Advanced features for unmatched security

AnkaSecure© integrates post-quantum algorithms like Kyber, Dilithium, Falcon, and SPHINCS+, alongside AES with extended key sizes, to shield your most critical data from both current and future cryptographic attacks. These algorithms have been standardized or recommended by NIST for their resilience against quantum-scale computing power. Whether you’re a financial institution dealing with sensitive transactions or a healthcare provider managing patient records, our quantum-safe encryption ensures enduring protection, even as new threats emerge.

Kyber (Key Exchange):

• Designed for quantum-resilient key encapsulation mechanisms (KEM), Kyber ensures that sensitive communications remain secure even in the presence of powerful quantum adversaries.
• It is optimized for performance, offering rapid key exchanges suitable for high-throughput systems and latency-sensitive applications.
• Ideal for secure communications, such as establishing VPN tunnels or encrypting cloud-based data transfers.

Dilithium (Digital Signatures):

• Provides a quantum-safe approach to signing and verifying data, ensuring that digital communications and transactions cannot be forged or tampered with.
• Features efficient key generation and verification processes, minimizing computational overhead while maintaining cryptographic strength.
• Crucial for applications like document signing, secure software updates, and IoT device authentication.

Falcon: 

• Efficient Signature Generation & Verification: Falcon is known for producing compact signatures and verifying them at high speed, making it an excellent choice for bandwidth-sensitive or performance-critical applications.
• Lattice-Based Security: Like Dilithium, Falcon’s security is based on complex lattice problems, which are considered resistant to the computational power of quantum computers.

SPHINCS+:

• Stateless Hash-Based Approach: SPHINCS+ uses cryptographic hash functions as its core security foundation, removing some of the complexities tied to stateful signatures.
• Flexible Security Levels: With various parameter sets, SPHINCS+ can be tuned for heightened security or optimized performance, allowing organizations to choose the right balance for their needs.

AES with large keysSymmetric Encryption):

• Enhances the widely trusted AES algorithm with larger key sizes (e.g., 256 bits or more) to meet the demands of quantum-resilient encryption.
• Delivers high-speed encryption for bulk data, making it suitable for encrypting large-scale databases or sensitive records.
• Used in conjunction with Kyber and Dilithium to create hybrid cryptographic systems that balance performance and security.

By implementing these algorithms, ANKASecure© equips organizations with a future-proof encryption strategy that surpasses traditional methods like RSA and ECC, ensuring readiness for the post-quantum era.

AnkaSecure© is engineered for versatility, offering multiple deployment methods—CLI (Command-Line Interface) for power users, RESTful APIs for seamless integration, and a web-based SaaS platform for rapid onboarding . Implement our solution on-premises, in the cloud, or in hybrid setups without rearchitecting your entire infrastructure. This flexibility caters to diverse operational needs, ensuring minimal disruption and easy scalability.

Command-Line Interface (CLI):

• A highly versatile tool for DevOps, IT administrators, and security professionals.
• Key functionalities include:
  • Key lifecycle management: Generate, import, and export cryptographic keys securely.
  • Data operations: Encrypt, decrypt, sign, and verify data at scale.
  • Automation-ready: Integrates with CI/CD pipelines and automation tools like Ansible or Jenkins.
• Available for Windows, Linux, and macOS, making it accessible for diverse enterprise environments.
• Ideal for organizations with on-premises infrastructure or hybrid setups that demand granular control over cryptographic operations.

API Integration:

• Enables developers to embed post-quantum encryption capabilities directly into applications, services, or workflows.
• Key features:
  • RESTful API endpoints for secure and efficient integration.
  • Scalable pricing models: Pay-per-use based on API calls, ensuring cost efficiency.
  • Extensive documentation and SDKs for popular programming languages like Python, Java, and Node.js.
• Supports use cases like secure messaging platforms, digital wallets, and enterprise-grade SaaS solutions.

SaaS (Web Interface):

• A browser-based platform that democratizes encryption by making it accessible to non-technical users.
• Features include:
  • Intuitive dashboards for managing keys, encrypting/decrypting files, and generating secure signatures.
  • Real-time analytics to monitor encryption usage and performance.
  • No infrastructure setup required, reducing the time to deployment.
• Perfect for SMBs, legal teams, and industries that need secure data handling without significant technical investment.

ANKASecure's modular approach ensures flexibility, allowing enterprises to adopt the solution in the way that best fits their existing infrastructure and operational workflows.

Whether you’re a startup, an SME, or a multinational corporation, ANKASecure© is built to scale with your needs, providing unmatched flexibility for diverse operational requirements:

Enterprise-grade scalability:

• Supports horizontal scaling through containerized deployments in Kubernetes clusters, allowing organizations to meet growing encryption demands effortlessly.
• Compatible with leading cloud providers (AWS, Azure, Google Cloud), hybrid environments, and on-premises systems.
• Designed to handle high throughput, ensuring consistent performance even during peak loads.

Flexible licensing options:

• Endpoint-based licensing: Ideal for organizations managing devices or users.
• API usage-based pricing: Perfect for developers and SaaS providers who require on-demand encryption.
• SaaS subscription plans: Offers tiered pricing (Basic, Advanced, Enterprise) to suit varying levels of usage and support.

Customizable configurations:

• Tailored to industry-specific needs, such as compliance with GDPR, HIPAA, and other regulations.
• Integrates seamlessly with enterprise identity management systems, such as Azure AD and Okta, for streamlined user access and role-based permissions.

This adaptability makes ANKASecure© a trusted partner for businesses looking to implement future-proof encryption solutions without compromising on performance or cost efficiency.

ANKASecure© is designed with a global audience in mind, ensuring accessibility and compliance in every region where your business operates:

Multilingual support:

• Fully localized user interfaces and documentation available in multiple languages, including English, Spanish, French, German, Mandarin, and more.
• Dynamic language switching for a seamless experience in diverse teams and multinational organizations.

Regional compliance readiness: Pre-configured to meet local regulatory and compliance standards, including:

• GDPR (Europe): Protects data privacy and ensures lawful data handling.
• HIPAA (USA): Meets stringent healthcare data security requirements.
• CCPA (California): Ensures data transparency and user control for residents.

Custom timezone and format settings:

• Adapts to local timezones, date formats, and other regional preferences to enhance usability for international teams.

Global deployment:

• Hosted on geographically distributed cloud infrastructures, ensuring low latency and high availability for users worldwide.

With its global localization features, ANKASecure© bridges language and regulatory gaps, empowering organizations to deploy quantum-resilient encryption anywhere in the world.

One of the unique strengths of AnkaSecure© is the ability to re-encrypt data and re-sign files without ever exposing plaintext. Move seamlessly from classical keys (RSA, ECC) to post-quantum algorithms (Kyber, Falcon, Dilithium, SPHINCS+.) using streaming and efficient in-memory transformations. This feature lets you stay ahead of cryptographic obsolescence while ensuring zero downtime and zero risk of data leaks.

Future-proofing your data:

• As cryptographic standards evolve, you can seamlessly update from classical keys (e.g., RSA 2048) to post-quantum keys (e.g., Kyber 1024) without decrypting sensitive data.
• Ensures long-term data protection against emerging quantum threats.

Zero plaintext exposure:

• Re-encryption happens entirely in memory, meaning your data remains encrypted throughout the process.
• Eliminates the risk of accidental leaks or breaches during migration.

Continuous compliance:

• Easily adapt to new regulations or organizational requirements that mandate stronger encryption standards or key rotations.
• Streamlined processes reduce the downtime or complexity typically associated with cryptographic updates.

Enhanced operational efficiency:

• Consolidates encryption key transitions into a single API call or CLI operation.
• Simplifies workflows for DevOps, security engineers, or any teams managing frequent key updates.

Strengthened Data Integrity (Re-signing):

• Transition from an older signature algorithm (e.g., RSA) to a post-quantum signature (Dilithium, Falcon, SPHINCS+) in one step.
• Retains audit logs and continuity of trust without forcing a complete re-sign of all documents from scratch.

Data migration and key updates are some of the most delicate operations in cybersecurity. Without secure re-encryption and re-signing, organizations often face significant risks, including possible plaintext exposure or system downtime during updates. AnkaSecure© eliminates these challenges by keeping your data encrypted at all times, ensuring uninterrupted protection and compliance.

Designed for high throughput and low memory consumption, AnkaSecure© encrypts and decrypts large files (in gigabytes) through a streaming-based process. Instead of loading entire datasets at once, data moves in manageable chunks for real-time protection—crucial for industries like media, healthcare, or finance that handle massive volumes of sensitive information daily.

• Chunk-by-Chunk Processing: Data is split into manageable segments and encrypted or decrypted on the fly.
• Resource Optimization: Only small portions of the file are stored in memory at any given time, reducing RAM usage significantly.
• Continuous Throughput: Files are processed in a steady stream, minimizing bottlenecks and supporting high-speed transfers.

• Handles Massive Datasets: Ideal for industries like media, finance, or healthcare that manage gigabytes (or even terabytes) of data daily.
• Reduced Memory Footprint: Prevents memory overload by avoiding the need to load entire files simultaneously.
• Improved Efficiency: Maintains a smooth data flow, enhancing performance in real-time encryption/decryption scenarios.
• Consistent Security: Ensures data remains fully encrypted in transit or at rest, mitigating the risks of partial file exposure.

In an era of rapidly evolving standards, crypto-agility is paramount. AnkaSecure© is built to let you switch algorithms or key types seamlessly, keeping pace with regulatory demands and future cryptographic innovations. Whether you need classical, hybrid, or purely post-quantum setups, you can adapt your encryption posture instantly, maintaining full control over your security roadmap.

Crypto-agility is the ability to adapt your cryptographic methods quickly as new threats emerge or standards evolve. Instead of being locked into one algorithm (like RSA or AES), AnkaSecure© makes it simple to switch to cutting-edge post-quantum or classical algorithms with minimal reconfiguration. This flexibility ensures you can stay ahead of regulatory changes, industry best practices, or future breakthroughs in cryptanalysis—especially in an era where quantum computing poses a growing challenge to traditional encryption.

Future-proof security:

• As post-quantum algorithms mature or new classical standards are introduced, you can adopt them swiftly without disrupting operations.

Reduced migration overhead:

• Upgrading or rotating cryptographic keys typically involves complex migration processes. With crypto-agility, you can pivot to new keys or algorithms without rewriting applications or compromising performance.

Regulatory readiness:

• Cybersecurity regulations and compliance mandates often evolve quickly. Crypto-agility lets you align with these changes in real time, keeping you compliant without extensive downtime.

Minimal disruption to users:

• Transparent key and algorithm updates mean end-users experience little to no interruption, preserving workflow continuity and user satisfaction.

Enhanced Risk Management:

• If a vulnerability is discovered in a current algorithm, you can rapidly transition to a more secure alternative—reducing potential exposure and mitigating risk.

Manage the entire lifecycle of your cryptographic keys—generate, import, export, or remove them—all within a centralized and intuitive dashboard. AnkaSecure© supports symmetric, classical, and post-quantum keys, ensuring a single, unified interface for all your cryptographic assets. Audit trails and role-based permissions round out a secure system of record for compliance and accountability.

This unified approach prevents key sprawl and ensures you always maintain visibility and control over your encryption assets.

Centralized Control:

• Generate, store, and rotate keys from a single dashboard or API, preventing scattered key repositories across different services or departments.

Reduced Complexity:

• Simplify your security architecture by eliminating multiple, isolated key management solutions. Teams can focus on core operations rather than wrangling disparate tools.

Audit & Compliance Ready:

• Maintain detailed logs of key creation, updates, and deletions—meeting stringent compliance requirements like GDPR, HIPAA, or internal security audits.

Enhanced Security Posture:

• Role-based permissions and secure handling of public/private key pairs ensure that sensitive credentials are only accessible to authorized personnel and systems.

Future-Proof Flexibility:

• Whether you need to manage classical keys (RSA, ECC) or advanced post-quantum keys (Kyber, Falcon, Dilithium, SPHINCS+), the same interface and procedures apply, streamlining upgrades and algorithm transitions.

With AnkaSecure©’s comprehensive key management, you can be confident that every step in your encryption lifecycle is secure, efficient, and ready for the future.

Explore the power of quantum-resistant encryption directly from your browser! With the AnkaSecure© API, you can authenticate instantly and dive right into advanced encryption, signing, and comprehensive key management functionalities.

What can you do?

• Authentication: Securely log in and obtain JWT tokens. 
• Key Management: Generate, manage, and rotate keys (Classical & PQC algorithms – RSA, ECC, Kyber, Dilithium, Falcon, SPHINCS+). 
• Secure Operations (Non-Streaming): Encrypt, decrypt, sign, verify, re-encrypt, and re-sign data seamlessly. 
• Secure Operations (Streaming): Effortlessly handle large files with optimized encryption/decryption and signing/verification in streaming mode. 
• License Management: Track usage metrics and manage your subscription plan with ease.