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Introduction: The New Battlefield Is Inside Live Applications
The cybersecurity industry is entering a new era where traditional defenses are no longer enough. Attackers are exploiting vulnerabilities faster, supply chain threats are becoming more advanced, and artificial intelligence is accelerating both defensive innovation and malicious activity. In this environment, protecting systems only before deployment is leaving dangerous gaps.
Runtime security company Oligo Security is positioning itself at the center of this shift. The Tel Aviv-based cybersecurity company has announced a new $60 million funding round, bringing its total funding raised to $140 million. The investment reflects growing confidence in runtime protection, a security approach focused on defending applications while they are actively running.
Founded in 2022, Oligo has developed a security platform designed to provide deep visibility into application behavior, cloud workloads, and artificial intelligence systems. The company believes the future of cybersecurity depends on understanding what software is actually doing in production environments, not only analyzing what code was supposed to do before deployment.
Oligo Security’s $60 Million Funding Round Signals Growing Demand for Runtime Protection
Oligo Security announced that it secured $60 million in fresh investment from a group of major venture firms and cybersecurity-focused investors. Participants included Ballistic Ventures, Canon Capital, Greenfield Partners, Lightspeed Venture Partners, Red Dot Capital Partners, TLV Partners, along with several angel investors.
The new funding brings Oligo’s total capital raised to $140 million, giving the company additional resources to expand product development, improve its security platform, and accelerate global market expansion.
The investment arrives during a period when organizations are struggling with increasingly complex software environments. Modern enterprises depend on cloud infrastructure, third-party components, open-source libraries, APIs, and AI-powered applications. Each additional layer creates another possible attack surface.
Why Runtime Security Has Become a Critical Cybersecurity Strategy
Traditional security models often focus on identifying vulnerabilities before software reaches production. While vulnerability scanning, penetration testing, and code analysis remain important, attackers are increasingly finding ways around these defenses.
A vulnerability that appears harmless during development can become extremely dangerous when specific functions execute in a live environment.
This is where runtime security becomes important.
Oligo’s platform monitors applications while they operate, analyzing real execution behavior and identifying suspicious activity. Instead of simply asking whether vulnerable code exists, runtime security asks a more practical question:
“Is this vulnerability actually being executed, and is it creating a real security risk?”
This approach helps organizations focus resources on vulnerabilities that matter most.
Oligo’s Technology Focuses on Real-Time Application Protection
Oligo has built its platform around code execution observability, allowing organizations to understand how applications behave during operation.
The platform provides visibility across:
Application code execution
Cloud workloads
AI systems
Production environments
Third-party software components
By monitoring runtime activity, Oligo aims to detect exploitation attempts, identify dangerous application behavior, and automatically respond to threats.
The company’s technology is designed to help security teams block malicious functions, prioritize critical risks, and reduce the time needed to investigate vulnerabilities.
The AI Era Has Changed the Speed of Cyberattacks
One of the biggest challenges facing defenders today is the shrinking gap between vulnerability disclosure and exploitation.
In previous years, organizations often had more time to analyze vulnerabilities, develop patches, and deploy security updates. Today, attackers are using automation, AI-assisted research, and advanced scanning tools to discover and exploit weaknesses much faster.
This creates a difficult reality:
A vulnerability can become a security incident before companies have enough time to fully understand the risk.
Oligo’s strategy is based on protecting systems during this dangerous window. By detecting exploit behavior at runtime, organizations can gain additional time to patch systems without immediately shutting down critical services.
Fighting Supply Chain Attacks Through Runtime Visibility
Software supply chain attacks have become one of the most serious cybersecurity challenges.
Organizations increasingly rely on external libraries, open-source packages, and third-party services. Attackers understand this dependency chain and often target weaker components instead of directly attacking major organizations.
Oligo claims its platform can help prevent supply chain attacks by monitoring how software components behave during execution.
Runtime visibility can reveal when a trusted component suddenly performs suspicious actions, allowing security teams to react before attackers can cause major damage.
Virtual Patching Provides Organizations More Time to Respond
Another important capability highlighted by Oligo is virtual patching.
Virtual patching allows organizations to protect vulnerable applications without immediately changing the underlying code. This can be especially valuable for companies operating critical services where downtime is expensive.
Instead of choosing between:
Leaving systems vulnerable
Taking systems offline for emergency updates
Organizations can apply temporary protections while preparing permanent fixes.
This approach is becoming increasingly important as enterprises manage thousands of applications and millions of lines of code.
Investors See Runtime Security as the Next Cybersecurity Growth Market
Ballistic Ventures partner Jake Seid emphasized that runtime environments represent the place where businesses operate, customers interact with digital services, and companies protect their reputation.
According to Seid, Oligo has addressed one of cybersecurity’s most difficult challenges by protecting production systems without forcing companies to sacrifice availability.
The investment community’s interest shows a broader trend. Cybersecurity companies are moving beyond prevention-only models and toward continuous protection systems capable of adapting to threats in real time.
Oligo’s Expansion Plans After the New Investment
The company plans to use the new funding to accelerate innovation and expand its global go-to-market strategy.
Future development areas may include:
Expanding AI security capabilities
Improving runtime threat detection
Increasing enterprise adoption
Building stronger integrations with cloud platforms
Enhancing automated response features
As organizations continue adopting cloud-native applications and AI technologies, runtime security is expected to become a major component of enterprise defense strategies.
What Undercode Say:
Oligo Security’s funding announcement represents more than another cybersecurity investment.
It reflects a major change in how organizations think about software protection.
For years, security teams focused heavily on preventing vulnerabilities before deployment.
However, modern software environments have become too complex for prevention alone.
Applications constantly change.
Cloud workloads scale automatically.
Developers release updates faster.
AI systems introduce unpredictable behavior.
Attackers understand these challenges and exploit the gap between development and production.
Runtime security addresses this gap by observing what actually happens inside applications.
The future of cybersecurity will likely depend on visibility.
Security teams cannot protect what they cannot see.
A vulnerability database may show thousands of potential problems.
But runtime intelligence can reveal which vulnerabilities are active, exploitable, and dangerous.
This changes security prioritization.
Instead of spending weeks patching every vulnerability, organizations can focus on threats that are actively creating risk.
Oligo’s approach also matches the evolution of modern application development.
Companies are deploying software through continuous integration and continuous deployment pipelines.
Traditional security checkpoints can slow development or create operational conflicts.
Runtime protection creates a security layer that operates without stopping business operations.
The rise of AI makes this even more important.
AI-generated code can accelerate software creation, but it can also introduce unknown security weaknesses.
Attackers are also using AI to improve reconnaissance and exploit development.
The security industry is entering an arms race where speed matters.
Runtime defense provides a method to fight speed with speed.
Supply chain security is another important area.
Modern applications depend on thousands of external components.
A single compromised dependency can create a global security incident.
Runtime monitoring can identify unusual behavior from trusted components.
This creates a stronger defense model compared with relying only on software inventories.
The Oligo investment also highlights investor confidence in cybersecurity companies focused on operational protection.
The market is moving toward platforms that combine visibility, detection, automation, and response.
Organizations no longer want isolated security tools.
They want intelligent systems that understand their environments.
Runtime security could become one of the most important cybersecurity categories of the next decade.
Companies that successfully protect applications while they operate may become central players in enterprise security.
The challenge will be proving accuracy.
Security teams cannot tolerate excessive false positives.
A runtime platform must identify real threats without interrupting legitimate business activity.
Precision will determine whether this technology becomes widely adopted.
Oligo’s next stage will depend on execution.
The company has funding, technology, and a growing market opportunity.
Now it must demonstrate that runtime protection can become a standard security layer for global enterprises.
✅ Oligo Security raising $60 million and reaching $140 million total funding is consistent with the announced investment details.
✅ The company was founded in 2022 and focuses on runtime security, application protection, and cloud workload visibility.
✅ Runtime security, supply chain protection, and vulnerability prioritization are confirmed areas of industry growth, especially with faster AI-driven attacks.
Prediction
(+1)
Runtime security will likely become a core enterprise cybersecurity category as companies struggle with faster exploitation timelines and increasingly complex software environments.
Oligo may benefit from growing demand for AI application security and cloud-native protection.
Organizations will continue investing in solutions that protect production systems without requiring downtime.
Competition will increase as established cybersecurity companies expand into runtime protection.
Proving accurate detection without creating operational disruption will remain a major challenge.
Deep Analysis: Runtime Security Investigation Commands
Checking Application Runtime Activity
ps aux | grep application_name
This command helps security teams identify running processes and investigate unexpected application behavior.
Monitoring Network Connections
netstat -tulpn
Security analysts can review active network connections and detect suspicious communication patterns.
Checking Open Files and Runtime Dependencies
lsof -p <process_id>
This reveals files and resources accessed by running applications.
Reviewing System Logs
journalctl -xe
Linux administrators can analyze system events related to application failures or suspicious activity.
Searching Suspicious Processes
top
This provides real-time visibility into resource usage and unusual processes.
Checking Installed Software Components
dpkg -l
or:
rpm -qa
These commands help identify installed packages that may introduce security risks.
Monitoring File Changes
auditctl -w /path/to/application -p wa
This enables auditing of important application files.
Checking Network Traffic
tcpdump -i eth0
Security teams can inspect network activity for abnormal communication.
Reviewing Authentication Events
last
This helps identify unusual login activity.
Scanning for Vulnerable Packages
sudo apt update && sudo apt list --upgradable
Keeping software updated reduces exposure to known vulnerabilities.
Final Security Perspective
Runtime security represents a shift from static defense toward continuous protection.
As applications become more dynamic and attackers become faster, organizations will increasingly depend on technologies that understand software behavior in real time.
Oligo’s funding milestone demonstrates that the cybersecurity industry is moving toward a future where protecting running systems becomes just as important as securing the code before deployment.
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References:
Reported By: www.securityweek.com
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