Mobile computing, e-commerce and the proliferation of connected devices bring unprecedented benefits to our lives. But to protect individuals, businesses and the government from the risks they bring, we need strong encryption. NIST provides trusted tools and guidance to increase the use of encryption.
NIST works with stakeholders around the world to develop strong, trusted cryptography standards and guidelines. This open development process brings together industry, government and academia to develop workable approaches to encryption that ensure practical information security.
NIST has cryptographic standards for a variety of IT needs. Since developing the first Data Encryption Standard for federal systems and financial transactions in the 1970s, NIST’s work in cryptography has continually evolved to meet the needs of the changing IT landscape. Today, NIST cryptography is used everywhere, from tablets and cellphones to ATMs and top secret federal data.
NIST helps design and test not only the cryptographic algorithms—the locks and keys—but also their implementation—how those locks are installed in doors. NIST’s validation of strong algorithms and implementations builds confidence in encryption, increasing its use to protect the privacy and well-being of individuals and businesses in the digital age.
NIST continues to look to the future to make sure that we have the right encryption ready to protect our identity, data, economy and way of life as new information technologies are brought from research into operation. For example, NIST recently launched a competition to develop new kinds of cryptography to protect our data when quantum computing becomes a reality.
24,000 validated cryptographic algorithms
4,400 validated implementations of NIST’s primary encryption standard by 497 companies, including Cisco Systems Inc., RSA Security LLC and Apple Inc.
“Collaboration between NIST and the cryptographic community has led to some of the longest-lasting and most trusted cryptographic standards, and many in the cryptographic community have considered NIST’s cryptographic recommendations to be the ‘gold standard.’”
– Ed Felten, Princeton University