A few weeks ago, the 32nd edition of RSA, one of the world’s largest cybersecurity conferences, wrapped up in San Francisco. Among the highlights, Kevin Mandia, CEO of his Mandiant at Google Cloud, gave a retrospective on the state of cybersecurity. Mandia said in his keynote address:
“There are clear steps that organizations can take beyond typical safeguards and security tools to strengthen their defenses and increase their chances of detecting, stopping, or minimizing attacks. […] honeypotor fake accounts intentionally left untouched by authorized users, Helps organizations detect intrusions and malicious activity that security products cannot stop“.
“Build a honeypot” is one of seven pieces of advice that can help your organization avoid attacks that might require working with Mandiant or other incident response firms.
By the way, the honeypot is decoy system It’s designed to lure attackers in and distract them from their actual targets. They are typically used as security mechanisms to detect, evade, or investigate an attacker’s attempts to gain unauthorized access to a network. When an attacker interacts with the honeypot, the system can gather information about the attack and the attacker’s Tactics, Techniques, and Procedures (TTPs).
In the digital age, where data breaches are becoming more common, even as the budget allocated to security increases each year, Mandia believes that taking a proactive approach to limiting the impact of a data breach is a must. pointed out to be important. As such, there is a need to turn the tables on attackers and there is renewed interest in honeypots.
What are lures for fishing nets?
Honeypots are an effective solution for tracking attackers and preventing data theft, but they are difficult to set up and maintain and have not yet been widely adopted. To attract attackers, the honeypot must appear legitimate and isolated from the actual production network. This makes it difficult to set up and scale blue teams looking to develop intrusion detection capabilities.
But that’s not all. In today’s world, the software supply chain is very complex and consists of many third-party components such as SaaS tools, APIs, libraries, etc., often provided by different vendors and suppliers. Components are being added at every level of the software building stack to challenge the notion of a “safe” perimeter that must be defended. This line between what is internally managed and what is not can defeat the purpose of honeypots. In this DevOps-driven world of his, source code control systems and continuous integration pipelines are real bait for hackers, and traditional honeypots can’t mimic them.
Organizations need new approaches such as honeytokens to ensure the security and integrity of their software supply chains. This is what a fishing lure is to a honeypot as a fishing net. It requires minimal resources but is highly effective at detecting attacks.
honey token decoy
A subset of honeypots, honeytokens are designed to look like legitimate credentials or secrets. An alert will be triggered as soon as an attacker uses the honeytoken. This allows defenders to identify indicators of compromise, such as IP addresses (to distinguish between internal and external origins), timestamps, user agents, sources, and logs of all actions taken on honeytokens and adjacent systems. You can take quick action based on
The honeytoken bait is credentials. Once a system is compromised, hackers typically look for easy targets to move laterally, escalate privileges, or steal data. In this context, programmatic credentials like cloud API keys are ideal targets for scanning because they have recognizable patterns and often contain useful information for attackers. As such, it is a prime target for attackers to search for and exploit during a compromise. As a result, they are also the easiest bait to spread for defenders. They could be hosted on cloud properties, internal servers, third-party his SaaS tools, and workstations and files.
On average, it takes 327 days to identify a data breach. By distributing honeytokens across multiple locations, security teams can detect breaches in minutes and harden their software delivery pipelines against potential intrusions.of simplicity The number of honey tokens is a significant advantage Eliminates the need to develop an entire deception systemOrganizations can easily create, deploy and manage honeytokens at enterprise scale, protecting thousands of code repositories simultaneously.
The future of intrusion detection
The field of intrusion detection has long been overlooked in the DevOps world. The reality on the ground is that the software supply chain is the new priority target for attackers. Attackers find that development and build environments are far less protected than production environments. Besides using automation to facilitate large-scale deployment, it is important to make honeypot technology more accessible.
GitGuardian, a code security platform, recently launched a honeytoken feature to fulfill this mission. As a leader in secret detection and remediation, the company is uniquely positioned to turn the problem—secret sprawl—into a defensive advantage. The platform has long emphasized the importance of sharing security responsibilities between developers and his AppSec analysts. Our current goal is to “shift left” intrusion detection by allowing more people to generate decoy credentials and place them in strategic locations throughout the software development stack. This is made possible by providing developers with tools that allow them to create honey tokens and place them in code repositories and software on his supply chain.
The Honeytoken module also automatically detects code leaks on GitHub. When a user places a honeytoken in their code, GitGuardian can determine if and where the honeytoken was leaked on public GitHub, so Twitter, LastPass, Okta, Slack, etc.
Conclusion
As the software industry continues to grow, making security more accessible to the masses is imperative. Honeytokens provide a proactive and simple solution to detect intrusions in your software supply chain as early as possible. It helps companies of all sizes secure their systems, regardless of the complexity of the stack and the tools they use: source control management (SCM) systems, continuous integration and continuous deployment (CI/CD) pipelines. , Software Artifact Registry, etc. others.
With a zero-setup, easy-to-use approach, GitGuardian integrates this technology to help organizations create, deploy, and manage honeytokens at enterprise scale, significantly reducing the impact of potential data breaches. .
Honeytokens have a bright future, so it was no surprise that at this year’s RSA, Kevin Mandia praised the benefits of honeypots to the biggest cybersecurity companies.
