zHealth, Inc.
ent_3cabfa12688dc53b
Disclosures
3
State AG · Leak Site · 3 jurisdictions
Multi-filing incidents
1
incidents joining 2+ filings here
Max affected reported
8,527
as filed · State AG TX
Leak-site claims
1
unverified actor claims
Identity resolution
- Canonical name
- zHealth, Inc.
- Normalized
- zhealthehr— dedupe via name-norm; Microsoft / MSFT collapse to one row
- GLEIF LEI
- No match
- SEC EDGAR CIK
- None — not an SEC registrant
- Domain
- zhealthehr.com
Disclosure history (3)newest first
- Texas State AGas reporting2026-09-15
zHealth, Inc. based in San Francisco, California, a healthcare – medical provider entity reported a data breach to the Texas Attorney General. The breach was discovered on 2026-09-03 and reported on 2026-09-15. 8,527 Texas residents were affected. 118,563 individuals affected in total. Types of information involved: Name of individual;Medical Information;Health Insurance Information. Consumers were notified via U.S. Mail.
- California State AGas reporting2026-09-11
zHealth, Inc. notified the California Attorney General of a data breach where an unauthorized third party copied information from its network between January 20-21, 2026. The company became aware of the incident on June 15, 2026. Affected data may include names, addresses, Social Security numbers, and financial account information. zHealth retained forensic specialists and is providing 12 months of credit monitoring and fraud assistance to affected individuals.
- GLOBALLeak Siteas victim2026-01-26
zHealthEHR is a cloud-based electronic health record (EHR) and practice management platform built primarily for chiropractors and other wellness providers. It combines clinical documentation, appointment scheduling, patient intake, billing, payments, and automated reminders into a single system, helping small to mid-size practices streamline daily operations. The platform focuses on ease of use, customizable SOAP notes, and patient engagement tools, allowing providers to reduce administrative workload and run their clinics more efficiently through a subscription-based software model.