The potential of the Internet of Things (IoT) is almost limitless. The Internet of Things is poised to transform our society a safer and more comfortable one, from linked homes to connected automobiles 2014 to sensors monitoring traffic and natural disasters. But new dangers come along with this new generation of technology. Opportunities for hackers grow as more gadgets are connected to the cloud.
IoT Analytics' research predicts that in 2022 there will be 14.4 billion active endpoints and an 18% increase in IoT active connections. This comes after an 8% growth in 2021, when there were 12.2 billion active endpoints. Even though this increase is tremendous, the ongoing chip scarcity is impeding it.
Cloud computing is anticipated to rise by 20.4% in 2022, according to Gartner. Infrastructure, platforms, desktop-as-a-service, and the need to access to applications and data from any location are driving this continuous expansion.
IoT device proliferation and cloud computing lead to an exponential rise in cyber risk and cyberattack volume.
Organizations usually had a defined perimeter three years ago, including on-premise, cloud and hybrid, BYOD, and enterprise-governed devices. The network perimeter has vanished, employees are dispersed across many different locations, the majority of large businesses are multi-cloud, BYOD is still common, enterprise-governed devices are spread across numerous networks and millions of cloud applications, and credentials and secrets are spread out all over the place.
The Adoption-Security Paradox
A failure to protect passwords, credentials, and secrets—many of which are kept in code, on computers, and on sticky notes—is to blame for more than 80% of breaches. Employee passwords, credentials, and secrets are hidden on every device, application, and system, and there is no visibility, security, or control over them.
The paradox is that fewer employees prefer to utilise a system that is more secure. Their organisation is less secure the less they utilise it.
The Paradox's Resolution
Businesses want a cybersecurity platform that gives them complete visibility, security, and control over every user on every device within the company. By integrating enterprise performance management, secrets management, and privileged connection management across all devices, platforms, and services, such a platform offers zero-trust security and compliance.
Some of the highest-value targets for crooks are privileged credentials. Therefore, businesses require a cybersecurity platform that protects infrastructure secrets like API keys, database passwords, access keys, certificates, and any other private information.
By eliminating hard-coded credentials from source code, configuration files, and CI/CD pipelines, a secrets manager will safeguard the environment and get rid of secret sprawl. With role-based access controls, administrators may regulate access rights and permissions. Infrastructure, containers, and construction systems may all incorporate secrets. The platform will allow for secret aggregation, auditing, and the automated rotation of access keys, passwords, and certificates.
Through any web browser, a connection manager enables DevOps and IT to easily and securely access RDP, SSH, database, and Kubernetes endpoints. Any on-premises or cloud infrastructure may accommodate the installation of an agentless remote desktop gateway. Both on-premises and in the cloud, it ought to be simple to implement on the network.
Takeaways
Since more capable platforms will help reduce the need for at least some of the 75 security solutions the average firm now uses, the correct cybersecurity platform will also assist businesses in starting to address the security solution sprawl.
By implementing zero-trust remote access for their distributed workforces with granular visibility and control across all endpoints, organisations may strengthen security. The appropriate cybersecurity platform makes this possible.
