Cybersecurity firm Invary secures $3.5m seed round to advance runtime integrity solutions

Cybersecurity firm Invary secures $3.5m seed round to advance runtime integrity solutions

Cybersecurity company Invary, which specialises in Runtime Integrity solutions, has secured a $3.5m seed funding round.

The investment was led by SineWave Ventures and Flyover Capital, with participation from Hyperlink Ventures and KCRise Fund.

Invary focuses on verifying the runtime integrity of entire systems, ensuring advanced security and confidentiality. Its patented technology, licensed exclusively from the National Security Agency (NSA), brings high-assurance federal security standards into the commercial sector.

The new funding will accelerate the launch of Invary’s Windows Kernel Runtime Integrity solution and its upcoming eBPF Runtime Integrity verification, complementing the firm’s existing Linux security technology. These solutions will support real-time integrity verification for Trusted Execution Environments (TEE), such as AMD’s SEV-SNP, enabling the detection of sophisticated cyber threats and zero-day malware.

As part of the investment, Dr. Patricia Muoio, general partner at SineWave Ventures and former chief of the NSA’s Trusted Systems Research Group, has joined Invary’s board of directors.

SineWave Ventures general partner Dr. Patricia Muoio said, “It is time for enterprises to stop letting attackers dictate the rules of the game, instead capitalizing on having home-field advantage. Invary’s Runtime Integrity solution is an important technology for any enterprise looking to enhance their security posture.”

The company previously raised a pre-seed round, also led by Flyover Capital, which has now reaffirmed its confidence in Invary’s technology and market potential.

Invary CEO Jason Rogers emphasised the innovation behind Invary’s upcoming eBPF Runtime Integrity solution, stating, “Invary is redefining runtime security with our upcoming eBPF Runtime Integrity solution.

“Researched in part with the NSA’s Trusted Mechanisms group under a CRADA, this solution extends basic built-in BPF protections, ensuring that eBPF programs and their data remain unaltered in memory at runtime. Combined with our Windows and Linux Kernel Runtime Integrity solutions and runtime TEE attestation, we are bringing the confidentiality and security trusted by high-assurance federal systems to the commercial market.”

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