CurNext · Legal
Security Policy
How CurNext protects the marketing site, product platform, and customer data - organisational and technical controls, access rules, vulnerability disclosure, and how this policy relates to the Security architecture page.
Controller and operator: CurNext (Finland). Vulnerability disclosure: [email protected]. Privacy and GDPR requests: [email protected]. Core production hosting: Germany / Frankfurt.
This Security Policy is a public statement of CurNext security practices for customers, prospects, and reporters. It is not a runbook, SOC report, or certification. Architecture detail lives on the Security page. Where this policy and a signed contract conflict, the signed contract controls for that relationship.
Last updated: 11 August 2026
Purpose of this policy
CurNext builds construction site intelligence on an industrial IoT and cloud stack. Security is part of how we design products, operate services, and work with customers - not a marketing overlay.
- - State CurNext security objectives and the systems this policy covers.
- - Summarise organisational and technical control themes used in production.
- - Explain access, vulnerability disclosure, and incident handling expectations.
- - Be honest about certification: design alignment is not the same as a completed third-party assessment.
- - Point to Security architecture, DPA, GDPR Policies, Audit Trail, and Datacenters for deeper detail.
CurNext does not claim ISO 27001 or SOC 2 certification for itself on public pages. Standards named on Security and Compliance pages are design alignment unless separately confirmed in writing.
Scope
This policy applies to CurNext-operated systems that process or protect customer and website data, including:
- - curnext.app marketing and documentation surfaces
- - dash.curnext.app and related product experiences
- - APIs, SDKs, and developer portals operated by CurNext
- - Cloud hosting, databases, backups, and observability for the production stack
- - Field and building edge components when they connect to CurNext cloud services (CN-FG, CN-BC, and related nodes as documented on Security)
- - Personnel, contractors, and subprocessors acting for CurNext on those systems
Security objectives
CurNext designs for the following objectives across the product stack.
Confidentiality
Telemetry and credentials are not readable in transit or at rest without authorization.
Integrity
Firmware, configuration, and measurements are protected against undetected tampering.
Authenticity
Devices and services prove identity before trust is granted.
Availability
Resilience to outage, replay, and flooding, with graceful degradation where possible.
Accountability
Audit trail for access, provisioning, OTA, admin actions, and GDPR-oriented events.
Privacy
GDPR-oriented handling of personal and site data in the cloud layer.
Organisational measures
People and process controls sit alongside product engineering.
Roles and ownership
Security-sensitive changes and privileged access are limited to authorised CurNext personnel. Production access follows need-to-know and least privilege.
Secure development
Material releases follow a security bar that includes threat-model updates, dependency scanning, signed artifacts, and SBOM practices as described on the Security page.
Vendor diligence
Subprocessors and infrastructure providers are engaged under written terms. Public subprocessors are listed on the Data Processing Agreement page.
Training and awareness
Personnel who handle production systems and customer data are expected to follow CurNext security and privacy procedures for their role.
Technical measures
High-level technical themes for the production platform. Layer detail, zone model, crypto tables, and OTA practices are documented on Security architecture.
- - Five-layer stack controls from field sensors through cloud
- - Encryption in transit; encryption at rest for core data stores
- - Invite-only product access, RBAC, and privileged MFA
- - Edge protections such as WAF and rate limiting
- - Private building uplink themes (including WireGuard / MQTT mTLS for CN-BC as documented)
- - Signed OTA for firmware where applicable
- - Encrypted backups with restore drills as part of operations practice
- - GDPR-oriented audit, export, and erasure paths in product design
Access control
Access to CurNext product planes is intentionally constrained.
- - Invite-only provisioning - new Google or email logins do not auto-join a project without an invite or membership.
- - Under CurNext internal policies, we do not onboard, invite, or register product users under 18 years of age.
- - Role-based access control (RBAC) scopes what project members can see and change.
- - Privileged roles expect stronger authentication (MFA) and leave clearer audit evidence.
- - Tenant isolation keeps organisation and project data scoped - not a shared public feed across customers.
Data protection and hosting
Personal and site data in the cloud layer are handled with GDPR-oriented controls and EU-anchored production hosting by default.
- - Core application and database hosting oriented to Germany / Frankfurt (EU).
- - Encryption in transit and at rest for core stores.
- - Retention, export, and erasure themes documented in GDPR Policies, DPA, and Audit Trail.
- - Marketing-site cookies and similar technologies are covered by the Cookie Policy and consent widget.
Vulnerability disclosure
We prefer coordinated disclosure. Do not send exploit details to support@ or gdpr@.
- - Email [email protected] with enough detail to reproduce the issue.
- - Include affected product surface (web, API, firmware, gateway) and approximate timing.
- - Avoid public disclosure until we have had a reasonable chance to assess and remediate.
- - We will acknowledge reports and keep reporters informed of material progress where appropriate.
Security incidents and personal data breaches
CurNext maintains processes aimed at detecting, assessing, and responding to security incidents that may affect the Services or personal data.
Detection and response
Security monitoring, rate limits, WAF signals, and operational alerts support detection. Confirmed incidents are escalated to authorised responders.
Customer notification
When CurNext acts as processor for Client Data, we notify the Client without undue delay after becoming aware of a personal data breach affecting that data, consistent with the DPA. Enterprise contracts may set tighter targets.
Regulatory path
When CurNext is controller, we assess notification duties under GDPR Articles 33 and 34. See GDPR Policies for the privacy-facing summary.
Subprocessors and infrastructure
CurNext uses hosting, email, observability, and optional AI vendors under contractual controls.
- - EU-oriented hosting and database infrastructure for core production.
- - Public subprocessor summary on the Data Processing Agreement page.
- - Assisted AI features, when enabled, run under product and contractual controls - concrete curing prediction uses an in-house TensorFlow.js model.
- - Material subprocessor changes follow the notice process described in the DPA.
Customer responsibilities
Security is shared. Customers remain responsible for how they configure and use the Services within their organisation.
- - Invite only trusted collaborators and remove access when roles change.
- - Protect credentials, API keys, and MFA devices for admin accounts.
- - Do not share vulnerability details outside coordinated disclosure channels.
- - Configure project permissions and exports according to your own policies and contracts.
- - Report suspected account compromise to [email protected] promptly.
Changes to this policy
We may update this Security Policy when products, hosting, or organisational practices change. The Last updated date will change for material revisions. Architecture depth continues to live on the Security page.
Translations are provided for convenience. Where a signed agreement exists, the English instrument controls.