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Gopher Security Solutions for the Public Sector

Gopher MCP (Model Context Protocol Security)

  • Product overview
    Gopher MCP is a universal security platform for Model Context Protocol (MCP) environments, designed to secure MCP at the protocol level and inspect every tool call so organizations can govern and protect AI tool integrations.
  • On-Demand MCP Servers & Gateways (enterprise deployment)
    Deploy MCP servers and gateways with enterprise security controls, positioned as “deploy in minutes,” and built to protect AI infrastructure without heavy legacy-stack complexity.
  • 4D Security Framework (core capabilities)
    Gopher MCP’s “4D” approach centers on:
    • Deep Inspection & Threat Detection
    • Context-Aware Access Control
    • Granular Policy Enforcement
    • Quantum-safe P2P Connectivity
  • Active defense for MCP tool risks (block before execution)
    Designed to stop AI-integration threats, explicitly including tool poisoning, puppet attacks, and prompt injection, etc. before they can impact systems of record.
  • Government-ready outcomes (what agencies get)
    • Better visibility and control over agent actions and tool access
    • Enforceable guardrails for AI-driven workflows
    • Stronger security posture for MCP-connected resources and integrations

Gopher Sec (Quantum-safe Zero Trust Networking)

  • Product overview
    Gopher Sec is positioned as a quantum-safe, zero-trust platform, a unified networking approach that connects people and machines with “universal lockdown” capabilities and low-friction implementation.
  • Quantum-safe Zero-Trust Networking (day-zero convergence)
    Emphasizes quantum-resistant data in transit and at rest protection, “out-of-the-box” advanced Zero Trust security, and the ability to create and manage tailored networks on demand.
  • Converged networking + security (reduce complexity)
    Framed as replacing legacy, perimeter-centric complexity by converging networking and security from the start, supporting segmented, policy-driven access models aligned to Zero Trust principles.
  • Universal Lockdown & Segmentation (limit lateral movement)
    Provides segmentation and policy controls intended to restrict access paths and reduce lateral movement, important for mixed environments with users, workloads, and machine identities.
  • Government-ready outcomes (what agencies get)
    • Quantum-safe networking posture aligned to long-horizon confidentiality needs.
    • Zero Trust access controls and segmentation for modern distributed environments
    • Faster operational rollout compared to complex legacy networking approaches