Ecosystem/Zenity

Zenity

Preliminary

Security platform for AI copilots and low-code/no-code applications. Acquired by Microsoft. Addresses risk of ungoverned AI assistants in enterprises.

zenity.io/blog
Score
48.0 / 100
Confidence
Preliminary

Strong safety posture with established governance frameworks and active risk management.

Strengths:Technical Safety, External Engagement
Weaknesses:Governance Maturity, Risk Assessment, Regulatory Readiness
Competitive positioning

Only dedicated security platform for AI copilots and low-code. Microsoft acquisition validates the category.

Key risk

Post-acquisition integration risk. Product direction now driven by Microsoft strategy.

Enterprise traction

Microsoft acquisition. Enterprise customers through Microsoft channel.

technologyfinancial services
Safety area

Robustness & Adversarial

Enterprise business needs
Control my AI agentsAutomate security ops with AI

Security Assessment

Security-relevant indicators for vendor evaluation

Security Posture
49
TS-01dim: 52
Red Teaming & Pre-deployment Testing
Adversarial testing before deployment
TS-05dim: 52
Robustness & Adversarial Resilience
Resistance to adversarial attacks
RA-01dim: 45
Sector-Specific Risk Assessment
Risk analysis for deployment context
RA-03dim: 45
Dual-Use & Misuse Risk
Dangerous capability awareness
RA-07dim: 45
Incident History & Track Record
Past incidents and response quality
EE-04dim: 53
Vulnerability Disclosure Program
Bug bounty or CVE reporting process
Incident History
Zenity incident records sourced from AIAAIC Repository and public reporting.
Integration: AIAAIC, OECD AI Incidents Monitor
Third-Party Audits
External audit reports, SOC 2 attestations, and ISO certifications verified where published.
Sources: Company filings, registry lookups
CVE & Disclosures
Known vulnerabilities and security advisories from NVD, GitHub Security Advisories, and vendor pages.
Sources: NVD, GHSA, vendor disclosure pages

Dimension Breakdown

GM
Governance Maturitypreliminary
Published policies, corporate structure, safety mandate, whistleblowing, executive commitment.
46
TS
Technical Safetypreliminary
Benchmarks, adversarial robustness, fine-tuning safety, watermarking, model cards, research output.
52
RA
Risk Assessmentpreliminary
Dangerous capability evaluations, thresholds, external testing, bug bounty, halt conditions.
45
RR
Regulatory Readinesspreliminary
ISO 42001, EU AI Act compliance, GPAI obligations, international commitments, incident reporting.
44
EE
External Engagementpreliminary
Survey participation, research support, transparency, behavior specs, open-source contributions.
53

Social Impact & Safety Profile

Emerging

Zenity provides security governance for AI copilots (including Microsoft Copilot) and low-code/no-code platforms. Acquired by Microsoft in 2024. Addresses the risk of ungoverned AI assistants accessing enterprise data and performing unauthorized actions.

copilot securitylow-code governanceai agent security

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