zkPass

Name: zkPass
Brand: zkPass

AI Native

Private Data Oracle Protocol.

Est 2022|Raised $15M

LinkedIn 942|Web traffic 19K|FTEs 13|HQ New York, New York, US

01Competitive Landscape

Narrative analysis

- Where zkPass shows relative strengths: - Distribution: browser extension adoption indicates a distribution path to end users (extension marketplace user counts are notably higher than those reported for many early-stage zk tooling projects). - Product proposition: the core proposition is to provide verifiable attributes from HTTPS sessions without requiring API integrations. - Where alternatives may excel: - Some protocol competitors publish detailed security and compliance materials and have audit pedigrees that are more visible in the public record. - Traditional KYC vendors provide regulated onboarding workflows, SLAs, and reporting features that enterprise customers typically require. - Competitive uncertainty: zkTLS and related approaches remain an emerging category with active experimentation; different architectures may be more suitable for different verticals depending on regulatory and operational needs.

	zkPass	Reclaim Protocol	Traditional KYC provider (e.g., Persona/Onfido class)
Starting Price	Not published as SaaS tiers; token-centric economics	Not presented here as SaaS tiers (varies); protocol/SDK model	Typically contract-based per-verification pricing
Primary Use Case	Web3 applications requiring proofs derived from HTTPS sessions via a browser extension	Applications seeking web proofs with public security documentation and audits	Regulated KYC/AML onboarding with compliance workflows
Key Strength	Ability to generate proofs from HTTPS sessions without API partnerships; browser extension distribution; notable funding activity	Public security documentation and audit disclosures; protocol-focused tooling	Mature compliance features, SLAs, reporting, and regulator-facing workflows
Key Weakness	Enterprise compliance posture and documentation are not clearly presented publicly; extension/phishing risk; pricing and settlement complexity	Architectural trade-offs (proxy/attestor models) and emerging category uncertainties	Requires collection of PII and centralized verification; less focus on minimal-disclosure privacy-preserving proofs

01Competitive Landscape

Narrative analysis

Where zkPass shows relative strengths:
- Distribution: browser extension adoption indicates a distribution path to end users (extension marketplace user counts are notably higher than those reported for many early-stage zk tooling projects).
- Product proposition: the core proposition is to provide verifiable attributes from HTTPS sessions without requiring API integrations.
Where alternatives may excel:
- Some protocol competitors publish detailed security and compliance materials and have audit pedigrees that are more visible in the public record.
- Traditional KYC vendors provide regulated onboarding workflows, SLAs, and reporting features that enterprise customers typically require.
Competitive uncertainty: zkTLS and related approaches remain an emerging category with active experimentation; different architectures may be more suitable for different verticals depending on regulatory and operational needs.

	zkPass	Reclaim Protocol	Traditional KYC provider (e.g., Persona/Onfido class)
Starting Price	Not published as SaaS tiers; token-centric economics	Not presented here as SaaS tiers (varies); protocol/SDK model	Typically contract-based per-verification pricing
Primary Use Case	Web3 applications requiring proofs derived from HTTPS sessions via a browser extension	Applications seeking web proofs with public security documentation and audits	Regulated KYC/AML onboarding with compliance workflows
Key Strength	Ability to generate proofs from HTTPS sessions without API partnerships; browser extension distribution; notable funding activity	Public security documentation and audit disclosures; protocol-focused tooling	Mature compliance features, SLAs, reporting, and regulator-facing workflows
Key Weakness	Enterprise compliance posture and documentation are not clearly presented publicly; extension/phishing risk; pricing and settlement complexity	Architectural trade-offs (proxy/attestor models) and emerging category uncertainties	Requires collection of PII and centralized verification; less focus on minimal-disclosure privacy-preserving proofs

zkPass

01Competitive Landscape

Narrative analysis

02Market Map

01Competitive Landscape

Narrative analysis

02Market Map