Cybersecurity research and analysis from CodeHunter. Covering execution risk, behavioral intent, and the defense strategies that matter before code ever runs.
Small and medium-sized businesses (SMBs) are facing an unprecedented surge in malware attacks, with 2024 witnessing a 30% increase in such threats compared to the previous year. This alarming trend underscores the urgent need for Managed Service Providers (MSPs) to evolve their cybersecurity strategies in 2025.
In the evolving world of cybersecurity, zero-day threats represent the worst-case scenario for any organization. These are attacks that exploit previously unknown vulnerabilities, bypassing traditional defenses and leaving security teams scrambling to respond. For CISOs, zero-day malware isn’t just a technical problem—it’s a business risk that threatens data, trust, and continuity.
In today’s high-pressure security operations centers (SOCs), time is the most valuable resource—and the most limited. SOC analysts face a constant barrage of flagged files, suspicious alerts, and ambiguous behavior indicators. Each of these requires attention, investigation, and a decision. Yet, studies and industry reports show that SOC analysts often have 30 minutes or less to triage a single flagged file. That’s not just challenging—it’s unsustainable.
In today’s increasingly complex digital landscape, organizations face a growing number of cyber threats. Traditional security models that rely on perimeter defenses are no longer sufficient to prevent unauthorized access, data breaches, and insider threats. The Zero Trust security framework addresses this by assuming no entity, whether inside or outside the network, should be trusted by default. Verification is required at every step.
But there is a control plane that even the most mature Zero Trust implementations have left unaddressed: what code is allowed to execute once someone is inside.
Identity controls who gets in. Zero Trust for Code controls what code is allowed to run.
One of the biggest breaches of 2024, the hack of Snowflake by threat group ShinyHunters, illustrates exactly why Zero Trust principles must extend beyond identity and into execution. Hackers gained access through a compromised third-party vendor account that lacked multi-factor authentication. Despite Snowflake’s otherwise strong defenses, attackers moved laterally across the network, ultimately stealing over 600 million records.
Had Snowflake enforced strict Zero Trust controls including MFA, access segmentation, and continuous verification, the lateral movement could have been contained. But there is a second lesson in this breach that receives less attention: once an attacker is inside, the tools they use to move, exfiltrate, and persist are executable code. Code that runs because nothing in the environment was designed to ask what it would do before authorizing it to execute.
Zero Trust for identity was the first chapter. Zero Trust for Code is the one this breach also demands.
Minimized Attack Surface Zero Trust for Code enforces pre-execution verification on every software artifact, including binaries, scripts, containers, packages, and AI-generated code. By evaluating behavioral intent before execution is authorized.
Reduced Impact of Breaches Even when an attacker gains access, Zero Trust for Code ensures that the tools they attempt to deploy are evaluated and blocked before they run. Contain the code, contain the breach.
Improved Compliance and Data Protection Regulatory frameworks including GDPR, HIPAA, and EO 14028 require stringent data protection and software supply chain controls. Zero Trust for Code creates an auditable,forensically backed record of every execution decision, aligned to NIST frameworks and MITRE ATT&CK.
Better Visibility and Control Pre-execution behavioral analysis provides deep visibility into what every artifact is designed to do before it runs. Every verdict, Allow, Block, Contain, or Escalate, is backed by forensic evidence. Security teams do not just see what happened after the fact. They know what was authorized and why.
Verify Every Artifact Before Execution Strong authentication governs who accesses systems. Pre-execution behavioral verification governs what code is allowed to run on them. Both are required for a complete Zero Trust posture, and every artifact, regardless of source, vendor, or signing status, should be evaluated for behavioral intent before execution is authorized.
Enforce Least Privilege at the Execution Layer Least privilege access controls what users can reach. Least privilege execution controls what code can do when it runs. Apply execution policy that restricts behavioral capabilities to those explicitly required for the artifact’s authorized function.
Move Behavioral Verification Upstream Into CI/CD Pre-execution enforcement is most powerful when embedded in the development pipeline. Integrating behavioral intent analysis into CI/CD workflows means risky artifacts are stopped before they ever reach production, not after they have already executed.
Require Deterministic Verdicts, Not Probability Scores A confidence score is not a policy. Every execution decision should produce a clear, auditable outcome: Allow, Block, Contain, or Escalate. The verdict is backed by forensic evidence and tied to explicit organizational policy, with no grey area and no analyst interpretation required.
Adopt Zero Trust for Code as an Organizational Principle Every artifact is untrusted by default. Trust is earned through behavioral verification. Build this principle into procurement requirements, vendor contracts, development standards, and security policy at every level of the organization.
By adopting a Zero Trust model across identity, network, and code execution, organizations can significantly enhance their security posture and eliminate the assumption-based trust that attackers consistently exploit. If code is allowed to execute before it is understood, the decision has already been made, and it was made by default rather than by policy.
CodeHunter defines the Zero Trust for Code category. Our platform analyzes the behavioral intent of any software artifact before it is allowed to execute, delivering a deterministic Allow, Block, Contain, or Escalate decision backed by forensic evidence. Every artifact starts untrusted. Trust has to be earned through behavioral verification, and every decision is aligned to MITRE ATT&CK. Stop chasing alerts. Start enforcing trust.
In today’s digital landscape, businesses of all sizes face an increasing threat from malware—malicious software designed to infiltrate, damage, or disrupt computer systems. Cybercriminals deploy various types of malware to steal data, hold systems hostage, or disrupt operations. Understanding the most common forms of malware can help businesses implement better cybersecurity defenses.
With changes in administration comes a re-evaluation of data protection priorities. In an effort to modernize systems or respond to perceived threats, a new administration might update cybersecurity policies related to data storage, encryption, and access controls.
The shift in political leadership has far-reaching consequences that extend into a variety of sectors, one of which is cybersecurity. When a new administration takes office, it brings with it changes in policies, priorities, and funding that can significantly impact how organizations and government agencies approach cyber threats. For those tasked with defending sensitive data and networks, the changing political landscape creates both new opportunities and emerging risks, many of which are linked to government size, employee turnover, asset movements, and data access. This 3-part blog series will explore the broader implications of a new political administration on cybersecurity.
In today’s digital landscape, multinational organizations face a growing challenge: managing their cybersecurity attack surfaces. As these companies operate across various regions, industries, and regulatory environments, their exposure to cyber threats increases exponentially. Effective attack surface management is essential to mitigating risks and maintaining a robust security posture.
Financial institutions, including banks and stock brokerage firms, are prime targets of ransomware due to the critical nature of their operations and the high value of their data. 65% of financial services organizations were hit by ransomware in 2024 according to Sophos. The consequences of a successful ransomware attack can be devastating, both financially and reputationally.
The banking industry is increasingly reliant on third-party vendors for various services, from customer data management to software development. While these partnerships are critical for operational efficiency, they also introduce significant cybersecurity risk. To protect sensitive customer data and ensure regulatory compliance, banking security teams must adopt proactive measures to mitigate third-party risk.
In an age where digital breaches are increasingly common, healthcare organizations face immense pressure to protect sensitive data. Patients now expect a higher level of diligence regarding their information’s safety, and a breach can significantly damage an organization’s reputation and lead to costly legal actions. This means that healthcare organizations need to be both proactive in cybersecurity and prepared with a responsive plan to maintain trust in the face of an incident. Here’s how healthcare organizations can uphold stakeholder trust in the event of a cyberattack.
