The most prominent institutions, banks, telecom providers, government branches and many more rely on us to establish trust.
Our solutions integrate with the CrowdStrike Falcon® platform and leverages Falcon real-time response (RTR) to discover and retrieve cryptographic findings.
AgileSec™ Analytics integrates with Microsoft Sentinel to automate the discovery and analysis of machines identities and cryptographic mechanisms.
Our solutions integrate with Entrust’s Public Key Infrastructure solution to find unmanaged, hardcoded, or hidden certificates.
Accenture and InfoSec Global collaborate to address growing vulnerabilities across the industry’s cryptography assets, systems and infrastructures.
AgileSec™ Analytics integrates with the Tanium Platform to bring intelligence to endpoints wherever they exist, providing instant visibility and crypto-agility capabilities.
Uncover vulnerabilities and assess threat criticality across digital certificates, keys, and encryption.
Generate a single source of truth for all your assets, known and unknown, across your digital footprint to prevent unanticipated downtime with minimal effort.
Dynamically remediate vulnerabilities in real time without touching the source code.
Make in-field crypto changes, automate remediation, access quality crypto providers and transform crypto architectures
— in days, not months.
InfoSec Global leverages its patented technology across its strategic partner ecosystem to deliver zero trust security and establish roots of trust across the entire supply chain of embedded systems, IoT devices and machine identities.
Cryptography is a field of study and practice focusing on securing information by transforming it into an unreadable form, known as ciphertext, using mathematical algorithms and keys. It is an essential aspect of modern information security.
There are two primary types of cryptography: symmetric key cryptography and public key cryptography. Symmetric key cryptography involves using the same key for both encryption and decryption, requiring the sender and receiver to share the secret key securely. On the other hand, public key cryptography utilizes a pair of mathematically related keys: a public key for encryption and a private key for decryption. The public key can be freely distributed, while the private key must remain confidential.
Cryptography is extensively applied in various areas, including secure communication protocols (e.g., SSL/TLS), secure data storage (e.g., encrypted databases), digital signatures, authentication mechanisms (e.g., PKI), and secure financial transactions (e.g., cryptocurrency protocols).
By employing cryptographic techniques, organizations can protect sensitive data, ensure the integrity and authenticity of the information, and establish secure channels for communication and transactions. It is a critical component of modern computer systems and vital to maintaining data privacy and security.
Cryptography is often overlooked, but understanding and caring about cryptography is crucial for several reasons:
1. Data Security: Cryptography is essential for protecting sensitive data from unauthorized access. By using encryption techniques, you can safeguard information, such as personal details, financial records, or intellectual property, from being intercepted or exploited.
2. Privacy Protection: Cryptography helps maintain privacy in an increasingly connected world. It ensures that only intended recipients can access and understand the encrypted data, preventing unauthorized parties, including hackers and surveillance entities, from eavesdropping on your communications or accessing your confidential information.
3. Trust and Integrity: Cryptographic techniques, such as digital signatures, allow you to verify the authenticity and integrity of digital documents, software, and messages. This ensures that data remains unaltered during transit or storage, enabling you to trust the information you receive and validate the sender's identity.
4. Compliance and Legal Requirements: Many industries and jurisdictions have regulations that mandate encryption to protect sensitive information. Adhering to these requirements helps organizations avoid penalties, legal liabilities, and reputational damage.
5. Secure Communication and Transactions: Cryptography underpins secure protocols like SSL/TLS, which are used for encrypted communication over the Internet. It also enables secure online transactions, such as e-commerce and online banking, by protecting the confidentiality of financial details and ensuring the integrity of transactions.
6. Future-Proofing: As technology evolves, new threats and vulnerabilities emerge. Staying informed about cryptography allows you to adapt to these challenges and employ robust security measures. It helps you keep up with advancements in encryption algorithms, key management techniques, and best practices.
Implementing crypto-agility practices is essential for several reasons:
1. Adaptability to Evolving Threats: Crypto-agility allows organizations to respond and adapt to emerging cryptographic vulnerabilities and attacks quickly. Organizations can stay ahead of potential threats and maintain a robust security posture by implementing practices that support easy and efficient replacement or upgrade of cryptographic algorithms and protocols.
2. Long-Term Security: Cryptographic algorithms and protocols can become compromised or weakened over time due to advances in computing power or new cryptographic attacks. Crypto-agility practices ensure that systems can transition to more robust algorithms or protocols as needed, ensuring long-term security and protection of sensitive data.
3. Compliance and Interoperability: Many industries and regulatory frameworks require organizations to demonstrate compliance with specific cryptographic standards and protocols. Organizations can meet these requirements by implementing crypto-agility practices and ensuring interoperability with partners and stakeholders with different cryptographic preferences or needs.
4. Future-Proofing: Technology is constantly evolving, and new cryptographic algorithms and protocols are continuously being developed. Implementing crypto-agility practices allows organizations to embrace recent advancements and seamlessly integrate them into their systems, preparing them for future cryptographic innovations.
5. Mitigating Vendor Lock-In: Crypto-agility reduces reliance on specific vendors or technologies by enabling the use of multiple cryptographic algorithms and protocols. This reduces the risk of being locked into a particular vendor's products or solutions, providing flexibility and freedom of choice.
6. Simplified Migration and System Upgrades: Crypto-agility practices make migrating or upgrading systems easier by providing a standardized approach to cryptographic operations. This simplifies transitioning to newer cryptographic algorithms or protocols without disrupting existing systems or compromising security.
In summary, implementing crypto-agility enable organizations to maintain a robust cryptographic foundation and effectively address changing security requirements.
Leverage non-invasive technology approach when remediating cryptography.
Minimize complexity across technology stack and infrastructure.
Eliminate reliance on application developers to manage cryptography.