The Mobile Espionage Surface
The mission device carries identity, location, contacts, and communication in one object. Adversary tradecraft targets it directly.
TARGETED EXPLOITATION
SPYWAREZERO-CLICK EXPLOITATIONROGUE BASE STATIONSIM ATTACK
ENVIRONMENTAL ATTACK
NETWORK INTERCEPTIONDEVICE MANIPULATIONCREDENTIAL COMPROMISE
THE PROBLEM
The operating conditions
Sophisticated adversaries, a device that concentrates identity and location in one object, and networks that cannot be assumed.
01The mission device is the targetIt carries identity, location, contacts and communication together. Adversary tradecraft goes after it directly rather than through the network.
02Zero-click and spyware exposureExploitation that requires no user action and leaves little trace, aimed at personnel whose communications carry operational consequence.
03Denied and degraded networksField and tactical operations run in low-bandwidth, disconnected or air-gapped conditions where cloud-dependent security simply stops working.
04Sovereignty over data and keysData residency, encryption key custody and infrastructure control are requirements, not preferences, and shared tenancy is often disqualifying.
05Legacy mission systemsIntegration with existing systems and authentication methods such as CAC/PIV determines whether a platform can be fielded at all.
06Contractor and supply-chain accessThird parties need to communicate into the mission without inheriting the access of the people inside it.
Mission-Grade Communications
01Secure MessagingEncrypted individual and group messaging under mission policy.
02Secure Voice & VideoProtected calling and conferencing across mission teams.
03Secure GroupsMission-scoped groups with controlled membership and lifetime.
04Secure File ExchangeControlled transfer of operational documents and imagery.
05Mission CollaborationCoordination across command, field, intelligence, and partners.
06Emergency CommunicationsAvailability when primary channels are degraded or denied.
CAPABILITIES
Mission capabilities
Drawn from the ShieldiT Defense white paper. Availability varies by deployment and configuration.
01
Communications built for the environment
- AES-256 encrypted chat, voice, video and file sharing using Olm and Megolm protocols with Double Ratchet key management.
- Forward and backward secrecy.
- Offline synchronization: messages securely queued and synchronized in denied-network conditions without compromising encryption integrity.
02
On-device threat defense
- AI-powered detection of phishing, malicious applications, rogue networks and device compromise.
- Processed entirely on the device, eliminating cloud dependency.
- Operates in tactical and hostile environments where connectivity cannot be assumed.
03
Isolated infrastructure
- Dedicated infrastructure: on-premises, air-gapped or secure government cloud.
- No shared tenancy or cross-customer federation unless explicitly authorized.
- Third-party analytics and external telemetry forwarding disabled by default.
- Microservices architecture able to operate with full autonomy when disconnected from external networks.
04
Devices, policy and integration
- ShieldiT Black hardened Android devices, preconfigured with policy lockdowns and mission-specific security profiles.
- ManageiT command console: granular control of users, devices and policy with real-time alerts and remote intervention.
- Mission-specific policy enforcement at device and network level.
- Custom engineering for legacy mission system integration and CAC/PIV authentication.
- Optional AuditBot for deployments requiring continuous auditing under heightened security policy.
Capability availability varies by edition, configuration and deployment model.
Sovereign Deployment
Deployment architecture varies by program and customer requirement.
PRIVATESOVEREIGNON-PREMISESGOVERNMENTISOLATEDAir-gapped where applicable
CUSTOMER-CONTROLLED SECURITY ENVIRONMENT
Disconnected Operations
NORMAL CONNECTIVITYFull capability
LOW BANDWIDTHDegraded-network operation
RESTRICTED NETWORKConstrained transport
DISCONNECTEDQueue and sync on reconnect
Capability claims apply only to the ShieldiT Defense architecture deployed for the program in question.
REGULATORY CONTEXT
The frameworks this page speaks to.
FedRAMPNISTCMMCFIPS 140-2
ShieldiT Defense is designed to meet defense-grade frameworks including these. ASPIS does not represent that it holds authorization or validation under any of them; alignment depends on deployment and configuration.
SECURITY & TRUST →OUTCOMES
What the architecture is designed to achieve
Design intent, not measured results.
01Operational security without operational costProtection of communications and endpoints in connected and air-gapped environments without constraining mission readiness.
02Full sovereigntyControl over data residency, encryption keys and infrastructure, with private cloud and on-premise options.
03Capability that survives the networkFull operational capability in denied-network environments through secure offline synchronization and on-device detection.
04Rapid mission deploymentFast provisioning and configuration for urgent operational requirements and short-notice readiness.
05Controlled partner accessSecure communication and endpoint protection extended to contractors and supply-chain partners under strict federation and role-based control.
06Evidence for after-action reviewTamper-resistant, immutable audit logs suitable for investigations and evidentiary use.
These describe what the architecture is designed to do. ASPIS makes no representation about results in any particular environment.
Product alignment
ShieldiT DefenseMission-grade secure communications and advanced MTD.EXPLORE →ManageiTMission policy, federation control, and administration.EXPLORE →
SentinelIQ is available only where applicable and approved for the deployment environment.
GO DEEPER
The documents behind this page.
Published ASPIS material. Tell us who you are once and every document opens.
OTHER INDUSTRIES