 and ISO 27001 certified. Keeper deploys in minutes, not months, and seamlessly integrates with any tech stack to prevent breaches, reduce help desk costs and ensure compliance. Trusted by thousands of organizations to protect every user on every device, Keeper is the industry leader for best-in-class password management, secrets management, privileged access, secure remote access and encrypted messaging. Learn more at KeeperSecurity.com.
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Software Security
Business Wire | September 27, 2023
Today, Cyolo, provider of the fastest and most secure zero-trust access and connectivity solution for hybrid organizations with IT and OT, in partnership with KuppingerCole, released an industry analysis focused on zero trust and remote access for operational technology (OT) environments.
The analysis reveals key insights about the OT cybersecurity threat landscape, outlines high-level security architecture for OT, critical infrastructure systems (CIS) and industrial control systems (ICS), and evaluates key requirements of security regulations and frameworks.
OT environments experience the same kinds of threats as enterprise IT – including ransomware, account takeovers, APTs, and Supply Chains as vectors – while experiencing expanded OT-specific threats. While traditional IT security tools may be adapted, developing robust security architectures for OT environments is inherently complex compared to their IT counterparts. Its unique nature, from equipment and software to communication protocols requires dedicated OT security solutions.
Cyolo can help organizations with OT infrastructure to define and manage access control to those complex environments, said John Tolbert, Lead Analyst at KuppingerCole.
Overall key insights include:
OT Threat Landscape. Heightened geopolitical factors have intensified attacks on OT and ICS, posing significant consequences ranging from operational disruptions and service denial to financial repercussions and potential harm to human well-being.
Core Cybersecurity Regulations. The risks and consequences of cyber-attacks against critical infrastructure advanced regulations globally mandating secure architectures and technical controls. KRITIS and the follow-on IT Security Act 2.0 are related examples of such regulations, as well as the NIST Cybersecurity Framework.
OT Security Architectures and Key Functionalities. There are eight areas of functionality that are central to effective OT security architectures. Cybersecurity architectures for OT must address asset discovery, access control, IT security tool integration, detection and response capabilities, and OT protocol level threats.
As the analysis breaks down, within critical infrastructure interruptions and downtime are not an option. To address the increasing need for secure access in OT environments, Cyolo introduced Cyolo 4.3, which expands key capabilities with more layers of security and making the product easier than ever to use for both administrators and end users in the industrial space.
With Cyolo 4.3, industrial organizations will be able to extend their multi-factor authentication (MFA) across environments through an integration with Duo Security to support their physical tokens as required. Additionally, the company has implemented another layer of security for file transfer within the OT/ICS environment, through query anti-virus software to scan files before they are delivered to their destination. Cyolo is also adapting for further usability, allowing teams to securely invite external users by generating a secure one-time password; and import groups from existing IdPs, using SCIM.
“Ensuring the security of critical infrastructure and industrial processes has become increasingly critical as organizations unite their IT and OT systems. This convergence has expanded the OT threat landscape and introduced significant cybersecurity challenges, as the once-isolated OT networks are now vulnerable to the same threats that have targeted IT networks for years” said Joe O'Donnell, Vice President ICS/OT of Cyolo. “With Cyolo 4.3, industrial entities can confidently navigate the complexities of the modern threat landscape and fortify their defenses against evolving cyber threats.”
The announcement of Cyolo 4.3 highlights the company’s commitment to advancing zero-trust capabilities and it comes on the heels of Cyolo being listed as a Representative Vendor in the 2023 Gartner® “Market Guide for Zero Trust Network Access” report for the second consecutive year and recognized by Frost & Sullivan with the 2023 North American New Product Innovation Award for Secure Remote Access to Operational Infrastructure and Industrial Control Systems (OT/ICS).
As the threats to critical infrastructure continue to evolve, Cyolo zero-trust access solution continues to provide the utmost protection and ease of use. To learn more about Cyolo 4.3, visit here. Access the report for a full view of the industry here.
Register here to attend the joint webinar from Cyolo and KuppingerCole on how to achieve secure remote access for OT environments, to be held on Tuesday, October 10 at 7 a.m. PT.
About Cyolo
Cyolo helps hybrid organizations in the IT and OT spaces to stay safe, secure and productive in an era of distributed workforces and unprecedented cyberthreats. Cyolo’s next-generation zero-trust access solution enables all users, including employees, third parties as well as remote and on-site workers, to connect to their working environments seamlessly and securely via modern identity-based access. Providing one unified solution that integrates with the existing tech stack and deploys easily in the cloud, on-premises or in a hybrid model, Cyolo empowers the global workforce to securely access anything from anywhere.
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