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Security is our first and top priority
We are SOC 2 Type II and conduct multiple yearly independent code audits. Our TSS-MPC key management ensures top-tier security, with extra levels of protection from advanced MFA options.
TSS-MPC security that scales with you
TSS-MPC provides the ultimate balance of flexibility and security: private keys that are never fully reconstructed, and thresholds that can be adjusted to any use case.
Dynamic is regularly audited by the industry’s most trusted firms
November 2023
May 2024
September 2024
April 2025
May 2023
February 2025
July 2025
Ongoing bug bounty program
Flexible MFA for every login and transaction
Protect every step of your user’s journey with an expanded set of tools for added protection.
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Account-level MFA
Auth App
SMS
Passkeys
Transactional MFA
Passkey
Email one-time code
Time-based codes
Enterprise-grade access and controls
Single Sign-On (SSO)
Securely authenticate users through their existing identity providers, streamlining onboarding while ensuring consistent access and authentication policies.
Scoped API Access
Define exactly which APIs can be used and at what permission level, ensuring least-privilege access that protects sensitive data and developer operations.
Events & Audit Log
Gain full visibility into every action taken across your organization, from developer changes to configuration updates, with a unified audit stream that builds trust.
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SOC 2 Type II compliant and backed by audits
Being SOC 2 Type II compliant is just the start. We run regular security audits with experts like Cure53, and have active public HackerOne bug bounties in place.
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What Makes TSS-MPC Different
Discover how Dynamic’s TSS-MPC provides stronger security than Shamir Secret Sharing, legacy MPC, or other approaches that create a full private key.
TSS-MPC
TSS-MPC
Legacy
TSS-MPC
TSS-MPC
Shamir
Secret Sharing
SSS
TEE-Only
Full Private Key
TEE Only
No Single Point of Failure
No Full Key Ever Exists
Reconstructed during signing
Full key exists server side
Distributed Signing
Threshold Support (t-of-n)
More limited than MPC
Reshare Without Keys
Signing Latency
Sub-second signing
5-10 second signing
Moderate
Fast local signing
Key / Account Recovery
If above threshold
If above threshold
If above threshold
Key undecryptable if enclave lost
Regulatory Comfort / Auditability
Easier to reason about distributed trust and non custody
Easier to reason about distributed trust and non custody
Depends on the implementation
Full private key is stored server side
Use of TEEs
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