The Rise of Invary: Securing Runtimes with $1.85 Million Pre-Seed Funding

**Lawrence, Kansas** – Invary, a startup specializing in operating system runtime validation and security, has secured $1.85 million in a pre-seed funding round led by Flyover Capital. The funding will be used to launch its runtime integrity solution, which aims to enhance operating system security by identifying vulnerabilities and hidden malware.

Invary’s flagship product is the Runtime Integrity Score (RISe) service, which allows organizations to check the integrity of their systems and identify known vulnerabilities and hidden malware. The service is built using an intellectual property grant from the National Security Agency and performs continuous validation of the operating system to identify issues.

The Invary agent, which is part of the solution, enables organizations to measure the integrity of both virtual and physical operating systems. Organizations can also appraise integrity using the company’s attestation cloud and integrate existing Security Information and Event Management (SIEM) or Extended Detection and Response (XDR) solutions to resolve identified issues.

According to Invary’s Chief Technology Officer, Wesley Peck, the pre-seed funding will be used to continuously improve the Runtime Integrity Service and make the agent open source. Peck emphasizes the company’s dedication to enhancing operating system security for all and accelerating the industry’s progress towards truly comprehensive Zero Trust architectures.

### Editorial

The recent funding received by Invary highlights the increasing demand for runtime integrity solutions in the cybersecurity industry. As cyber threats become more sophisticated and traditional security measures prove inadequate, organizations are recognizing the need for continuous validation of their operating systems to ensure integrity and identify vulnerabilities.

Invary’s approach, which combines continuous validation with integration capabilities, provides a holistic solution for organizations to enhance their operating system security. The open-source nature of the Invary agent also adds a layer of transparency and community collaboration, which is essential in the ever-evolving cybersecurity landscape.

The partnership with Flyover Capital, along with the involvement of the NetWork Kansas GROWKS Equity program and KU Innovation Park in the pre-seed funding round, showcases the recognition and support that Invary has garnered from both investors and the local technology ecosystem. This support will undoubtedly contribute to Invary’s success in launching its runtime integrity offering this summer.

### Internet Security and Philosophy

The concept of runtime integrity is crucial in addressing the evolving nature of cyber threats. Traditional security measures, such as firewalls and antivirus software, focus on protection at the perimeter or on known signatures. However, these measures are often ineffective against advanced persistent threats and sophisticated malware that can bypass traditional defenses.

Runtime integrity solutions, like the one offered by Invary, provide a proactive approach to cybersecurity by continuously validating the operating system’s integrity. By performing real-time checks, organizations can detect and remediate vulnerabilities and malware that may have evaded initial detection.

Runtime integrity also aligns with the principles of Zero Trust architecture, which advocates for continuous verification and validation of user and device trustworthiness. In a world where the perimeter is no longer a reliable security boundary, runtime integrity solutions offer an additional layer of defense by ensuring the integrity of the operating system, regardless of the network or environment in which it operates.

### Advice to Organizations

Incorporating a runtime integrity solution, such as Invary’s offering, into an organization’s cybersecurity strategy can significantly enhance its overall security posture. By continuously validating the operating system’s integrity, organizations can identify and remediate vulnerabilities and malware in real-time, reducing the risk of compromise and data breaches.

Organizations should consider the following when implementing a runtime integrity solution:

1. **Evaluate the solution:** Assess the capabilities and features of different runtime integrity solutions to find the one that best fits the organization’s needs. Consider factors such as integration capabilities, scalability, and vendor support.

2. **Continuous monitoring and validation:** Implement continuous monitoring and validation of the operating system’s integrity to detect and remediate vulnerabilities and malware in real-time.

3. **Integrate with existing security infrastructure:** Ensure the runtime integrity solution integrates seamlessly with existing security information and event management (SIEM) or extended detection and response (XDR) solutions. This integration enhances the organization’s overall security operations and incident response capabilities.

4. **Collaborate with the community:** Consider open-source runtime integrity solutions that promote transparency and community collaboration. By contributing to and leveraging the knowledge and expertise of the community, organizations can stay ahead of emerging threats and vulnerabilities.

In conclusion, the pre-seed funding received by Invary represents a significant milestone in the development and adoption of runtime integrity solutions. As organizations face ever-evolving cyber threats, the continuous validation of operating system integrity is crucial in fortifying their defenses. By incorporating runtime integrity solutions into their cybersecurity strategies, organizations can enhance their overall security posture and better protect their systems from advanced threats and hidden vulnerabilities. The partnership between Invary and Flyover Capital, along with the support from the local technology ecosystem, underscores the importance of this emerging field and paves the way for further advancements in runtime integrity technology.