SecPod

Learn Search

Search across all Learn content

← Back to Security Research
Cloud-based Vulnerability Scanning with SanerNow

Cloud-based Vulnerability Scanning with SanerNow

Twenty years ago, the talks of cloud technology were still in their inception. But today, it has taken over the world and completely revolutionized how everything works, especially in the vulnerability management solution tech space, where the impact is obvious.

Jan 4, 2023By Shivathmaja PS4 min read

Twenty years ago, the talks of cloud technology were still in their inception. But today, it has taken over the world and completely revolutionized how everything works, especially in the vulnerability management solution tech space, where the impact is obvious.

Cloud-based vulnerability scanners detect vulnerabilities from the cloud. It doesn’t need to have on-premise hardware setups to look for vulnerabilities. With a wide range of benefits, cloud-based vulnerability scanning tool has solidified itself as the preferred option for organizations.

So, let’s take a look at SanerNow’s cloud-based vulnerability scanning and how it works.

Cloud-based Vulnerability Scanning with SanerNow

SanerNow is an advanced vulnerability management solution revolutionizing the present-day vulnerability management tech space. With its comprehensive vulnerability scanning to integrated remediation, SanerNow is an ideal solution to combat cyberattacks.

Furthermore, SanerNow works on the cloud and on-premise as well. With its flexible, scalable, and high-performance architecture, SanerNow can operate in any environment.

But in this blog, let us understand SanerNow’s cloud-based vulnerability scanning and its working.

How does SanerNow’s Cloud-based Vulnerability Scanning work?

SanerNow works on the agent-server model. A lightweight Saner agent is installed on the network, and SanerNow’s VISOR console is hosted on the cloud, which acts as the control point and the dashboard for you to access remotely.

The agent scans for vulnerabilities in your network and constantly communicates with the server to assess and analyze information. Furthermore, it can also act as a network scanner that can detect vulnerabilities in other assets of the network as well.

While the VISOR and the agent are a part, the SanerNow SCAP Repository, one of the world’s largest vulnerability data, is the third component that completes the architecture. With its always-updating vulnerability database, the SCAP repo ensures that newly discovered vulnerabilities in the wild are detected.

What makes SanerNow stand above the rest?

  • Automated and On-demand detection:Due to its fast scans, you can scan our network with SanerNow anytime you need. Additionally, SanerNow can run automated vulnerability scans, completely eliminating manual efforts.
  • Accurate detection of security risks:Powered by the SCAP repo and with over 160,00 checks, SanerNow’s cloud-based scanner accurately detects vulnerabilities, misconfigurations, anomalies, and other security risks.
  • Co-relate vulnerabilities and missing patchesSanerNow detects missing patches and automatically recommends the necessary patches for the same by co-relating the vulnerability with its respective patch.It also provides integrated patch management to remediate the vulnerabilities instantly.
  • Industry’s Fastest 5-minute vulnerability scans:While typical scans take up hours and even days, SanerNow can completely scan your network and provide insights into your network within minutes.Further, it doesn’t need any additional hardware to act as a network scanner too.

Benefits of using cloud-based vulnerability scanning

  1. Remote Access with a Centralised Console:The biggest benefit of cloud-based scanning is the ability to access and control your network from anywhere in the world, all in a single console. This also provides heightened security since monitoring can be continuous.
  2. Reduced Costs:Due to the lack of hardware requirements, the overall cost of deploying and hosting cloud-based vulnerability scanning is significantly lesser.  Additionally, since on-premise hardware needs to be regularly maintained, it also increases the maintenance cost.
  3. Ease of Adoption:Adopting cloud-based technology is smooth and effortless when compared to on-premise setups. Simple software installation and lack of hardware make adopting cloud-based vulnerability scanning a simple affair.
  4. Scalability:Scanning bigger networks need more resources, and in the case of on-premise setup, it means more hardware. So, scaling up your vulnerability scanning becomes difficult and costly. But if it’s the cloud, scaling up is simple and cost-effective.

Conclusion

Cloud-based technology is the present and the future. It’s an exciting invention with nothing but scope and room for development and improvement.

And SanerNow harnesses the power of cloud technology to make vulnerability scanning powerful, accessible, and cost-effective.

With its advanced detection and integrated remediation capabilities, SanerNow becomes the perfect tool to strengthen your cyber defense and tackle cyberattacks.

Featured Posts

Open Operation CameraSwarm: Inside the Toolkit Behind 14,530 Compromised Dahua Cameras
Operation CameraSwarm: Inside the Toolkit Behind 14,530 Compromised Dahua Cameras

CVE Research

Operation CameraSwarm: Inside the Toolkit Behind 14,530 Compromised Dahua Cameras

A single operator compromised 14,530+ Dahua cameras across Ukraine and Russia in 35 days, chaining credential brute-force, a CVE-2021-33044/33045 authentication bypass, and P2P relay abuse to plant a persistent backdoor and harvest transferable admin access.

Aug 21, 2026

Open Critical GitLab Flaw Exposes Public Projects to Deletion — Two CVEs Patched, Including High-Severity CSRF
Critical GitLab Flaw Exposes Public Projects to Deletion — Two CVEs Patched, Including High-Severity CSRF

CVE Research

Critical GitLab Flaw Exposes Public Projects to Deletion — Two CVEs Patched, Including High-Severity CSRF

CVE-2026-19478 is a critical code injection vulnerability in GitLab CE/EE that allows an unauthenticated attacker to modify or delete public projects and user data by abusing a GraphQL directive. A second high-severity issue, CVE-2026-19650, involves cross-site request forgery in the GraphQL multiplex query handler. This article examines how the critical vulnerability works, the availability of a public proof-of-concept, the potential impact on self-managed instances, the affected versions, and the security updates released to remediate both issues.

Aug 19, 2026

Open No Password Needed: macOS Screen Sharing Flaw (CVE-2026-65400) Used to Deploy Monero Miners
No Password Needed: macOS Screen Sharing Flaw (CVE-2026-65400) Used to Deploy Monero Miners

CVE Research

No Password Needed: macOS Screen Sharing Flaw (CVE-2026-65400) Used to Deploy Monero Miners

Aug 19, 2026

Open Evooo1Bot: Mirai-Based Linux Botnet Turns Edge Devices Into SOCKS5 Proxies
Evooo1Bot: Mirai-Based Linux Botnet Turns Edge Devices Into SOCKS5 Proxies

CVE Research

Evooo1Bot: Mirai-Based Linux Botnet Turns Edge Devices Into SOCKS5 Proxies

Aug 19, 2026