Security Program at Moesif
Moesif also acknowledges that no environment can guarantee absolute security. Moesif recommends either removing sensitive data such as ePHI (electronic Protected Health Information) or PCI DSS (Payment Card Industry Data Security Standard). You can also use Moesif's client-side encryption feature which enables an additional layer of security and to meet compliance requirements for sensitive data. Our open-source integrations support masking sensitive fields before it even leaves your application.
Management API tokens are also signed using the HMAC SHA-256 algorithm and can be limited to specific resource scopes and can have a specified token expiration date. Please follow the principle of least privilege and add only the minimum scopes that you need for the access token. If you need a short lived token to perform certain maintenance tasks, create a token that expires in hours or days.
Moesif creates unique keys for each use case. Those keys are not reused for unrelated purposes.
The Collection API, Management API, and moesif.com web portal all use SSL using Transport Layer Security (TLS) 1.2 or higher and the latest SHA-256 algorithm for encrypting all network traffic. Moesif's SSL implementation received an "A+" on Qualsys' SSL Labs. All of our open source SDKs and agents are configured to use HTTPS. The moesif.com domain also has HSTS enabled.
Encryption at Rest
Moesif encrypts customer data while at rest of both production data and backups using 256-bit AES encryption with encryption keys stored in Azure Key Vault. Data is stored only in the cloud on the Microsoft Azure platform which further provides fault-tolerance and strong access control to physical machines. However, we don't simply rely on Azure for security and implement our own access control.
For super sensitive applications, the Moesif Secure Proxy appliance is available to enterprise customers which enables zero-knowledge security using on-premises client-side encryption and Bring Your Own Key (BYOK).
Snapshots of critical data stores are made multiple times per day and redundantly archived in Azure Blob Storage. These backups are regularly tested. Moesif also backs up all streaming data via continuous replication to ensure a Recovery Point Objective (RPO) of almost zero.
Data Storage Location
Moesif customer data at rest currently resides in the United States of America.
The Moesif platform runs on hardened hosts with tightened security groups, role-based access controls, and isolated virtual networks on the Microsoft Azure platform. A business reason must exist before employees or management is granted to a portion of the production infrastructure. Development environments do not have access to production data stores or virtual networks. Employees engaged in customer service can access a web portal with access to customer data similar in structure to the Moesif end user portal. Access to this system is logged.
Moesif infrastructure uses Azure Active Directory for RBAC with 2FA required. Moesif disables SSH authentication via passwords for production Linux machines.
Moesif offers Single Sign-On (i.e SAML and Okta) and role-based authorization control for enterprise plans. Moesif provides guidance for new users when choosing a password and will alert your team members when a reused password was leaked even on other websites. Moesif uses Auth0 service for user authentication which never stores passwords in plaintext and ensures all passwords are hashed and salted via bcrypt. More information on Auth0's security can be found here
Moesif continuously monitors access to its infrastructure. Vulnerability scans are regularly performed externally and internally.
Moesif has security policies in place for company laptops and workstations which include Full Disk Encryption and auto lock of workstation when left unattended. Mobile devices are protected with Mobile Device Management (MDM).
To prevent phishing scams or other cyber attacks, Moesif has deployed DMARC which builds on existing mechanisms like DKIM and SPF to detect and prevent email spoofing. Moesif also keeps logs on such spoofing attempts.
Moesif's critical accounts (AWS, Azure, Google, GitHub, HubSpot, etc) enforce mandatory 2FA for all employees and management. If a allowed by a service, Moesif makes SMS based 2FA disabled as SMS is considered insecure for 2FA. Moesif employees are encouraged to use the company provided password manager and never share passwords across accounts.
Credit card and payment information is held by our payment providers, Stripe and Chargebee. Moesif does not store any payment information. If you signed up via a partnership program that integrates billing such as Heroku or AWS, your payment information may be held at that partner instead of our own payment providers.
Reporting an Issue
If you believe you’ve discovered a bug in Moesif’s security, please get in touch at email@example.com and we will get back to you within 72 hours, and usually earlier. You will find our PGP key in case you need to encrypt communications with us. We request that you not publicly disclose the issue until we have had a chance to address it.
- A summary of the problem
- A severity rating of 1 - 5 (1 being least severe, 5 being most ie. you can easily hijack, impersonate or access any other account or data)
- A PoC or breakdown of how to replicate the issue.
- The operating system name and version as well as the web browsers name and version that you used to replicate the issue
PGPIf you plan to include tokens or any sensitive information, please kindly use PGP to encrypt your email.
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We will unlikely review and respond to the submissions of the following types:
- "Scanner output" or scanner-generated reports
- "Advisory" or "Informational" reports that do not include any Moesif-specific testing or context
- Denial of Service attacks
- Brute Force attacks
- CSV Injection
- Security issues in apps or services that are not operated by Moesif (including third-party services and websites operating on Moesif’s subdomains)
- Vulnerabilities requiring physical access to the victim's unlocked device
- Spam or Social Engineering techniques
- Issues relating to Password Policy
- Non-sensitive information disclosure (such as product version, path, etc.)
- CSRF in actions that are non-significant (e.g., logout) or do not require authentication (or a session) to exploit
- Clickjacking on pre-authenticated pages, or the non-existence of X-Frame-Options, or other non-exploitable clickjacking issues (An exploitable clickjacking vulnerability requires a) a frame-able page that is b) used by an authenticated user and c) which has a state-changing action on it vulnerable to clickjacking/frame re-dressing)
- Self-XSS without demonstrating a real impact for users
- Lack of security mechanism or inconsistency with best practices without demonstrating a real security impact (e.g., lack of security headers)
- SSL/TLS issues from scans or known best practice issues
- Vulnerabilities that only affect users of outdated or unpatched browsers
- Insecure cookie settings for non-sensitive cookies
- Bugs that do not pose any security risk
- Publicly-released bugs in internet software within 3 days of their disclosure