Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.

Affected versions of the bootloader were potentially vulnerable to uncontrolled search path element issues. An attacker could potentially exploit this by injecting DLLs that load runtime dependencies from an application's temporary directory, leading to persistence or arbitrary code execution. The vulnerability existed in the bootloader process handling in one-file mode. Users should ensure that system DLLs are pre-loaded to prevent such vulnerabilities.