December 2023 Summaries

As we approach 2024, we can expect to see ongoing cybersecurity challenges due to global conflicts and the increasing availability of generative AI tools that will make it easier for attackers to launch successful attacks. The threat landscape is becoming increasingly complex and difficult to predict, requiring security leaders to adopt a more adaptable mindset and prioritize threats based on real-time data insights. To prepare for these challenges, security teams should consider inserting a crowdsourced hacker mindset into their decision-making processes and focus on surfacing actionable intelligence from overall data sets to inform risk prioritization decisions. By taking a proactive approach to cybersecurity, organizations can stay ahead of emerging threats and protect themselves against potential attacks.

The Bugcrowd team has announced the "12 Days of Swagmas", a festive celebration of their swag game, which has always been top tier. The community was asked to share their favorite Bugcrowd swag from the past ten years, and some classic favorites like "My Other Computer is your Computer" and "Grace Hopper has a Posse" were highlighted. New fan-favorites like "The Bugcrowd Keyboard" and "Ingenuity Unleashed" were also showcased. The team also shared pictures of their swag, including hats, t-shirts, stickers, and more. The 12 Days of Swagmas is a celebration of the community's love for Bugcrowd swag, and the team invites everyone to share their favorite swag items on X (formerly Twitter).

The Bugcrowd Platform has announced updates to its Vulnerability Rating Taxonomy (VRT) to address emerging security challenges in Large Language Models (LLMs). The new version 1.12 introduces a new "AI Application Security" category and "Large Language Model (LLM) Security" subcategory, which provide definitions for vulnerabilities specific to LLMs, such as prompt injection, output handling, training data poisoning, excessive agency/permission manipulation, and more. These updates aim to align with industry-standard definitions, including the OWASP Top 10 for Large Language Model Applications, and will enable hackers to focus on hunting for specific vulns and creating targeted POCs, while program owners can design scope and rewards that produce the best outcomes. The updates are part of Bugcrowd's efforts to meet AI security goals in a scalable, impactful, and economically sensitive way.

Vulnerability Disclosure Programs (VDPs) and Managed Bug Bounty (MBB) programs have emerged as popular options for augmenting security workflows with crowdsourced expertise and resources. VDPs provide a secure, publicly available channel for submitting security vulnerabilities to organizations, while MBBs offer cash rewards to incentivize proactive testing. Both types of programs can be used in conjunction with each other, with VDPs serving as a baseline security standard and MBBs providing targeted skills matching and geographic selection. The choice between using a VDP or an MBB depends on the organization's specific needs and goals, with VDPs being suitable for all code, regardless of its maturity level, and MBBs being more effective for organizations that can quickly remediate discovered security flaws. By leveraging crowdsourced cybersecurity, organizations can overcome the skills gap, move faster to deploy infrastructure and applications, and make a stronger statement about their commitment to security.

A vulnerability disclosure policy sets the framework for security researchers and ethical hackers to identify and report security vulnerabilities or information on potential weaknesses in an organization's systems, networks, and applications. Ethical hackers can help organizations improve their security by identifying vulnerabilities through goodwill and without expectation of remuneration. Vulnerabilities are identified based on a threat actor's perspective, taking into account the mindset and intentions of malicious attackers. The policy establishes boundaries for engagement, guidelines, scope, process, and expectations for both parties involved. A responsible disclosure approach prioritizes risk reduction and minimizes the opportunity for exploitation, while full disclosure may be used as an option in cases where a vulnerability has not been successfully reported to the organization. Vulnerability disclosure policies bring value by prioritizing cybersecurity investments, better defending systems and data, and supporting the coordination of multiple vendors' efforts.

In a recent conversation with Martin Choluj, Vice President of Security at ClickHouse, valuable insights were gained into his experience collaborating with Bugcrowd and the critical role crowdsourced security plays in safeguarding intellectual property. As a seasoned security professional with 15 years of experience, Choluj champions trust and risk reduction principles at ClickHouse, which led to exploring bug bounty programs. The company's aim is not just compliance but fostering innovation in security and building relationships with hackers. Choluj praises Bugcrowd's triage response time and commitment to customer success, highlighting the importance of proactive approach and bridging the gap between security and engineering teams. With the shift to remote work, cybersecurity strategies must adapt to secure systems and users regardless of location, treating it as an ongoing strategic endeavor rather than a one-off project. Embracing crowdsourced security is crucial for strengthening defenses and turning vulnerabilities into fortified measures in today's digital landscape.

PTaaS, or Penetration Testing as a Service, is an upgraded approach to traditional penetration testing, leveraging today's technology and security best practices to secure modern environments. It offers several key benefits over traditional pen testing, including speed, savings, and integration with the Software Development Life Cycle (SDLC). PTaaS uses crowdsourced talent to conduct tests, providing access to a worldwide pool of testers with diverse skill sets and expertise. This approach enables rapid onboarding, scalability, and real-time results, making it an attractive solution for organizations seeking to enhance their system security.

Crowdsourced security is an approach that leverages the collective skill and experience of ethical hackers, known as crowdsourced security testing, to tap into the wisdom of the crowd and make discoveries more effectively than individuals. This method offers various benefits including a larger testing pool, diversity of outlook, approach, and experience, cost-effectiveness, reduced risk of bias, coverage around the clock, and the ability to scale up testing capacity. However, it also presents new business cases and requires respect for the hacker community. Crowdsourced security testing is an effective approach that can provide a better quality of security testing, reduce costs, and improve the speed of vulnerability remediation, making it an attractive option for organizations looking to enhance their security posture.