We use Asana every day to keep our team organized, connected, and focused on results. Ensuring our platform remains secure is vital to protecting our own data, and protecting your information is our highest priority.
Our security strategy covers all aspects of our business, including:
Every Asana employee signs a Data Access Policy that binds them to the terms of our data confidentiality policies, available at asana.com/terms and asana.com/privacy. Access rights are based on employee’s job function and role.
Security in our Software Development Lifecycle
Asana uses the git revision control system. Changes to Asana’s code base go through a suite of automated tests and are reviewed and go through a round of manual review. When code changes pass the automated testing system, the changes are first pushed to a staging server wherein Asana employees are able to test changes before an eventual push to production servers and our customer base. We also add a specific security review for particularly sensitive changes and features. Asana engineers also have the ability to “cherry pick” critical updates and push them immediately to production servers.
In addition to a list where all access control changes are published, we have a suite of automated unit tests that check that access control rules are written correctly and enforced as expected. We also work with third-party security professionals to:
Security at the Asana office
Our office is secured via keycard access which is logged, and visitors are recorded at our front desk.
We monitor the availability of our office network and the devices on it. We collect logs produced by networking devices such as firewalls, DNS servers, DHCP servers, and routers in a central place. The network logs are retained for the security appliance (firewall), wireless access points, and switches.
Scalability/Reliability of Architecture
Asana uses Amazon Web Services (RDS & S3) to manage user data. The database is replicated synchronously so that we can quickly recover from a database failure. As an extra precaution, we take regular snapshots of the database and securely move them to a separate data center so that we can restore them elsewhere as needed, even in the event of a regional Amazon failure.
We currently host data in secure SSAE 16 audited data centers via Amazon RDS in the United States.
Web connections to the Asana service are via TLS 1.0 and above. We support forward secrecy and AES-GCM, and prohibit insecure connections using SSL 3.0 and below or RC4.
Employee Workstations, Laptops, & Mobile Devices
All laptops and workstations are secured via full disk encryption and centrally managed. We diligently apply updates to employee machines and monitor employee workstations for malware. We also have the ability to apply critical patches and remote wipe a machine. We use industry-standard OTP technology to further secure access to our corporate infrastructure.
Security Consulting and Application Review
We work with external security advisor, and maintain an external bounty program where we pay security researchers who discover vulnerabilities.
Amazon employs a robust physical security program with multiple certifications, including an SSAE 16 certification. For more information on Amazon’s physical security processes, please visit aws.amazon.com/security.
Administrator Management Features
Authentication - Asana administrators can force employees to authenticate via Google Accounts or set up SAML. If passwords are stored directly with Asana, we secure them using salted bcrypt.
User Management - Administrators can see Last Activity, Guest/Member status, and deprovision users from a central administration interface.
Safe Harbor compliance
Asana complies with the EU-U.S. and Swiss-U.S. Safe Harbor (“Safe Harbor”) frameworks and principles.
We are committed to making Asana consistently available to you and your teams. Our systems have built-in redundancy to withstand failures and are constantly monitored to keep your work uninterrupted. You can always monitor our availability at our trust page.
Want to report a security concern?