Emergency personnel have many roles and responsibilities, often working in different locations. This makes it important for them to access various alerting media and devices that can reach them wherever they are and however, they prefer to communicate.

For example, some emergency personnel may need to be alerted through their personal cell phones, while others may need to be alerted through their work phones or dedicated alerting devices.

The urgent need for a comprehensive, reliable emergency communication system has never been more apparent. According to FEMA, the United States witnessed an alarming increase in federally declared emergencies and disasters, doubling from 59 in 2019 to 124 in 2020.

This trend underscores the necessity for advanced, rapid-response systems to ensure public safety. Enter the strategic collaboration between HipLink and FEMA's Integrated Public Alert and Warning System (IPAWS), positioning HipLink as an IPAWS-compliant Common Alerting Protocol (CAP) Alert Origination Tool.

As the digital revolution continues to alter every aspect of our lives, the healthcare industry isn't an exception. The need for remote, convenient, and accessible care has been accelerated by recent events, introducing a new paradigm of digital healthcare. A key player in this transformation is HipLink Software, providing intelligent communication and incident notification solutions that promise to meet the evolving demands of this sector.

“Service-friendly architecture” sounds like a great benefit for any type of IT system, but what exactly does it mean? What makes one alerting system’s build service-friendly compared to others available on the market? And why should agencies choose this type of system when selecting a new solution?

Fear not! HipLink is here to demystify the concept and outline the core characteristics of service-friendly alerting software.

In June 2023, Google announced it partnered with Mayo Clinic as it tries to expand use of generative AI in healthcare. Artificial Intelligence (AI), with its ability to mimic human intelligence, is positioning itself to become a cornerstone for effective communication in the healthcare industry. One of its greatest impacts lies in the realm of personalized patient communication. AI-driven platforms can process extensive patient data to tailor messages, fostering better understanding and patient engagement.

As the healthcare industry continues to embrace digital transformation, communication between providers and other stakeholders is more important than ever. HIPAA-compliant texting is a crucial tool that can help streamline communication and improve patient care without compromising on privacy and security. In this blog post, we'll explore the essentials of HIPAA-compliant texting in the healthcare sector and provide insights into best practices.

As the healthcare industry adapts to the digital era, healthcare providers must recognize the importance of effective communication in building trust between patients and providers. A 2021 survey by the Center for Disease Control (CDC) found that of all adults aged 18 and over, 37.0% used telemedicine in the past 12 months - and forecast to rise in subsequent years. With patients' expectations evolving, it's crucial to meet their communication preferences in order to improve health outcomes and patient retention.

Patients are now expecting digital healthcare experiences that mirror their digital retail experiences. With the rapid shift to digital healthcare services, healthcare providers must adapt their communication strategies to meet the evolving demands of patients. This blog post will explore how incorporating multichannel communication options can improve patient experience, retention, and overall health outcomes.

Agencies are always on the lookout for ways to enhance their communication networks, particularly their alerting systems. Remote administration is the go-to solution for addressing the challenges of multimodal alerting. Strong remote administration tools represent a type of service-first methodology that offers comprehensive benefits across:

Ransomware has been a malicious tool used by attackers to extort money since the late 1980s. In the decades since, ransomware has gone through multiple stages of evolution, becoming increasingly sophisticated and destructive. Here, we will explore how ransomware has changed over the years and discuss modern techniques attackers use to create more powerful threats.

Encryption is the process of encoding data to make it secure and unreadable to anyone but those with the correct keys to access it. It makes use of algorithms that scramble data, ensuring that the information remains confidential and can only be accessed with the appropriate decryption key.

Government security generally refers to the measures and protocols implemented by a government to protect its citizens, infrastructure, and assets from various types of threats, including physical, digital, and cyber threats. Continuous monitoring and security vigilance is necessary to protect this highly sensitive data throughout generations. Government security measures can include everything from border security and intelligence gathering to cybersecurity and disaster management.

The Internet-of-Things (IoT) is a network of physical devices, vehicles, home appliances, and other items embedded with electronics, software, sensors, actuators, and network connectivity, which enable these objects to collect and exchange data. IoT is reshaping government processes by improving efficiency, increasing transparency, and saving costs.

Connected communication platforms in government are digital systems used by public sector organizations to share and exchange information between different government departments, other government entities, and the public.

Endpoint Detection and Response (EDR) helps organizations detect, investigate, respond to, and defend themselves against ransomware and other malicious network activity. The technology offers real-time insights into threats. EDR tools provide visibility into endpoint devices like computers, phones, servers, and smartwatches.

Now more than ever, citizens are getting invested in politics, monitoring communications, and trying to find ways to hold government entities accountable for what happens behind closed doors.

The push for transparency in government is nothing new, but the landscape has changed over the past few decades commensurate with the rise of new communication technologies.

Service level agreements set the standard for deliverables and ensure that customers get what they pay for. But, what happens when the service quality doesn't quite match up to what's on paper? Most business executives agree that SLA breaches are relatively common. Companies make big promises initially, but very few of them can live up to them. Does that mean SLA breaches are inevitable, and what does this mean for emergency business communications?

The need for a remote government workforce has become glaringly apparent during the COVID-19 pandemic. Widening telework options has enabled government employees to do their jobs from home, reducing the risk of transmission and protecting both federal workers and citizens from harm. Regardless of the reasoning, the number of people working remotely tripled between 2019 and 2021. 

Did you know that employees cause 82% of data breaches? No, this doesn't mean that your employees are siding with hackers and leaving the door wide open to shady characters. It means that your employees might take action or make errors that create loopholes hackers exploit. That is what makes them the weakest link.

Critical Event Management (CEM) software is an end-to-end process that enables organizations to significantly speed up responses in emergency situations. For example, it helps hospitals and other vital organizations prepare for, respond to, and recover from events such as natural disasters, health crises, cyber attacks, and even power outages. It’s easier to ensure that everyone is safe and that the operation continues to run smoothly by staying connected and informed.