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Trust · Security

SECURITY BUILT INTO THE SYSTEM.

Security is considered throughout the systems we design, build, connect and support.

USER

People, browsers and devices interacting with the system

AUTHENTICATION

Verified identity before anything else happens

APPLICATION

Business logic with controlled, role-based access

API

Scoped, authenticated interfaces between components

DATA

Structured storage with restricted access paths

INTEGRATIONS

Connected third-party platforms and services

01

Our Security Approach

Security is not a step at the end of a project. It is a consideration that runs through every stage of how we work — from the first discovery conversation to the systems we monitor and improve long after launch.

DISCOVER→ DESIGN→ BUILD→ CONNECT→ DEPLOY→ MONITOR→ IMPROVE
02

Secure Architecture

Every system we design starts from an architectural view of security: how components are separated, how they talk to each other, and where the boundaries sit.

Application architecture

Systems are structured so that components have clear responsibilities and controlled boundaries between them.

Database architecture

Data models and storage are designed with access paths that are deliberate, not accidental.

APIs

Interfaces between components are explicit, authenticated and limited to what each consumer needs.

Authentication

Identity is verified before access is granted to applications, data or administrative functions.

Authorization

What a verified user can see and do is determined by defined permissions, not assumptions.

Data flows

How information moves between components and services is mapped and considered during design.

Third-party integrations

Connections to external platforms are scoped, credentialed and treated as boundaries.

Administrative access

Privileged access is separated from everyday use and restricted to those who need it.

03

Access Control

Where appropriate, systems we build apply role-based access control and least-privilege principles: people and services receive the access they need to do their work — and no more.

  • Roles reflect real responsibilities in the business
  • Sensitive functions are separated from everyday operations
  • Access can be reviewed and adjusted as teams change
  • Service-to-service access is scoped, not universal
04

Authentication

Authentication is designed to fit the system: an internal operations platform, a customer portal and a public website each carry different requirements. We select mechanisms appropriate to each context rather than applying a single template.

Verified identity

Users authenticate before accessing applications, portals or administrative areas.

Appropriate strength

Authentication mechanisms are chosen to match the sensitivity of the system and its data.

Session management

Sessions are controlled so that access does not persist beyond what is appropriate.

05

Data Protection

Access controls

Data access is restricted to authenticated, authorized users and services.

Secure transmission

Information moving between users, applications and services is transmitted using secure communication.

Storage protection

Stored data is protected with measures appropriate to its sensitivity.

Authentication & authorization

Every path to data passes through identity and permission checks.

Backups

Where agreed, backup arrangements protect against loss and support recovery.

Monitoring

Systems can be monitored for availability, errors and unusual activity.

Maintenance

Software and dependencies are kept maintained to reduce exposure to known issues.

Least exposure

Data is not spread further than the system design requires.

06

Application Security

Application security is addressed in how software is written — not bolted on afterwards.

Input validation

Data entering the system is validated so it can be processed safely.

Authentication

Application access is tied to verified identity.

Authorization

Application functions check permissions, not just logins.

Session security

Sessions are protected against misuse and unnecessary persistence.

API security

Application interfaces are authenticated, scoped and rate-conscious.

Error handling

Errors are handled without leaking internal details to users.

Dependency management

Third-party libraries and components are tracked and updated.

Common vulnerabilities

Development considers well-known classes of application vulnerabilities.

07

API & Integration Security

Modern business systems are connected systems. Each connection is treated as a boundary with its own credentials, scopes and controls.

Authentication

Every API consumer proves who it is before receiving data.

Authorization & scopes

Access tokens and credentials are limited to the scopes an integration genuinely needs.

Credential handling

API keys and secrets are stored and handled with care, away from application code.

Webhooks

Inbound webhooks are verified so systems act only on legitimate events.

Data transmission

Integration traffic uses secure transport between systems.

Logging

Integration activity can be logged to support troubleshooting and review.

08

Third-Party Services

Solutions may involve third-party providers — cloud platforms, hosting, payment services, communications, AI services, accounting platforms, booking systems and other external services. These providers operate their own infrastructure under their own security practices, terms and policies.

PEAKLINE selects and connects third-party services thoughtfully, but does not control — and cannot take responsibility for — security practices inside systems operated by others.

09

AI Security

Where solutions include AI-enabled functionality, the way data flows to and from AI components depends on the specific architecture and the providers involved in that solution.

  • AI data flows are defined per project, not assumed
  • The AI providers involved are identified during design
  • What information reaches an AI component is a deliberate architectural decision
  • How AI providers handle data is governed by their own terms, which are considered during selection
Reviewed per project. Questions about how a specific solution's AI functionality handles data — including whether any provider uses data for training — are addressed for that solution's actual architecture and providers, during discovery and design.
10

Infrastructure Security

Access

Infrastructure access is restricted and separated from application access.

Configuration

Environments are configured deliberately rather than left at defaults.

Updates

Operating environments and platforms are kept updated.

Credentials

Infrastructure credentials are protected and limited in scope.

Monitoring

Infrastructure health and activity can be monitored.

Backups

Where agreed, infrastructure-level backups support recovery.

Deployment

Changes reach production through controlled deployment, not ad-hoc edits.

Separation

Environments are separated so testing never happens in production data.

11

Software Maintenance

Software that is not maintained becomes less secure over time. Ongoing maintenance is how systems stay dependable after launch.

Security patches

Known vulnerabilities are addressed through timely patching.

Dependency updates

Libraries and frameworks are kept current to reduce inherited risk.

Software updates

Applications evolve with maintained, versioned releases.

Configuration changes

Changes are made deliberately and can be traced.

Monitoring

Maintained systems are observed so issues surface early.

12

Monitoring

Appropriate monitoring and logging help systems stay healthy — and help questions get answered when something looks wrong.

What monitoring supports

  • Availability and performance visibility
  • Early detection of errors and anomalies
  • Investigation and troubleshooting
  • Operational decision-making

What logging supports

  • A record of significant system events
  • Traceability of integration activity
  • Support for reviews and diagnostics
  • Context when incidents are investigated
13

Backups & Recovery

Backup and recovery arrangements protect against data loss and support restoration after failures.

Backup arrangements are defined per engagement. Backups, retention periods and recovery objectives are included where agreed in the applicable service arrangement — they are not automatically part of every project.

14

Security Incidents

If PEAKLINE becomes aware of a security incident affecting a system under its responsibility, reasonable steps may include:

1Assessment
2Containment
3Investigation
4Restoration
5Corrective action
6Customer communication

Where legally required, appropriate notification will be provided.

15

Responsible Disclosure

REPORT A SECURITY CONCERN

If you believe you have found a security issue affecting a PEAKLINE system, we want to hear from you. Please report it to legal@peaklinestudio.net and allow reasonable time for investigation before any public disclosure.

Report a Concern →

Please include

  • A description of the concern
  • The affected system
  • Steps to reproduce
  • Potential impact
  • Relevant technical information
  • Your contact information
Please do not: attempt unauthorized access beyond what is needed to demonstrate a concern, modify or delete data, run denial-of-service attacks, introduce malware, or publicly disclose an issue before it has been reasonably investigated.
16

Customer Security Responsibilities

Security is shared. Customers remain responsible for what sits on their side of the system:

  • Their user accounts
  • Passwords and credentials
  • Devices used to access systems
  • Internal networks
  • Their third-party accounts
  • Employee access decisions
  • The data they provide and manage
  • Credentials they issue or share
17

Security Is Project-Specific

A public website, an internal application, a customer portal, a financial system and an enterprise platform do not carry the same risks — and should not carry the same controls.

Different systems

  • Public websites
  • Internal applications
  • Customer portals
  • Financial systems
  • Enterprise platforms

What security depends on

  • Data sensitivity
  • Architecture
  • Access
  • Integrations
  • Applicable requirements
  • Risk profile
  • Contractual requirements
18

Security & Compliance

PEAKLINE does not claim certifications or formal compliance attestations on this page.

If your organization requires specific compliance controls or standards, those requirements should be identified during discovery and addressed contractually — so the system is designed against your actual obligations, not generic claims.

19

No Absolute Security Guarantee

No internet-connected system can be guaranteed to be completely secure.

PEAKLINE applies reasonable security practices appropriate to the systems and services it provides, but cannot guarantee that unauthorized access, cyberattacks, vulnerabilities, outages, data loss, or other security incidents will never occur.

20

Contact

PEAKLINE STUDIO LLC

5830 East 2nd Street
STE 7000 #36985
Casper, Wyoming 82609
United States

Reach us

Security & Privacy — legal@peaklinestudio.net
General — support@peaklinestudio.net