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UM-Labs

UK-based niche vendor that adds a vendor-agnostic security overlay — encryption and authentication — to SIP/VoIP unified communications traffic.

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43/100Emerging / Unranked

Overview

UM-Labs is a UK-based cybersecurity vendor focused on securing real-time unified communications — voice, video, and SIP-based traffic — across cloud, mobile, and IoT-connected endpoints. Its flagship Hoox Security Platform (HSP), built on an underlying "Unicus" UOS layer, sits in front of Unified Communications infrastructure to encrypt and authenticate SIP/VoIP sessions, addressing a corner of network security that mainstream vendors largely treat as secondary: toll fraud, call interception, denial-of-service against voice infrastructure, and man-in-the-middle attacks on real-time media streams.

The company’s technology is deployable as a virtual appliance or cloud service in front of any UC platform — Microsoft Teams, Cisco, Avaya, or generic SIP trunks — rather than requiring a proprietary phone system, which differentiates it from UC vendors’ native security features that only protect their own stack. UM-Labs states its SIP security layer has been validated through penetration testing and proof-of-concept engagements, though the company does not publish named enterprise customers or independent lab test results.

Given the very small footprint of this vendor — a self-funded R&D shop with no disclosed institutional funding and no publicly named large customers — it sits at the niche end of network security: genuinely relevant to organizations running unmanaged or multi-vendor UC/VoIP environments that need a security overlay, but with far less market validation than mainstream network security vendors.

Innovation Matrix Assessment

Innovation Velocity 4/10

A very small R&D-driven team with no disclosed public roadmap or release cadence; no evidence of fast-paced feature delivery was found.

Operational Value 5/10

Deployable as a vendor-agnostic virtual appliance or cloud service in front of any SIP-based UC platform, which is a genuine operational strength, though no independent deployment case studies exist to confirm real-world ease of integration.

Market Momentum 3/10

No disclosed institutional funding rounds, named enterprise customers, or headcount growth signals were found to indicate momentum.

Category Disruption 5/10

Addresses a genuinely underserved niche — SIP/VoIP and real-time communications security — that most mainstream network security vendors treat as secondary, but at very small scale.

Real-World Efficacy 4/10

The company states its SIP security layer has passed penetration tests and proof-of-concept engagements, but no independent test lab results or named customer outcomes were found to verify this.

Enduring Relevance 5/10

VoIP toll fraud, call interception, and denial-of-service against real-time communications remain real threats, but this is a narrow niche rather than a top CISO priority for most organizations.

Why CISOs Should Care

For CISOs running multi-vendor VoIP/UC environments without built-in call encryption, UM-Labs offers a vendor-agnostic way to add SIP-layer authentication and encryption without replacing existing phone infrastructure.

What Makes It Different

Unlike UC vendors that secure only their own platform, UM-Labs sits in front of any SIP-based UC stack as an overlay, protecting mixed-vendor deployments most competitors ignore.

The Matrix Verdict

43/100 — EMERGING / UNRANKED

A genuine niche play in a corner of network security that larger vendors largely ignore, but the company's scale, evidence base, and market traction are too thin to call it more than a specialist option worth piloting.

Editorial Note: Claims vs. Verified Findings

UM-Labs' claims about penetration-test and proof-of-concept validation of its SIP security technology are vendor-asserted; no independent test lab results or named customer case studies were found. Company size and founding details are drawn from UK Companies House records and third-party aggregators, not disclosed directly by the company.

Sources