Elysium Venture Capital is proud to be an investor and continue our support in Anchorage alongside its outstanding team and co-investors!
(TechCrunch)
Anchorage was founded on the belief that technical problems require technical solutions. To help financial institutions invest securely in digital assets, we are building the first crypto-native custodian.
Anchorage generates and stores private keys in secure hardware so they are never exposed at any point in their life cycle, and Anchorage eliminates human operations that expose assets to risks. The startup competes with other crypto custody firms like BitGo,Ledger, Coinbase and Gemini.
This new-age approach to cryptocurrency protection has attracted a $40 million Series B for Anchorage, led by Blockchain Capital and joined by Visa and Andreessen Horowitz. The round adds to Anchorage’s $17 million Series A that Andreessen led just six months ago, demonstrating extraordinary momentum for the security startup.
Anchorage’s founders, who engineered Docker’s containers that are used by Microsoft, and Square’s first encrypted card reader. Mónica was at Square when he met his future Anchorage co-founder Nathan McCauley, who’d been working on anti-reverse-engineering tech for the U.S. military. When a company that had lost the password to a $1 million cryptocurrency account asked for their help with security, they recognized the need for a more idiot-proof take on asset protection.
Anchorage ditches usernames, passwords, email addresses and phone numbers completely. That way a hacker can’t just dump your coins into their account by stealing your private key or SIM-porting your number to their phone. Instead, clients whitelist devices held by their employees, who use the Anchorage app to submit transactions. You’d propose selling $10 million worth of Bitcoin or transferring it to someone else as payment, and a minimum of two-thirds of your designated co-workers would need to concur to form a quorum that approves the transfer. But first, Anchorage’s artificial intelligence and human staff would check for any suspicious signals that might indicate a hack in progress. It uses behavioral analysis (do you act like a real human and similar to how you have before), biometric signals (do you look like you) and network signals (is your device what and where it should be) to confirm the transaction is legitimate. The same process goes down if you try to add a new whitelisted device or change who has permission to do what.
