High Assurance on Data — Anytime, Anywhere
Security that lives inside the data itself — not bolted on around it. NUTS Technologies shrinks the security perimeter down to the data layer, so protection travels with the data across every domain, network, and classification level.
Traditional security layers protect the perimeter. When the perimeter fails — and it will — your data is exposed. NUTS Technologies embeds security directly into each data object, so the protection moves with the data, not the infrastructure.
There is no perimeter to defend. No privileged admin to compromise. No infrastructure dependency to exploit. The data is the security boundary.
Shrinking the security perimeter to the data layer is not just a technical achievement — it fundamentally changes what's operationally possible in contested, multi-domain, and classified environments.
The attack surface shrinks from a sprawling network perimeter to individual data objects. Each Nut Capsule is its own hardened vault. Breach one — you get one object. That's it.
Every data object carries its own encryption, access policy, identity binding, and provenance. Security is not location-dependent — it works on-premises, in the cloud, at the edge, or in degraded environments.
Data can move across classification levels and coalition networks without compromising its security posture. The capsule enforces access policy cryptographically — no gateway architecture required.
Fine-grained cryptographic access control supports MLS data environments. Each user or role only sees what they are cryptographically authorized to see — enforced at the object level, not the network level.
Even privileged administrators cannot decrypt data they are not authorized to access. The blast radius of an insider threat is reduced from the entire network to a single data object.
Nut Capsules operate in degraded, disconnected, and denied environments. Data assurance does not depend on network connectivity, centralized key management, or trusted infrastructure being available.
Two breakthrough technologies, working together to create cryptographically self-governing data objects.
A cipher-neutral, crypto-agile data transformation protocol. SDFT operates independent of any specific cryptographic algorithm, enabling seamless migration to post-quantum cryptography as standards evolve. Validated through NIST SBIR Phase I research. Satisfies NSA CNSA 2.0 requirements.
Created using SDFT, Nut Capsules embed multi-layered encryption, fine-grained access control, identity binding, provenance records, and governance policy directly within each data object. The capsule enforces all policy cryptographically — requiring no external infrastructure to do so.
Data that protects itself across any environment, any domain, and any classification level. No trusted perimeter. No privileged administrator dependency. No infrastructure lock-in. Security that is structurally embedded in the data — making it assuredly portable, interoperable, and resilient by design.
Block administrator and operator access to sensitive data at the object level. Enforce need-to-know on classified and TS documents in any environment — without disrupting operations. Reduce the insider threat blast radius to individual data objects.
Enable trusted data exchange across classification levels and coalition networks. The Nut Capsule carries its own access policy — allowing data to move across domains without requiring complex gateway architecture or re-classification workflows.
Protect generative AI request and response data at the edge. Ensure AI-generated data retains its security profile, provenance, and need-to-know enforcement — preventing data leakage, unauthorized sharing, and loss of chain of custody.
SDFT's cipher-agnostic architecture enables organizations to migrate to post-quantum cryptographic standards without re-architecting their data security infrastructure. Ciphers are swappable at the module level — by design. Satisfies NSA CNSA 2.0 requirements.
Nine structural advantages that cannot be replicated by bolt-on security architectures — because they require security to be built into the data object from the ground up.
Security embedded at creation — not applied at the boundary. Structural, not situational.
Policy is enforced by math, not by administrators. Intent cannot be overridden by privilege.
Fulfills the data pillar of Zero Trust architecture by embedding trust verification directly in each data object.
Access control at the sub-document level. Users see only what they are cryptographically authorized to see.
Algorithm-agnostic by design. Swap ciphers at the module level as quantum threats evolve — no re-architecture required.
Full chain of custody, access history, and governance policy travel with each data object — always.
On-premises, cloud, edge, or fully disconnected — data security does not depend on the environment being secure.
No infrastructure dependency. Nut Capsules operate in degraded, denied, and disconnected environments.
Networks defined by data security policy — not by physical infrastructure boundaries. Enables new architectures for contested environments.
Validated SDFT as a crypto-agile protocol enabling organizations to ease the transition to post-quantum cryptography. Directly supports NSA CNSA 2.0 compliance requirements.
Developed a self-hosted autonomous Certificate Key Management System — eliminating reliance on centralized key custodians and reducing key stewardship risk.
Demonstrated insider threat mitigation at the data object layer — enforcing Zero Trust principles at the data pillar and restricting administrator access cryptographically.
Validated SDFT for message-level cryptographic agility to future-proof DAF systems against evolving threats — satisfying NSA CNSA 2.0 requirements at the message layer.
GAINE (Generative AI eNcryption at the Edge) · Insider Threat Defense (ITD)
High Assurance Data Security — Built In, Not Bolted On
Ready to discuss how NUTS Technologies can support your mission. Reach out to schedule a technical brief or pilot inquiry.