How Israeli Insurance Providers Secure Biometric and Health Data Under Amendment 13

Israeli insurance providers face stringent obligations under Amendment 13 to the Privacy Protection Regulations, which governs how organisations collect, process, and store biometric and health information. These data types carry elevated risk: biometric identifiers are immutable, and health records contain lifelong sensitive details that, if compromised, enable fraud, identity theft, and reputational harm. For underwriters, actuaries, and claims processors who rely on this information to assess risk and validate identities, the challenge is to balance operational efficiency with defensible data privacy protection.

Amendment 13 mandates specific technical and administrative controls for organisations handling biometric data, including encryption in transit and at rest, access controls based on role and context, retention limits, and audit logs that demonstrate continuous compliance. Insurers must also coordinate with third-party administrators, reinsurers, and medical providers, each of which introduces additional attack surface and regulatory exposure.

This article explains how Israeli insurance providers operationalise Amendment 13 requirements, secure biometric and health data across distributed workflows, and maintain compliance readiness through layered controls, zero trust architecture enforcement, and immutable audit trail.

Executive Summary

Amendment 13 to Israel’s Privacy Protection Regulations imposes strict requirements on organisations that process biometric and health data, including insurers that use fingerprints, facial scans, voice patterns, and medical histories for underwriting and claims validation. Compliance requires encryption, role-based access control (RBAC), data minimization, breach notification, and continuous audit trails. For insurers operating multi-party workflows with brokers, reinsurers, and medical providers, the challenge extends beyond policy compliance to operational execution: ensuring every file transfer, API call, and mobile interaction enforces zero trust security controls and generates defensible evidence. This article explains how Israeli insurers secure sensitive data in motion, enforce content-aware policies, and integrate compliance controls into existing infrastructure.

Key Takeaways

1. Stringent Data Protection Mandates. Amendment 13 to Israel’s Privacy Protection Regulations imposes strict requirements on insurers handling biometric and health data, including encryption, role-based access control, data minimization, and breach notification to safeguard sensitive information.
2. Zero Trust Security Implementation. Israeli insurers adopt zero trust architectures with multi-factor authentication, device posture checks, and content-aware controls to ensure that access to sensitive data is authenticated, authorized, and audited at every interaction.
3. Challenges in Multi-Party Workflows. Insurers must secure biometric and health data across complex ecosystems involving brokers, reinsurers, and medical providers, managing third-party risks and enforcing consistent controls regardless of endpoint or network origin.
4. Immutable Audit Trails for Compliance. Maintaining tamper-proof audit logs is critical for demonstrating compliance with Amendment 13, enabling insurers to track data interactions, detect anomalies, and provide defensible evidence during regulatory reviews.

What Amendment 13 Requires for Biometric and Health Data Protection

Amendment 13 categorises biometric and health data as particularly sensitive and mandates a layered approach to protection. Organisations must identify where such data resides, who accesses it, how it moves between systems, and how long it remains in scope.

Amendment 13 requires encryption for biometric and health data both in transit and at rest. Insurers must apply cryptographic standards that resist contemporary attack methods and rotate keys according to defined schedules. Access must be limited to authorised personnel whose roles necessitate exposure to the data, and access logs must capture identity, timestamp, action, and context. Data minimization mandates that insurers collect only the information necessary for a defined purpose and retain it only as long as required by underwriting, claims, or regulatory retention rules.

When a breach involving biometric or health data occurs, Amendment 13 requires insurers to notify the Israeli Privacy Protection Authority and affected individuals within a defined timeframe. Notification must include the nature of the breach, the categories of data involved, and the steps taken to mitigate harm. To demonstrate compliance, insurers must maintain immutable audit trails that show who accessed which data, when, and for what purpose. These logs must be tamper-proof, searchable, and available for regulatory review.

How Israeli Insurers Process Biometric and Health Data Across Multi-Party Workflows

Israeli insurers operate in ecosystems that include policyholders, brokers, reinsurers, medical providers, and regulatory bodies. Biometric data might be collected at policy inception through mobile apps that scan fingerprints or facial features. Health records arrive via secure email from hospitals, through API integrations with electronic health record systems, or as scanned documents uploaded by claimants. Each touchpoint represents a control point where encryption, authentication, and policy enforcement must occur.

Underwriting teams assess risk by analysing health histories and lifestyle factors. Claims processors validate identities using biometric comparisons and cross-reference medical records to detect fraud. Reinsurers receive aggregated or pseudonymised datasets to calculate risk pools. Medical providers supply diagnostic reports and treatment histories. Each interaction requires secure transmission, role-based access, and compliance with retention policies. Many Israeli insurers support remote underwriters, field agents, and contract medical reviewers who access sensitive data from personal devices or third-party networks. Amendment 13 does not exempt remote access from encryption or audit requirements. Insurers must enforce controls regardless of endpoint location, device type, or network origin.

Challenges in Securing Sensitive Data Across Legacy and Cloud Environments

Israeli insurers often operate hybrid IT estates that combine on-premises core systems, cloud-based analytics platforms, and SaaS tools for customer relationship management and document handling. Biometric and health data moves between these environments during underwriting workflows, claims processing, and regulatory reporting. Each transition introduces risk: unencrypted transfers, inconsistent access policies, or audit gaps can create compliance failures and increase exposure.

When insurers rely on multiple point solutions for email security, file transfer, API management, and collaboration, each tool enforces its own policies and generates separate logs. Security teams struggle to correlate events, detect anomalies, or prove compliance across workflows. Without unified visibility, insurers cannot demonstrate consistent enforcement or respond quickly to incidents.

Brokers, medical providers, and reinsurers operate their own IT environments with varying security maturity. When an insurer shares biometric or health data with a third party, Amendment 13 obligations remain with the insurer. If a broker’s email server is compromised and health records are exfiltrated, the insurer must notify authorities and affected individuals. Managing third-party risk management (TPRM) requires contractual clauses, periodic assessments, and technical controls that limit exposure even when partners’ defences fail.

Building a Zero-Trust, Content-Aware Architecture for Sensitive Data

Zero-trust principles assert that no entity inside or outside the network perimeter is trusted by default. For Israeli insurers, this means every access request for biometric or health data must be authenticated, authorised, and audited in context. Content-aware controls add a second layer: policies are enforced based on the sensitivity of the data itself, not just the identity of the requester or the network segment.

Zero-trust architectures require multi-factor authentication (MFA), device posture checks, and real-time risk scoring before granting access to sensitive data. An underwriter requesting a health report from a corporate device on the office network might be granted immediate access, while the same underwriter on a personal tablet at a coffee shop triggers step-up authentication or restricted access. Content-aware controls classify files based on keywords, metadata, or data patterns and apply policies accordingly. A document containing biometric identifiers triggers encryption, watermarking, and immutable logging automatically.

Amendment 13 requires encryption for biometric and health data throughout its lifecycle. Insurers must apply AES-256 encryption for data at rest and TLS 1.3 for data in transit across all file transfers, API calls, and email exchanges. Data at rest must be encrypted using algorithms approved by relevant standards bodies, with keys managed separately from the encrypted content. Centralised key management allows security teams to rotate keys, revoke access, and demonstrate cryptographic hygiene during audits.

Audit Trails, Immutable Logging, and Regulatory Defensibility

Amendment 13 compliance depends on the ability to prove that controls were applied consistently and that any deviations were detected and remediated. Immutable audit trails capture every interaction with biometric and health data, including file uploads, downloads, shares, deletions, and access denials. These logs must resist tampering, support granular search, and integrate with centralised monitoring platforms.

Leading insurers map audit events to Amendment 13 requirements in real time, so security teams can identify gaps before audits occur. Automated alerts trigger when sensitive data is accessed outside approved workflows, transferred to unapproved domains, or retained beyond policy limits. Integration with security information and event management (SIEM) platforms allows correlation of audit events with network logs, endpoint telemetry, and threat intelligence, enabling faster detection and remediation.

When anomalous access patterns or policy violations occur, insurers must determine whether a breach has occurred, assess the scope, and notify authorities and affected individuals if thresholds are met. Immutable logs provide forensic evidence that supports root cause analysis and demonstrates due diligence.

How Data Security Posture Management Identifies Gaps and Prioritises Remediation

Data security posture management (DSPM) platforms continuously scan environments to discover where biometric and health data resides, assess how it’s protected, and surface misconfigurations or policy violations. For Israeli insurers, DSPM for healthcare provides visibility into shadow IT, unencrypted storage, excessive permissions, and stale data that should have been deleted under retention policies.

DSPM tools connect to cloud storage, on-premises file shares, databases, and SaaS applications to inventory sensitive data. Machine learning classifiers detect biometric identifiers and health information based on patterns, metadata, and context. Each discovered asset receives a risk score based on sensitivity, exposure, access controls, and encryption status. Security teams prioritise remediation by addressing high-risk assets first. Once remediation is complete, DSPM platforms monitor for drift, such as new storage locations, permission changes, or unencrypted transfers.

Integrating Active Protection with Posture Management for End-to-End Defence

DSPM and related posture management tools provide visibility and prioritisation but do not enforce controls during file transfers, API calls, or collaboration workflows. Israeli insurers require an active enforcement layer that applies encryption, access policies, and audit logging at the moment sensitive data moves between systems or parties.

Content-aware controls classify files in real time based on their contents, apply policies automatically, and generate audit events without manual intervention. When an underwriter uploads a health report to a collaboration platform, content-aware inspection detects sensitive data, applies encryption, restricts sharing to authorised recipients, and logs the transaction. Biometric and health data moves through email, file sharing, APIs, web forms, and mobile apps. Each channel requires consistent enforcement of encryption, authentication, and audit logging. A unified platform that secures sensitive data in motion across all channels reduces complexity, eliminates policy gaps, and simplifies audit preparation.

Conclusion

Israeli insurance providers secure biometric and health data by layering zero trust security access controls, content-aware policies, encryption, and immutable audit trails across distributed workflows. Amendment 13 compliance is not a one-time project but an operational discipline that requires continuous monitoring, automated enforcement, and integration with security and business systems.

By unifying secure communication channels under a single governance model, insurers eliminate policy gaps, reduce third-party risk, and accelerate audit readiness. The Private Data Network enables Israeli insurers to enforce Amendment 13 requirements consistently, protect sensitive data in motion, generate defensible audit evidence, and coordinate securely with brokers, reinsurers, and medical providers. The result is reduced exposure, faster incident detection and response, and regulatory defensibility that supports long-term trust and operational resilience.

Looking ahead, the regulatory trajectory for biometric data in Israel is likely to intensify. As connected insurance products — wearables, telematics, and AI-driven underwriting platforms — expand the volume and granularity of biometric data collected, the Israeli Privacy Protection Authority is expected to tighten standards for consent, purpose limitation, and automated decision-making. Cross-border transfer obligations will also face greater scrutiny as Israeli insurers increasingly partner with international reinsurers and global technology providers, requiring contractual and technical safeguards that align with evolving adequacy determinations. Insurers that build robust, adaptable compliance architectures now will be better positioned to absorb these regulatory developments without operational disruption.

How the Kiteworks Private Data Network Secures Biometric and Health Data for Israeli Insurers

Israeli insurance providers require a platform that unifies Kiteworks secure file sharing, email, secure MFT, web forms, and APIs under a single governance model. The Private Data Network enforces zero trust security and content-aware controls for every interaction with biometric and health data, encrypts content using AES-256 at rest and TLS 1.3 in transit, generates immutable audit trails, and integrates with existing security infrastructure to provide end-to-end visibility and compliance readiness.

Kiteworks applies content inspection and data classification in real time, detecting sensitive data patterns such as biometric identifiers and health records within files and enforcing policies automatically. MFA, device posture checks, and contextual access controls ensure that only authorised personnel access sensitive data, regardless of location or device. Centralised key management and standards-compliant encryption protect data throughout its lifecycle.

Immutable audit logs capture every file upload, download, share, and access attempt, with metadata that includes identity, timestamp, file type, and policy actions. These logs map directly to Amendment 13 requirements, enabling insurers to demonstrate compliance during regulatory reviews. Integration with SIEM, security orchestration, automation, and response (SOAR), and ITSM platforms allows security teams to correlate Kiteworks events with broader telemetry, automate incident response, and generate compliance reports without manual effort.

For insurers coordinating with brokers, reinsurers, and medical providers, Kiteworks provides Kiteworks secure collaboration zones with granular permissions and automated expiration. External parties access sensitive data through branded, audited portals without requiring insurer credentials, reducing third-party risk and simplifying onboarding. Watermarking, download restrictions, and automated deletion enforce data minimization and retention policies.

Schedule a custom demo to see how Kiteworks helps Israeli insurance providers secure biometric and health data, enforce Amendment 13 controls, and integrate compliance into daily workflows.