Aliro Raises $15M to Advance Physics-Based Cybersecurity Solutions
Aliro Raises $15M to Advance Physics-Based Cybersecurity Solutions
Publish Date: 2026-02-19 20:19:00
Source Domain: www.thefastmode.com
Using an unordered list, summarize the following article with between 4 and 8 key points.
Aliro announced a $15 million oversubscribed funding round to advance the next major paradigm shift in cybersecurity: moving trust from mathematical assumptions to physical law.
The round was led by Gutbrain Ventures, with participation from Cisco Investments, Argon Ventures, and Wonderstone Ventures.
Aliro replaces assumption-based security with physics-based truth enforcement. Location cannot be spoofed, keys cannot be stolen on the wire, and eavesdroppers are immediately detected. The platform runs on existing optical networks, transforming routers and switches into transport while shifting trust to a software-driven, physics-enforced layer.
The funding will support expanded deployments, ecosystem partnerships, and Aliro’s mission to redefine global security infrastructure. The platform already supports over 50 entanglement and classical network devices, enabling operational high-assurance networks using existing fiber infrastructure. Aliro also provides a physics-accurate entanglement network simulator, allowing organizations to evaluate these networks before deployment.
Jim Ricotta, CEO, Aliro
Aliro is transforming digital trust from a mathematical probability into a physical certainty.
Bob Davoli, Chairman and Founder, Gutbrain Ventures
Aliro enables a fundamental upgrade to the world’s core security and connectivity architecture, delivering deterministic security to classical networks today while preparing for the quantum tomorrow.
Bob Mason, Managing Partner, Argon Ventures
Aliro solves a fundamental challenge: enabling irrefutably secure network infrastructure, built on a foundation that is immune to future computational threats.
By providing physics-enforced security, Aliro positions enterprises, banks, defense organizations, telcos, and cloud providers to choose trust based on verifiable principles rather than assumptions, addressing the vulnerabilities of legacy systems and future-proofing networks against emerging computational threats.
