In December 2022, Rackspace Technology, a managed cloud services provider, experienced a ransomware attack that locked hosted Microsoft Exchange accounts for 30,000 customers.
While the company quickly made decisive changes post-incident and advised customers to migrate to Microsoft 365, the breach could have been prevented with thorough planning and emergency management.
For enterprises, having proactive measures, including real-time monitoring and robust communication tools is gradually becoming an imperative for mitigating risks.
Let’s explore the strategies for effective emergency management and the tools to address challenges like natural disasters and security breaches.
What is emergency management? 4 key phases
Emergency management is the strategic process of preparing for, responding to, and recovering from crises to minimize impact and protect people, infrastructure, and operations.
It requires coordination, communication, and proactive planning.
Recently, cyber incidents have soared, exceeding 3,200 reported breaches annually in the US. On the other hand, natural disasters, like those in 2023, claimed 86,473 lives and caused $250 billion in economic losses.
Supply chain cybersecurity is another major concern, as 60% of companies experience disruptions due to cyberattacks, leading to operational disturbances and financial consequences.
To avoid this, here are four key phases of emergency management that businesses should adopt:
1. Mitigation: reducing risks before they occur
Identify risks and take steps to minimize their impact.
For example, New York City introduced Stormwater Flood Maps to identify pluvial and compound flood risk areas, enabling proactive mitigation against frequent flood hazards.
In December 2022, storm tides in Jamaica Bay rose nearly a foot higher than in other parts of the harbor.
The flooding, amplified by historical dredging and urban development, highlighted the importance of targeted infrastructure improvements to address flood-prone areas in Jamaica Bay.
2. Preparedness: planning for the unexpected
Train, plan, and allocate resources to handle emergencies effectively.
Google conducts regular disaster recovery tests across its global data centers to simulate outages and ensure quick, secure service restoration. Its teams are well-prepared to adapt to various crisis scenarios.
Businesses can plan and allocate resources with Google’s disaster recovery strategies to enhance resilience in the cloud infrastructure.
3. Response: taking immediate action
Make assertive decisions and regain control during a crisis. Reliable and secure communication tools are necessary to coordinate efforts, share critical updates, and ensure seamless collaboration among teams.
For example, in 2021, Colonial Pipeline quickly shut down 5,500 miles of operations after detecting a ransomware attack.
4. Recovery: restore operations
Learn from past incidents and rebuild systems to prevent future risks. FEMA recommends prioritizing the restoration of critical functions first to minimize disruption and implementing a phased recovery plan for comprehensive resilience.
10 must-have tools for effective emergency management
In 2023, the Emergency Events Database recorded 399 natural hazard-related disasters, causing economic losses of $202.7 billion.
As global emergencies continue to rise, prioritizing emergency management has become more critical. Here are ten must-have tools to enhance your emergency management strategy:
1. Incident management software: coordinate responses with ease
Streamline response efforts by tracking issues, assigning tasks, and monitoring real-time progress. You can manage large-scale evacuations and coordinate multi-agency responses effectively.
With real-time updates, you can allocate better resources, ensuring smooth emergency management.
2. Emergency notification systems: alert teams and stakeholders instantly
You can instantly alert teams, stakeholders, and affected individuals across multiple platforms, including offline channels.
For example, California’s Earthquake Early Warning System provided critical alerts to millions of residents ahead of a 5.2 magnitude earthquake in Lamont, California, in 2023.
They used the MyShake app to send over 517,000 notifications, while Google’s Android integration expanded the reach even further, giving residents up to 35 seconds of advance warning.
3. Risk assessment platforms: identify and prioritize vulnerabilities
Identify vulnerabilities and assess organizational risks. Tools like RiskWatch help analyze threats, evaluate potential impacts, and prioritize mitigation strategies based on severity.
You can also track emerging risks and ensure regulatory compliance. This is one way to address vulnerabilities before they escalate into major incidents.
4. Collaboration tools: enable seamless team communication
Secure, real-time communication tools are essential for teams and everyone involved. For example, Rocket.Chat offers encrypted messaging and advanced role-based access controls, ensuring seamless collaboration during crises.
NATO CCDCOE uses Rocket.Chat to safeguard large-scale communications during cyber defense exercises.
5. IoT sensors: monitor real-time hazards
Monitor wildfires, floods, or chemical leaks in real time. Make quick decisions and respond to crises effectively.
Traditional sensors mounted on buildings and critical infrastructure require continuous power, but zero-power monitoring systems stay in a low-power mode until activated by specific events, drastically extending battery life and reducing maintenance needs.
MEMS-based sensors can detect infrared light from wildfires or minute structural changes in bridges. Such technology could have prevented disasters like the collapse of the 2018 Morandi bridge in Genoa, Italy.
Furthermore, programs like ALERTCalifornia leverage advanced camera networks and AI to provide real-time fire detection and situational awareness. These technologies facilitate rapid responses and minimize damage during critical situations.
6. Cloud-based backup systems: secure critical data off-site
Data loss during emergencies can paralyze operations. Cloud-based backups ensure critical data is secure and retrievable.
During hurricanes in the US, businesses leverage AWS and Google Cloud for off-site backups and recover operations swiftly post-disaster.
7. First aid and safety kits: prepare for immediate care needs
First aid kits equipped with tourniquets, burn creams, and defibrillators are a must.
In 2022, during the Assam floods in India, the District Disaster Management Authority (DDMA) distributed safety kits in vulnerable areas, enhancing safety for affected individuals and reducing response times.
8. GIS mapping tools: visualize affected areas for response planning
Geographic Information System (GIS) tools provide critical visual insights into affected areas, aiding response planning.
In 2023, when a 7.9 magnitude earthquake struck Eastern Turkey and Syria, ArcGIS was instrumental in identifying damaged hotspots and locating displaced individuals.
The technology transformed response efficiency, enabling search and rescue teams to analyze affected areas and share real-time data across agencies.
GIS mapping tools save time, prevent duplicate efforts, and save lives during crises.
9. AI predictive tools: forecast risks and enhance preparedness
AI-enabled tools help forecast risks and potential scenarios. Predict supply chain disruptions, natural disaster impacts, and cyber threats. These tools can analyze vast datasets to identify patterns and help mitigate risks effectively.
IBM Watson can transform supply chain operations by providing real-time visibility across supply chain networks and identifying potential disruptions.
Predict risks, assess impacts, and mitigate issues faster by analyzing massive datasets and delivering actionable insights.
AI-driven tools enhance agility and decision-making for higher management.
10. Drone technology: aid in rescue operations and damage assessments
Drones provide real-time aerial views of affected areas. Map flood-hit regions, locate stranded individuals, and evaluate infrastructure damage efficiently.
Drones are highly effective in providing rapid situational awareness and minimizing response times in flood-hit regions.
DJI’s Mavic series is one of the best compact drones with advanced camera technology. It’s widely used in disaster scenarios. These drones provide high-resolution imagery and thermal mapping capabilities, enabling first responders to assess situations quickly and coordinate rescue efforts effectively.
Why Rocket.Chat is the ideal tool for emergency management
Now, let’s look at how Rocket.Chat enhances emergency management:
1. Real-time communication
The tool ensures seamless and secure messaging across teams during emergencies. Call, send instant alerts, share files, and converse in groups with all stakeholders in a single, secure platform.
Whether coordinating evacuation plans or sharing critical updates, Rocket.Chat delivers real-time communication essential for crisis management.
2. Multi-channel accessibility
Connect with your teams via mobile, desktop, and web apps. Even in remote or disrupted environments, you can communicate effectively without delays and make quick decisions.
3. Security and compliance
Rocket.Chat is an E2EE platform and is compliant with global security standards like GDPR and HIPAA.
Government organizations like British Columbia and enterprises rely on the platform to collaborate securely in classified networks like NIPRNet during crises.
4. Integration with emergency tools
It connects with over 50 apps, including IoT sensors, GIS platforms, and emergency notification systems. You can share critical data and coordinate effectively during emergencies.
Use Rocket.Chat’s APIs to automate alerts from IoT sensors and feed real-time hazard data directly into team discussions.
Additionally, you can connect with SIEM tools for real-time threat detection, MFA solutions for secure access, and popular collaboration platforms like WhatsApp, Microsoft Teams, and Slack.
5. Customizable for unique needs
Tailor the platform to your specific operational requirements. Whether it’s white labeling or compliance with unique regulatory standards, Rocket.Chat is flexible due to its open-source architecture.
Deploy the platform on cloud, on-premises, or air-gapped environments. Maintain data sovereignty while optimizing for scalability and security.
6. Proven success in crisis scenarios
Popular messaging apps like WhatsApp and Telegram lack the visibility and security controls required in MLS environments.
GDMS uses Rocket.Chat’s web-based enterprise chat consolidates communication into a single window, eliminating the need for managing 22 separate networks across five different machines.
Rocket.Chat ensures the security, stability, and interoperability required to complete missions safely and efficiently.
Final note
Effective emergency management demands proactive planning, seamless workplace communication, and the integration of advanced tools. Prioritize these elements to ensure operational continuity during disasters.
Rocket.Chat helps build crisis resilience. With its real-time communication capabilities and stringent security standards, you can coordinate with teams, safeguard data, and respond effectively under pressure.
Reach out to our team to learn more.
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- Digital sovereignty
- Federation capabilities
- Scalable and white-labeled
- Highly scalable and secure
- Full patient conversation history
- HIPAA-ready
- Secure data governance and digital sovereignty
- Trusted by State, Local, and Federal agencies across the world
- Matrix federation capabilities for cross-agency communication
- Open source code
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- Supports compliance with HIPAA, GDPR, FINRA, and more
- Supports compliance with HIPAA, GDPR, FINRA, and more
- Highly secure and flexible
- On-prem or cloud deployment