%3Aquality(100)&w=640&q=75){kind=logo}
%3Aquality(100)&w=3840&q=75)
Critical Operations In Action
Centralized Intelligent Operations
Centralized Intelligent Operations
Critical infrastructure runs on continuous coordination. Personnel, sensors, OT systems, partner agencies, and field assets generate operational signal every minute of the day, not only during incidents. Teams fragment across agencies. Information arrives late, unverified, and out of sequence. Decision-makers act from different operational pictures. The breakdown is structural, not technical, and consumer tools make it worse by offering no accountability, no verified identity, and no federated coordination.
Validated by the World's Most Demanding Security Authorities
%3Aquality(100)&w=640&q=75){kind=logo}
%3Aquality(100)&w=640&q=75){kind=logo}
%3Aquality(100)&w=640&q=75){kind=logo}
%3Aquality(100)&w=640&q=75)
The Operational Problem
The Command Layer Is the Target
Critical infrastructure failures rarely originate from physical asset degradation. Generators break and pipelines corrode, but these are accounted for in standard redundancy planning. The systemic failure point is the communications layer: when operators lose reliable coordination, or when an adversary achieves the ability to inject false signals into that layer, cascading failure becomes difficult to contain. Control room operators, field technicians, and incident commanders exchange operationally sensitive data continuously: valve states, pressure readings, switching commands, maintenance procedures, incident reports. Most organizations transmit that data over consumer messaging apps, unencrypted SMS, and commercial VoIP. Those platforms were built for convenience and cannot withstand adversarial conditions. An attacker who intercepts a command can issue a false one. An attacker who observes communication traffic patterns can map organizational structure, predict response windows, and time strikes for maximum disruption. Encryption of message content is necessary but not sufficient. The full command layer demands total communication integrity: content, metadata, identity, device, and infrastructure.
Command Interception and Manipulation
Adversaries who intercept operational communications can issue falsified commands: manipulating power flows to cause blackouts, triggering equipment failures, or interfering with chemical treatment processes. Consumer platforms offer no protection.
Communications Failure Under Attack
Cyberattacks against critical infrastructure frequently target communications systems at the same time. An operator whose platform depends on public carrier networks or third-party cloud infrastructure loses command capability during the same event.
Metadata Exploitation
Who communicates with whom, when, how often, and from where reveals organizational structure, operational cadences, and response patterns. Adversaries do not need message content when metadata alone is sufficient to map the command chain and identify high-value targets.
Unverified Field Identity
Consumer platforms use open registration; a field technician's phone number can be spoofed. Without cryptographic identity verification, work orders and operational instructions cannot be trusted as legitimate.
BlackBerry Solution
Sovereign Command Communications Architecture for Critical Infrastructure
Six integrated capability layers protecting the operational command chain from the control room to the field asset, and keeping it operational when every other system is under attack.
%3Aquality(100)&w=3840&q=75)
BlackBerry SecuSUITE Encrypted Command Communications
End-to-end encrypted voice, messaging, and file transfer for control room operators, field technicians, and incident commanders. Certified to NIAP, NATO Restricted, and BSI standards. Content, metadata, and participant identity are protected together. This is the foundation of total communication integrity. Keys remain within organizationally controlled infrastructure; BlackBerry has zero access to communications content.
%3Aquality(100)&w=3840&q=75)
BlackBerry AtHoc Critical Event Command Center
BlackBerry AtHoc consolidates alerts, personnel status, field reports, sensor signal, and asset data into a single shared command picture. Operators run it continuously, treating coordination as steady state. The same workspace supports routine multi-site coordination, planned operations, and security workflows. It also absorbs infrastructure disruptions: grid failures, pipeline incidents, and cyberattacks on OT systems. One platform, every operating mode.
%3Aquality(100)&w=3840&q=75)
Sovereign Deployment and Infrastructure Resilience
On-premises or sovereign cloud deployment eliminates dependency on public carrier networks and third-party infrastructure. Communications remain operational during cyberattacks that degrade public networks. No foreign legal jurisdiction can compel access to operational communications data.
%3Aquality(100)&w=3840&q=75)
Cryptographic Identity Verification
Every user is cryptographically authenticated using organization-issued credentials before accessing the communications environment: control room operators, field technicians, contractors, and partners. Open registration is eliminated. Unverified identities cannot issue work orders or operational commands. Compromised credentials are revoked in real time without manual administrator intervention.
%3Aquality(100)&w=3840&q=75)
BlackBerry Unified Endpoint Management
Centralized management and policy enforcement across every device in the operational environment: control room workstations, field tablets, ruggedized mobile devices, and BYOD. Containerized isolation keeps operational data separated from personal applications. Remote wipe and access revocation can execute across thousands of endpoints in under 60 seconds.
%3Aquality(100)&w=3840&q=75)
Auditable Compliance and Incident Logging
Every communication is cryptographically signed and logged with a full audit trail. Post-incident review, regulatory reporting under NERC CIP and TSA security directives, and legal proceedings draw on immutable, tamper-evident records. Compliance documentation builds continuously rather than being reassembled after an event.
Real-World Deployments
Proven Across the Sectors that Cannot Afford Failure
Operational deployments where BlackBerry Secure Communications protect critical infrastructure command and control.
U.S. Federal Government Scalable Government Deployment | BlackBerry® AtHoc® protecting over 80% of U.S. Federal Government agencies. Multiple U.S. Federal Government departments and agencies across defense, homeland security, and energy sectors use BlackBerry AtHoc for operational crisis communications and personnel notification. | Numerous U.S. Federal agencies on unified command platform |
Eastman Chemical Company Industrial Operations | BlackBerry AtHoc deployed for enterprise emergency response across chemical manufacturing operations. BlackBerry solutions are deployed within the Kingsport, TN headquarters to overcome the complexity of crisis communication and modernize its emergency communications. They used BlackBerry AtHoc to establish distinct communication templates for its manufacturing plant and corporate campus divided into three categories: Operations Critical Messages, Weather Events, and life-threatening Emergencies. | 7,000+ On-site employees and contractors protected |
G7 / G20 Countries National Infrastructure Mandate | BlackBerry Secure Communications deployed across all G7 nations and 18 of 20 G20 countries. All seven G7 nations have deployed BlackBerry Secure Communications for government and critical infrastructure operations. The deployment footprint extends to 18 of 20 G20 nations and includes NATO. These governments operate the world's most critical energy, transportation, water, and defense infrastructure. Each procured independently. Each reached the same conclusion. | G7 All G7 nations, 18 of 20 G20 · NATO |
%3Aquality(100)&w=3840&q=75)
Why BlackBerry
BlackBerry Secure Communications Is the Mission-Critical Standard
BlackBerry delivers total communication integrity and unified critical operations across centralized intelligent operations. One governed platform consolidates signals from people, systems, and external sources, enabling federated coordination across agencies, partners, and field teams in real time.
Mission-certified for high-stakes environments
BlackBerry holds defense-grade certifications and validations from leading independent authorities: FIPS, Common Criteria, FedRAMP Class D (High), and NATO Restricted.
A single, orchestrated source of truth
BlackBerry connects federated agencies, partners, field teams, and systems through one operational picture. Every participant sees the same validated information and acts on it simultaneously.
Consolidated operational assurance
BlackBerry consolidates alerts, personnel status, integrated systems, maps, geofences, and bidirectional field intelligence into a single operational view.
Mission continuity is a decision you make before the incident. Request a briefing today.
The agencies that perform best in crisis built their governed communications architecture before they needed it. Talk to a BlackBerry government solutions specialist about validated deployment for your jurisdiction and threat model.