TeyzSec
TeyzSec provides a platform that verifies device and infrastructure integrity using hardware-rooted attestation before sensitive workloads run, then continuously re-checks trust during execution. Its InfraGuard product delivers TPM/IMA-backed node trust for Kubernetes, Docker, and bare metal, detecting drift from approved baselines and triggering automated recovery workflows. The platform also offers MobileTrust for Android device attestation, plus federated learning and fully homomorphic encryption for privacy-preserving AI.
- Cybersecurity
- Defense Tech
- Software Only
- Artificial Intelligence
Funding
Founders
Founder details are not available yet.
Product
Problem
Organizations running sensitive workloads in shared or untrusted environments—such as multi-tenant infrastructure, cloud, and edge deployments—lack reliable mechanisms to verify that devices and servers are trustworthy before execution begins. Without continuous attestation, workloads are exposed to tampered hardware, compromised nodes, and policy drift, which is especially critical for sovereign, defence, and regulated sectors.
Solution
TeyzSec provides a platform that verifies device and infrastructure integrity using hardware-rooted attestation before sensitive work runs, then continuously re-checks trust during execution. Its InfraGuard product delivers TPM/IMA-backed node trust for Kubernetes, Docker, and bare metal, detecting drift from approved baselines and triggering automated recovery workflows. The platform issues signed evidence tied to specific workloads, enabling operators to share machines across customers while keeping each customer's trust policy and evidence separate. TeyzSec also offers MobileTrust for Android device attestation, plus federated learning and fully homomorphic encryption capabilities for privacy-preserving AI and data collaboration.
Target Audience
Primary customers are security and infrastructure teams in sovereign, defence, and regulated industries, including operators of enterprise 5G networks, healthcare research institutions, financial consortia, and organizations managing BYOD or field device fleets.
Features
- TPM/IMA-backed node trust with hardware-rooted attestation for Kubernetes, Docker, and bare metal
- Continuous drift detection that compares each rack with its approved state and triggers recovery workflows on changed workloads
- Signed workload evidence tied to specific workloads, enabling verified multi-tenancy and higher rack utilization
- Adaptive policy engine with per-vertical enforcement modes: Hard Block, Soft Warn, and Audit Only
- Federated learning for collaborative ML training across institutions without exposing raw data
- Fully homomorphic encryption enabling computation on encrypted data without decryption keys in the compute environment