By Light Achieves CMMC Level 2 Certification, Setting Cybersecurity Standard
By Light Professional IT Services has achieved a significant milestone in cyber security, earning the Cybersecurity Maturity Model Certification (CMMC) Level 2. This certification aligns the company with the highest standards of security, setting it apart in the industry.
CMMC aims to secure sensitive information across the defense industrial base. By Light's certification highlights its commitment to implementing robust cyber security measures, adhering to 17 key domains including risk management, incident response, and personnel security.
The CMMC framework mandates contractors to meet escalating security requirements to protect controlled unclassified information (CUI). By Light's triumph in attaining CMMC Level 2 sets it ahead of competitors who have yet to meet these rigorous security certification requirements. This places By Light in a pivotal position for future defense and government sector opportunities that require verified cyber security credentials.
By Light's CMMC certification serves as an example for other firms within the industry, emphasizing the need for a commitment to cyber defense protocols. Currently, there are no specific publicly available details about other firms near By Light that have received or are expected to receive the CMMC certification in the coming months or years.
By Light Professional IT Services' CMMC Level 2 certification is a strategic move that demonstrates its dedication to security. This certification positions the company for future governmental and defense-related contracts, while also setting an industry standard for others to follow.
Read also:
- Global Content Dissemination Through Cross-Linguistic Voiceovers
 - Mandated automobile safety technologies in the EU may be deemed "irrational," "erratic," and potentially dangerous, experts caution.
 - AI-Generated Humor Spreads on Gemini Nano Banana: Light-hearted Modifications Spark Concerns over User Privacy
 - New study reveals that Language Models can execute complex assaults independent of human intervention